2024 IEEE Aerospace Conference
Yellowstone Conference Center, Big Sky, Montana
March 2-9, 2024

Technical Cosponsors

Schedule & Program |Aerospace Conference | 1

TH A N K YOU!
2024 Conference Patrons / Exhibitors

2|

Aerospace Conference | Schedule & ProgramTABLE OF CONTENTSI Conference Contacts.....................................................................................................4
II General Information
			
Welcome Reception............................................................................................... 5
Registration Office Hours...................................................................................... 5			Mobile Apps........................................................................................................... 5			Floor Plan of the Venue......................................................................................... 5
Badge Holder Colors............................................................................................. 5			
Conference Events................................................................................................. 6			Java Jam			
Fireside Cheer and Chat
   Electronic Presentation Hall			
Presentation Workshop
			Exhibits			
Junior Engineering and Science Conference			
Farewell Party
III Timetables			Technical Program................................................................................................. 8
EPH List of Papers............................................................................................... 26			Plenary Speakers.................................................................................................. 28
IV Organizer and Author Information
			Tracks, Sessions, and Organizers......................................................................... 30
			 Presenters............................................................................................................. 34
Author Affiliations............................................................................................... 39			Author Countries................................................................................................. 39			Junior Engineering and Science Conference....................................................... 40
			Evaluate the 2024 Conference............................................................................. 40			Volunteer for the 2025 Conference...................................................................... 40
			Exhibitor Map...................................................................................................... 41
V Next Year’s Conference............................................................................................. 43
VI Schedule Overview.......................................................................................................44
Front Cover – The Pillars of Creation is a small region within the vast Eagle Nebula, which lies 6,500 light-years away.
By combining images of the iconic Pillars of Creation from two cameras aboard NASA’s James Webb Space Telescope,
the universe has been framed in its infrared glory. Webb’s near-infrared image was fused with its mid-infrared image,setting this star-forming region ablaze with new details. Myriad stars are spread throughout the scene. Photo Credit:
NASA, ESA, CSA, STScI.
Schedule & Program |Aerospace Conference | 3

CONFERENCE CONTACTS*
Conference
Chair

Conference
Vice Chair

Board Chair
Plenary ChairBest Paper
Selection
Chair

Paper Review
Chair

Paper Review
Vice Chair

Conference
Administrator

KendraCook[1]

Melissa
Soriano[2]David
Woerner

Bob
Minnichelli[3]

Lisa
May

Dave
TaggartRoark
Sandberg[4]Technical Program
Committee

Technical Program
Vice Chair
Chair

Treasurer
Vice Chair

Jeffery
Webster

Karen
Profet[7]Alex
AustinAnnetteGreen

SharisDilanchian

Scheduling
Chair

Registrant
RelationsRegistration
Chair

Registration
Vice Chair

Exhibitors/
Patrons
Program Chair

Julie
Profet[9]

Lisa
Gerny

Rob
Sherwood

Sebastian
Brandhorst

Bob
Sievers

Junior Engineering & Science Conference
Co-Chair
Co-ChairSupportEPH
Chair

Multimedia
Chair

Copyright
Chair

Paper Review
Committee

Rich
TerrileChristine
TerrileJoey
Minnichelli

DebbieMinnichelliMona
Witkowski[10]JustinCook[11]Frankie
Zhu

SpecialAdvisorPublication
Chair

AV
Support

WebsiteVice-Chair

WebsiteSupport

Recording
Secretary

Conference
HistorianJim
Hoffman[12]VirgilAdumitroaie

Dane
IrvineMaddalenaJacksonJessica
Millenbach

Shervin
Shambayati

MonicaPanno

Richard
Mattingly[5]EricaDeionno[6]Social Program Social Program& Networking & Networking
Chair
Vice Chair

Tenna
TuckerAdriana
Taggart[8]*ADDITIONAL ROLES DETAILED ON PAGE 27
4|

Chair

Aerospace Conference | Schedule & Program

WELCOME RECEPTION
Saturday, March 2, 2024 (6:30–9:00 PM)
Registration & Icebreaker – Wine & Cheese Party
Conference Center, Grand Atrium
Registration Office Hours
Saturday

SundayMondayTuesday

WednesdayThursdayFriday6:30 – 9:00 PM

8:45 – 11:30 AM
3:30 – 6:45 PM

8:15 – 11:30 AM
3:30 – 6:45 PM

8:15 – 11:30 AM

8:15 – 11:30 AM
3:30 – 6:45 PM

8:15 – 9:30 AM
3:30 – 6:45 PM

8:15 – 9:30 AM

Download our mobile apps:
on Google Playor iTunes

FLOOR PLAN OF THE Conference VENUE

Schedule & Program |Aerospace Conference | 5

CONFERENCE EVENTSYour 2024 IEEE Aerospace Conference badge admits you to:Full Registration

Exhibitors

Guests

Welcome reception

X

X

X

Access to all sessions

X

Digest and Proceedings

X

Java Jam

X

X

X

Pre-dinner hosted receptions

X

X

X

Scheduled dinners

X

X

X

Fireside Cheer & Chat

X

X

X

Electronic Presentation Hall

X

X

X

Presentation Workshop

X

Access to Exhibits

X

X

X

Junior Engineering & Science Conference
Farewell party

X
X

X
X

X
X

Java Jam

Exhibits

Link up with colleagues and refresh for the late afternoon
sessions with hot coffee, tea, or cocoa at the Java Jamin the Grand Atrium. (See Floor Plan of the Conference
Venue on page 5.)

Exhibit booths are set up along the corridor in the Lower
Atrium and in the Upper Atrium. (See the Floor Plan of theConference Venue on page 5 and the Exhibitor Map on page41.) Come check out our exhibitor displays and chat with theexhibitor reps about their offerings!

Fireside Cheer and Chat
When the evening’s sessions are over, it’s time to wind downwith some camaraderie next to the fireplace in the Sunken
Lounge. (See Floor Plan of the Conference Venue on page5.) Have a bowl of ice cream with toppings, a cup of coffee
or tea, and relaxing conversation with friends to prepare for agreat night’s sleep in the Rockies.

Electronic Presentation Hall (EPH)
EPH presentations are available to attendees through our
website (https://aeroconf.org/eph_papers) throughout theconference week.

Presentation Workshop
This free workshop, conducted by Caltech (see schedule
for time and location) can help technical professionals
improve their presentation skills, conveying technicalconcepts clearly, persuasively, and memorably. Participants
will gain practical skills for ensuring their presentations
captivate and resonate with diverse stakeholders. You
must sign up on the conference bulletin board.

Junior Engineering & Science Conference
The Junior Conference is our forum for students in first
grade through high school. They present technical papers
on their ideas, reasoning, field work, research, experiments,
inventions, or topical surveys. Come be amazed by the quality,
originality and inquisitiveness of these kids. Two sessions thisyear, Monday from 2:00 to 3:30, and Tuesday 1:15-4:00 in the
Madison Room.

Farewell Party
It’s Friday night. The last paper has been given; the final panel
has concluded. Sponsors have closed their exhibits. You’ve
turned in your Evaluation Forms and perhaps volunteered fora role in the 2025 Conference. It’s time to say goodbye tocolleagues new and old at our final gala Farewell Party. The
buffet dinner begins at 7:00 pm upstairs in the Mountain Mall.
See you there!

Badges must be worn at all events!

6|

Aerospace Conference | Schedule & ProgramSchedule & Program |Aerospace Conference | 7

SUNDAY, MARCH 3 - AFTERNOON AND EVENING
Amphitheatre
2:40
PM
3:05
PM

Jefferson

Gallatin

Practice Room
Electronic
Presentation Hall (EPH) Everyday (see page 26 for a list of papers)
Practice Room

4:00
PM

JAVA JAM

4:30
PM

8.0709 Parallel Control of an
Electric Power and Propulsion
System for an Interplanetary
Spacecraft - Mahzad Gholamian

2.0101 Near-Earth Object
Surveyor Project Overview - Tom
Hoffman2.1001 Modeling Collision
4.0102 Real-Time UAV
Avoidance Actions Using
Collaborative Beam Reforming forEnvironment-VulnerabilityCoexistent Satellite-Terrestrial
Decision-Technology Framework - Communications - Sudhanshu
Sina Es haghi
Arya

4:55
PM

8.0714 A Spacecraft Electric
Propulsion System Using Hybrid
Excitation Generator for DeepSpace Missions - Mahzad
Gholamian

2.0102 25 Years of International
Cooperation of Gravity Missions:
Past, Present and Future… - Neil
Dahya

2.1003 Space Debris Demise upon
Re-entry as a Potential
Atmospheric Pollutant - Jose
Pedro Ferreira

4.0104 Quality of ServiceConstrained Online Routing inHigh Throughput Satellites Olivier Bélanger

5:20
PM

7.0409 Medium Voltage DC
2.0103 The Endurance Lunar(MVDC) Microgrid Power System Rover Sample Return Mission for Megawatt (MW)-Scale
John Baker
Spacecrafts - Mahzad Gholamian

Hold for Plenary

4.0105 Ground-Assisted Position
Navigation and Timing (PNT) for
Moon and Mars - Kar Ming
Cheung

5:50
PM

Plenary: Army of Ants - The Power of Working in Concert
Ali Hajimiri, California Institute of Technology, Pasadena, California

6:35
PM

HOSTED RECEPTION in the GRAND ATRIUM

7:05
PM

DINNER in the MAIN BALLROOM

8:05
PM

Plenary: How Antacid Can Safely and Permanently Store CO2 in
the Ocean and Decarbonize Shipping Along the Way
Jess Adkins, California Institute of Technology, Pasadena, California

9:00
PM

8.0710 Development of an
Undergraduate-Designed DC
Discharge Miniature Gridded Ion
Thruster - Ishaan Mishra

2.0104 Interstellar Mapping and
Acceleration Probe (IMAP)
Mission Implementation Progress
and Challenges - Evan Smith

9:25
PM

8.0717 Advanced Materials for
Next-Generation Space Electric
Propulsion Systems - Graeme
Sabiston

2.0105 Dragonfly: In Situ Aerial
Exploration to Understand Titan's
Prebiotic Chemistry andHabitability - Elizabeth Turtle

9:50
PM

2.1005 Hypervelocity Impact
Properties of Polyimide Aerogels
for Space Debris Shielding andCapture - Aayush Sharma

2.0106 The Sun RadioInterferometer Space Experiment(SunRISE) Mission - Joseph
Lazio

10:15
PM
8|

MadisonFireside Cheer
Aerospace Conference | Schedule & Program

4.0106 Europa Clipper Tones Kendra Cook

SUNDAY, MARCH 3 - AFTERNOON AND EVENING
Lake/Canyon
Presentation Workshop(hosted by Caltech)
Rick Hefner
Mike Ash

Extended Hours

9:00 -12:00 am
1:00 - 3:45 pm

Lamar/Gibbon

Dunraven

Cheyenne

Practice Room

2:40
PM

Practice Room

3:05
PM
4:00
PM

JAVA JAM
9.0118 Performance Study of an
eVTOL Aircraft with Fully
Electric, Hybrid, and Conventional
Propulsion - Richard Anderson

6.0805 Kernel Based Method forDistributed Feature Tracking of
Real-world Targets - Meryl
Spencer

12.0204 Implementing a Searchand Analytics Engine in a Ten
Year-old Mission - Jennifer
Adisoetjahya

10.0104 End-to-End Trajectory
Simulation Using Copernicus andProgram to Optimize Simulated
Trajectories II - Robert Williams

4:30
PM

9.0121 MarsDrone: A NextGeneration Simulation System forMars Unmanned Aerial Vehicles Guoxing Zhang

6.0808 Topological
Decompositions Enhance
Efficiency of Reinforcement
Learning - Paul Bendich

12.0209 Surface Timeline
Management and Analysis for theMars Sample Return Mission Robert Lange

10.0105 Relativistic Localizationfor Solar System Navigation Alexandr Sein

4:55
PM

9.0201 Precision Landing ofAutonomous Parafoil System via
Deep Reinforcement Learning Zhenyu Wei

12.0210 Operations for6.0803 On Unscented Kalman
Autonomous Spacecraft: Downlink 10.0103 Orthonormal Polynomial
Filter for NeQuick-G Based
Analysis of On-board Decisions & Bases for Airfoil Shape
Ionosphere Estimation - Dan Shen Execution Anomalies - Rebecca
Optimization - Dan Berkenstock
Castano

5:20
PM

Plenary: Army of Ants - The Power of Working in Concert
Ali Hajimiri, California Institute of Technology, Pasadena, California

5:50
PM

HOSTED RECEPTION in the GRAND ATRIUM

6:35
PM

DINNER in the MAIN BALLROOM

7:05
PM

Plenary: How Antacid Can Safely and Permanently Store CO2 in
the Ocean and Decarbonize Shipping Along the Way
Jess Adkins, California Institute of Technology, Pasadena, California

8:05
PM

9.0202 Sensor Path Planning and
Scheduling for Aircraft
Emergency Landing Field
Monitoring - David Nospes

6.0804 Multiagent Reinforcement
Learning and Game-Theoretic
Optimization for Autonomous
Sensor Control - Denis Garagic

12.0219 Robotic Operations forFirst Sample Depot on Mars Richard Rieber

10.0108 Asynchronous
Multiphysics for Spacecraft
System Modeling and Simulation Connor Jakubik

9:00
PM

6.0807 Multi-Stage Fusion
Architecture for Drone
Localization/Identification with
Passive RF and EO Data Thakshila Wewelwala

12.0222 Psyche: Innovations in
Development of Planning andSequencing System - Shaheer
Khan

10.0113 A Computational Tool toCharacterize Infrasonic Wind
Turbine Signatures - Thea
Adumitroaie

9:25
PM

6.0809 A Global Ionosphere
Situational AwarenessArchitecture for over the Horizon
Radar Operations - Nicolò
Boschetti

9:50
PMFireside Cheer
Schedule & Program |

10:15
PM
Aerospace Conference | 9

MONDAY, MARCH 4 - MORNING AND EARLY AFTERNOON
Amphitheatre

Jefferson

MadisonGallatin

8:30
AM8.0704 Assessment of Propellant
Droplet Contamination Effects on
the Europa Clipper Spacecraft John Anderson

2.0301 Optimal Mars Entry
Trajectories for Bank-Angle andAlpha-Beta Steering - DanielEngel

2.0701 Sample Handling Concept
for In-situ Lunar Regolith
Analysis by Laser-based Mass
Spectrometry - Peter Wurz

6.0801 Investigating Another
Weighted Conflict Redistribution
Rule of Combination - Dan
Harris

8:55
AM8.0706 Reliability Considerations
for Large Spacecraft Electric
Propulsion System - Mahdi
Homaeinezhad

2.0302 Overview of Additively
Manufactured TPS Proposed
Flight Test and Earth Re-entry
Capsule Design - David Blette

2.0702 Power-Efficient Electron
6.0802 Commanding AI Success
Emitters for Electron Ionization in by Obeying Causality - Dan
Spaceborne Mass Spectrometers - Harris
Rico Fausch

9:20
AM

8.0707 Field Emission Electric
Propulsion: Enabling Future
Science and Earth Observation
Missions - Bernhard Seifert

2.0303 Design, Development, andUse of a Lunar Lander Simulation
for NASA’s Artemis Program James Gentile

2.0703 Mass SpectrometricMeasurements on Interstellar
Probe - Peter Wurz

4.0402 Two-way Ranging Using
OFDM Waveform with
Application to Lunar Surface
Navigation - Dennis Ogbe

9:45
AM

8.0301 CALLISTO Reusable
Rocket Stage Demonstrator:
Consolidating the Design Etienne Dumont

2.0305 A Dual Quaternion Based
Visual Odometry Method for a
Lunar Lander - Semra Sultan
Uzun

2.0704 Inflight Performance ofTerrain Relative Navigation on
PIXL’s Micro Context Imager,
M2020. - David Klevang

4.0403 Survive the Lunar Night
Low-SWaP OpticalCommunication System - Jason
Hopkins

10:10
AM

8.0302 Overview of a Planned
Flight Test Operation for a Scaled
In-air Capturing Demonstration Stefan Krause

2.0307 Atmosphere Modeling and
Performance Sensitivity for theMars Sample Return Earth Entry
System - Richard Terrile

2.0705 Extraction Chamber for the
4.0406 New Horizons VLA
Ocean Worlds Life Surveyer
Downlink Experiment - Parker(OWLS) Instruments Suite White
Mircea Badescu

10:35
AM

8.0401 Taxonomy for Applied
Human Machine Teaming forSpace System Domains - Tristan
Endsley2.0107 Satellite
Measurements of Sea Level
Change: Past, Present, andFuture - Robert Nerem

2.0706 Ion-Optical Design of a
Mass Spectrometer for Analyzing
Complex Molecules during Fast
Flybys - Rico Fausch4.0407 A Novel Autonomous
Localization Technique Based on
Local Surrounding Horizon Mask Kar Ming Cheung

11:00
AM

8.0406 EMU Elbow Torque Data
as Measured by a Robotic Arm
2.0108 The Last Days of Mars
(RAESTAC) - an Update - Bonnie InSight - Scott Edgington
Dunbar

2.0707 The Dragonfly Surface
Thermal Properties Sensor(STHERM): Design and Testing Danielle Mortensen

4.0409 Demonstration of NonRegenerative Pseudo-Noise
Ranging in Parker Solar Probe and
DART Missions - Matthew Cox

2.0109 The CloudSat Mission: A
25-Year NASA Success Story Deborah Vane

11:25
AM

2.0709 PERISCOPE: Detecting
and Mapping Organic Compounds
in the near Subsurface - Evan
Eshelman
Track 02 Best Paper
2.0715 Ears of the Dragonfly:
Design of a Microphone System
for Operation on Titan - Lucas
Wray

11:50
AM
1:00
PM
1:25
PM

14.01 PANEL: Technology
Development for Science-Driven
Missions - Lorraine Fesq , Evan
Smith , Mary Burkey , Carol
Raymond

1:50
PM

2:15
PM

10 |

14.07 PANEL: Mars Draft Future
Plan - Tiffany Morgan , Eric
Ianson , Michael Mischna ,Nathan Barba , Marguerite
Syvertson

JUNIOR ENGINEERING & SCIENCE CONFERENCE - SESSION 1
Jr. Conference Session 1
2:00 - 3:30 PM in the MADISON ROOM

Aerospace Conference | Schedule & ProgramMONDAY, MARCH 4 - MORNING AND EARLY AFTERNOON
Lake/Canyon

Lamar/Gibbon

9.0302 Smart Control of theMultirotor Drone Propeller for
Enhanced Vibration Energy
Harvesting - Leonid Shpanin

9.0304 Comparison of Size andPerformance of Small Vertical andShort Takeoff and Landing UAS Nicholas Kakavitsas

Track 5 - Small but Mighty – therise of small spacecraft and lowcost missions

Dunraven

Cheyenne

12.0213 An Integer Programming
Approach to Observation
Scheduling for Space Domain
Awareness - Grant Nations

7.0301 Ceramic Column Grid
Array Solder Voiding on
Interstellar Mapping and
Acceleration Probe PCBAs - Anna
Kristine Shin

8:30
AM

12.0216 Tradeoff Analysis ofSpace-Based Imaging Algorithms
for Distributed Area Collection Jeremy Muesing

7.0302 TID Testing of SiGe
Microelectronics Using High Flux
1 MeV Electrons for Europa
Surface Missions - Zachary
Brumbach
Track 07 Best Paper

8:55
AM

9.0305 Multifunctional Avionics
for Bipropellant Liquid Sounding
Rockets - Piotr Slawecki

5.0102 Rapid Technology
Maturation Using the ESRACubeSat Mission - Carlos
Maldonado

12.0218 Contingency Planning
Using Bi-level Markov Decision
Processes for Space Missions Somrita Banerjee

7.0401 Field-Programmable Power
Array (FPPA). - Samuel Kerem

9:20
AM

9.0310 Development and
Implementation of a ModularInterface for a DroneCAN
Communication Bus - Julien
Jahneke5.0103 HENON – Main
Challenges of a Space Weather
Alerts CubeSat Mission - Lorenzo
Provinciali

12.0220 The Myth of the DataConstrained Mission: Ten Years ofData Management Onboard theCuriosity Rover - Jennifer
Adisoetjahya

7.0403 Design and Analysis of a
SiC-MOSFET Based Three-Phase
Motor Drive for an Off-World
Application - Stephen Pfeiffer

9:45
AM

9.0401 Active Landmark
Navigation Using a Pan-Tilt
Sensor System for Unmanned
Aircraft - Nikolaus Ammann

5.0104 Baseline Design of theInvestigation of Convective
Updrafts (INCUS) Mission Benjamin Donitz

7.0404 Latching Current Limiter
SEE Susceptibility from Heavy
Ions - Agnaldo Dias

10:10
AM

9.0403 Active Disturbance
5.0105 LICIACube: Mission
Rejection Control of an Urban Air Outcomes of Historic Asteroid
Mobility Vehicle:A Computational Fly-By Performed by a CubeSat Investigation - Richard
Dario Riccobono
McKercher
Track 05 Best Paper

7.0407 Robotic Assembly andReconfiguration of Modular PowerManagement and Distribution
Systems - Olivia Formoso

10:35
AM

5.0203 An Architecture Study for
Low-Power Satellite-Based
Wildlife Tracking - Fausto Vega

7.0412 A Power Electronic
Building Block - Based Converter
for Electric Propulsion System inSpacecrafts - Mahdi
Homaeinezhad

11:00
AM

5.0204 Technology Convergence
to Enable Radio Crosslink
Missions for Planetary
Atmospheric Structures - Sami
Asmar

7.0601 Robust Detection,
Identification, and Mitigation of
Simultaneous Sensor and Actuator
Faults - Hamza El-Kebir

11:25
AM

5.0207 Developing Local
Trajectory Planning for a Lunar
Micro Rover - Abigail Breitfeld

7.0602 High-Speed High-Density
Fault Tolerant Electronics - Eric
Cameron

11:50
AM
1:00
PM
1:25
PM

Presentation Workshop(hosted by Caltech)
Rick Hefner
Mike Ash

1:50
PM
Practice Room
2:15
PM

Schedule & Program |Aerospace Conference | 11

MONDAY, MARCH 4 - AFTERNOON AND EVENING
Amphitheatre

Jefferson

4:00
PMMadison

JAVA JAM

4:30
PM

8.0102 The Gateway Program as
Part of NASA’s Plans for Human
Exploration beyond Low Earth
Orbit - Tiffany Travis

4:55
PM

8.0103 Assessing the Relocation of 2.0111 NASA-ISRO Synthetic
Artemis Lunar Surface Concepts - Aperture Radar (NISAR): The
Last Steps to Launch - Bobak
James Johnson
Ferdowsi

2.1106 Comparison of Planetary
Defense Deflection Methods Paul Chodas4.0502 Lessons Learned from theMars Relay Network:
Considerations for Future Relay
Networks - Brandon Sauer

5:20
PM

8.0105 Forging Lunar Pressurized
Rovers for Artemis - MichaelInterbartolo

Hold for Plenary

4.0503 Lunar Communications
Using Relays - Mazen Shihabi

2.0110 Ensuring Data Continuity
through NISAR’s End-to-End
Information System - Eric Rice

2.0204 Prometheus: An Io Plume
Sample Return Concept - Alex
Austin2.1103 A Data-driven Approach to 4.0501 Spacecraft Position
the Classification of Temporary
Determination with the Electra
Captures in the Earth-Moon
UHF Transceiver - Harvey Elliott
System - Sean Wolfe

5:50
PM

Plenary: Misbelief
Dan Ariely, Duke University, Durham, North Carolina

6:35
PM

HOSTED RECEPTION in the GRAND ATRIUM

7:05
PM

DINNER in the MAIN BALLROOM

8:05
PM

Plenary: Ballots and Bots: Assessing the AI Factor in 2024 Elections
Justin Hendrix, Tech Policy Press, New York

9:00
PM

8.0106 Propulsion and Human
Landing Systems: Marshall Space
Flight Center’s Expertise - Reid
Ruggles

2.0205 A Dual Outer Planet
Mission to Uranus and Neptune
Launched with a Single SLS Matthew Ziglar

9:25
PM

8.0112 Enterprise Mission
Integration for Artemis Lunar
Missions - Mary Anne Plaza

2.0207 Detecting Grasping Sites in
a Martian Lava Tube: Multi-Stage
Perception Trade Study for
ReachBot - Julia Di

2.1101 New Version of HEAT:
Calibration Tool for Thermal
Imagers on Hayabusa2 and Hera Ramon Vilardell Bellés

10:15
PM

4.0601 Enabling DTN inSpaceflight Systems: Integration of
ION with the F Prime Flight
Software Framework - Paul
Rosemurgy

4.1502 A Demonstration of
MBSEsec Applied to Securing
Cyber Physical System
Communications - Martin Span

4.1503 Satellite Cybersecurity
Reconnaissance: Strategies andTheir Real-world Evaluation Johannes Willbold

9:50
PM

12 |

GallatinFireside Cheer
Aerospace Conference | Schedule & ProgramMONDAY, MARCH 4 - AFTERNOON AND EVENING
Lake/Canyon

Lamar/Gibbon

Dunraven

Cheyenne
4:00
PM

JAVA JAM
9.0404 Integrated Navigation &Path Planning in a Discontinuous
Measurement Update Field Adam Johnson
Track 09 Best Paper

12.0606
EDENVersatileEndeffector (EVE):
An Autonomous Robotic System
to Support Food Production on theMoon - Andre Prince

4:30
PM

9.0408 Design and Implementationof an INDI Based Control Law for 6.0104 Systems Engineering of thePsyche Payload - Maria De Soria
a Quad-plane UAV - AabhashSantacruz Pich
Bhandari

12.0607 ROAMER: Robust
Offroad Autonomy Using
Multimodal State Estimation with
Radar Velocity Integration Morten Nissov

4:55
PM

9.0413 Eigenvalue Based Aircraft 6.0105 TSIS-1 Pointing System
Autopilot Design Is NonRobust:
Performance after 5 Years on the
New TA Approach Design - Rama ISS - Patrick Brown
Yedavalli

12.0608 Safe Mission-Level Path
Planning for Exploration of Lunar
Shadowed Regions by a SolarPowered Rover - Olivier Lamarre

5:20
PM

6.0102 The HySICS Pointing
System: Precision Pointing of
CLARREO Pathfinder from theISS - Patrick Brown

Plenary: Misbelief
Dan Ariely, Duke University, Durham, North Carolina

5:50
PM

HOSTED RECEPTION in the GRAND ATRIUM

6:35
PM

DINNER in the MAIN BALLROOM

7:05
PM

Plenary: Ballots and Bots: Assessing the AI Factor in 2024 Elections
Justin Hendrix, Tech Policy Press, New York

8:05
PM

7.0705 Building a Better B-Dot:
12.0609 Gateway Autonomy for
Fast Detumbling with NonEnabling Deep Space Exploration - monotonic Lyapunov Functions Molly Anderson
Jacob Willis

9:00
PM

7.0707 Attitude Reference
2.0610 Collaborative Moonwalkers Generation for Spacecraft with
- Bingbing Li
Rotating Solar Arrays and Pointing
Constraints - Riccardo Calaon

9:25
PM

7.0902 Advances in theHyperspectral Imager ANFA and
It's Role in the Colombian
LEOPAR Satellite Mission David Ardila

Fireside Cheer
Schedule & Program |

9:50
PM

10:15
PM
Aerospace Conference | 13

TUESDAY, MARCH 5 - MORNING AND EARLY AFTERNOON
Amphitheatre

14 |Jefferson

MadisonGallatin

8:30
AM8.0801 Cassini – a Standard for
RTG Performance - Christofer
Whiting

2.0502 Challenges in Closed-loop
Compliant Motion Control for
Planetary Robotics - Joseph
Bowkett

13.0101 A Scenario-BasedApproach to Assess Continuity
Gaps in Earth Observations Marie Ivanco

4.1101 Multi-Stage Hybrid Nullingof Extremely Strong Interferingand Jamming Signals - Yefim
Poberezhskiy

8:55
AM

8.0803 Space Nuclear Power
Autonomous Control Algorithm
and Control Element Test Bed Brandon Wilson

2.0503 Characterization of the
MMX Rover Locomotion Flight
Model for Check-Out andParameterization - Stefan
Barthelmes

13.0106 Collaborative
Constellation Analysis Framework
for Wildfire Observing Missions Josue Tapia

4.1102 Pseudo-Doppler-Based
Suppression of In-Band
Interference in Digital Receivers Yefim Poberezhskiy

9:20
AM

8.0804 Development of a SmallLow Power RTG Using theGeneral Purpose Heat Source Chadwick Barklay
Track 08 Best Paper

2.0504 Planning and Control for
Autonomous Driving of the Mars
Sample Recovery Helicopter Joshua Martin

13.0109 A Techno-economic
Framework for Collaborative Low 4.1104 FLL Aided Acquisition in
Earth Orbit Satellite Constellations Resource Constrained Platforms Connor Thompson- Yinchien Huang

9:45
AM

8.0805 Additional Radioisotope
Power Systems - Survive, Operate,and Thrive on the Lunar Surface Jacob Matthews

2.0505 Enabling Long & Precise
Drives for the Perseverance Mars
Rover via Onboard Global
Localization - Chris Yahnker

13.0110 Automating Model
4.1108 CycloDSP: A
Validation for Quantifying System Cyclostationary Signal Analysis
Maturity & Quality Assurance Tool for GNU Radio - Ivan Iudice
Jason Shimabukuro

10:10
AM

8.0807 Flexible Instrumentation
and Control Testbed for Nuclear
Thermal Propulsion andMicroreactor System - David
Anderson

2.0507 Model Predictive Attitude
Control of a Jumping-and-Flying
Quadruped for Planetary
Exploration - Andreas Westre

13.0111 Leveraging Economies of
Scale and Gains fromSpecialization for Robust Crewed
Mars Architectures - George
LordosTrack 13 Best Paper

10:35
AM

8.0809 Controller Development
Dynamic Radioisotope Power
System - Erich Soendker

2.0501 Development Robotic Arm 13.0119 Creating the Ka-Band
System Testbed for the Mars
System Architecture for Science
Sample Return Campaign - Joseph Data Return on the SPHEREx
Bowkett
Mission - Eric Rice

11:00
AM

8.0810 NASA’s Radioisotope
Power Systems Program Enabling
the Power to Explore - Carl
Sandifer

11:25
AM

8.0811 Status of Current Aerojet
Rocketdyne RPS Programs - Leo
Gard4.1109 Doppler-Based SatelliteBorne Localization of Ground
Electromagnetic Interferer - Yimin
Zhang

4.1110 Position and Navigation
Using Starlink - Eugene Grayver

12:00
PM

LUNCH in the HUNTLEY DINING ROOM Noon-1:30pm

1:30
PM

JUNIORENGINEERING & SCIENCE CONFERENCE - SESSION 2
Junior Engineering & Science Conference (1:30 - 4:00pm) in the Madison Room
1:15 - 4:00 PM in the MADISON ROOM
Aerospace Conference | Schedule & Program

TUESDAY, MARCH 5 - MORNING AND EARLY AFTERNOON
Lake/Canyon

Lamar/Gibbon

3.0102 High Data Rate Ka-band
Beam Switching Antenna Network 6.0302 Linear Variable Filters forfor Intelligent Satellite
Satellite-Based Chemical WarfareCommunications - Behzad
Agent Detection - Gary Sutlieff
KooshaDunraven

Cheyenne

13.0301 Math Is Instrumental: An
Analysis of Multi-Decade Space
Flight Science Instrument Cost
Performance - Rachel Sholder

10.0204 SQLite File Databases for
Science Data Pipelines: 3 Use
Cases - Lawrence Brown

8:30
AM

3.0201 Analysis and Mitigation of
Co-Site Interference Problems on
Aircraft - Marius Vogel

6.0303 Field Validation of an
13.0302 From Dimes to Deadlines:
Airborne Push-Broom
What Project Management
Hyperspectral Imager for
Agricultural Missions - Micherene Techniques Are Right for You? Ryan Smith
Clauzette Lofamia

10.0301 Historical Aerospace
Software Errors Categorized to
Influence Fault Tolerance Lorraine Prokop

8:55
AM

3.0301 All Solid-State Transmitter(ASTRAM) for Next-Generation
Ground-Based Planetary Radar Mark Taylor6.0307 Thermal Vacuum Testing 13.0303 Extended Missionsof the HVM3 Instrument andOperations Costing Capability for
UCIS-Moon Imaging Spectrometer NASA Science Missions - Marc
- Ian Mc Kinley
Hayhurst

10.0302 Flight Software for the
Double Asteroid Redirection Test Justin Thomas

9:20
AM

3.0303 Measurements ofDiffraction and Scattering of
Lunar Regolith Simulant for Radio
Propagation - Feng LU

5.0302 Development of an Ultrasmall Mass Spectrometer for
Future Lunar and Planetary
Exploration - Oya Kawashima

13.0401 Influence Diagrams for10.0303 LOCO - Software for the
Optimal Decision Making in Early MMX Rover Locomotion System Science Space Mission Concept
Juliane Skibbe
Development - Alfred Nash

9:45
AM

3.0401 Passive Optical Links
Supporting Space-borne Low
Radio Frequency Interferometric
Telescope - Lin Yi

5.0303 CHAPS-D: The Compact
Hyperspectral Air Pollution
Sensor–Demonstrator - Ben
Stewart13.0403 A Tradespace Analysis
for the Next Generation of the
Joint Polar Satellite System (JPSS)- Josue Tapia

10.0306 Enabling Communication
between Heterogeneous Robots
and Human Operators in
Collaborative Missions - Marco
Sewtz

10:10
AM

3.0402 Precision Doppler
Measurements with Low-SNR
Signals from a Spin-Stabilized
Spacecraft - Dustin Buccino

5.0304 A Computer Vision
Approach to Plant Growth
Monitoring in an Embedded
CubeSat Module - Alexis Lopez

13.0405 Applying the Tradespace
Analysis Tool for Constellations(TAT-C) for Earth Science
Mission Analysis - Josue Tapia

10.0401 A Framework for SafetyGuided Design of Collaborative
Control Systems - Andrew
Kopeikin

10:35
AM

3.0403 Sensitivity of an
Electromagnetic Vector Sensor Ekaterina Kononov
Track 03 Best Paper

5.0305 A Compact Anomaly
Detection Solution for Science
Instruments - Alfonso Lagares deToledo13.0407 Ground Segment
Integration into the Concurrent
Design Process: An ESA Academy& TU Darmstadt Study - Jennifer
Hoffmann

11:00
AM

11:25
AM

LUNCH in the HUNTLEY DINING ROOM Noon-1:30pm

12:00
PM

JUNIOR ENGINEERING & SCIENCE CONFERENCE - SESSION 2
1:15 - 4:00 PM in the MADISON ROOM

1:15
PM

Schedule & Program |Aerospace Conference | 15

WEDNESDAY, MARCH 6 - MORNING AND EARLY AFTERNOON
Amphitheatre

Jefferson

MadisonGallatin

8:30
AM6.0503 Measurement and Track
Fusion with Disparate Sensors Darin Dunham

2.0508 Mobility of a Soft
Conformable Multi-limbed Robot
Actuated by Shape Memory Alloy
Wires - Kristina Andreyeva

13.0601 Verification andValidation Tracking Automationon the SPHEREx Project - Eric
Rice

4.0701 Ground Terminal
Evaluation for Deployable Optical
Receiver Aperture (DORA) - Lin
Yi

8:55
AM

6.0501 Comparison of Sensitivity
Metrics for Orbit Uncertainty
Propagation in Cislunar Space Brandon Jones
Track 06 Best Paper

2.0510 EELS: A Modular Snakelike Robot Featuring Active Skin
Propulsion, Designed for Extreme
Icy Terrain - Nikola Georgiev

13.0604 Driving down Risk in thePsyche Fault Protection Design
Post Launch Slip - Travis Imken

4.0704 Ephemeris Error
Correction for Tracking NonCooperative LEO Satellites with
Pseudorange - Samer Watchi
Hayek

9:20
AM

6.0401 Aerospace Applications ofResonant Optical Lattices in the IR 2.0511 2023 EELS Field Tests at
Athabasca Glacier as an Icy Moon
Spectral Domain - Robert
Analog - Richard Rieber
Magnusson

13.0606 Immersive Technologies
for Human-in-the-Loop Lunar
Surface Simulations - Katie
Tooher

4.0706 Laser Communications
Relay Demonstration Optimetrics
Experiment - Guangning Yang

9:45
AM

6.0202 Energetic Particles, Plasma, 2.0512 Enceladus Sample
and Ion Composition Spectrometer Handling System for SCHAN Life(EPPICS) Instrument Development Detection Instrument - Mircea- Evan Burger
Badescu

13.0607 Psyche Mission SystemLevel Guidance, Navigation, andControl Off-Nominal Testing Paige Arthur

4.0705 Radar-Based Range
Estimation in Cis-Lunar Space via
Fade-Resistant Signals andAlgorithms - Kar Ming Cheung

10:10
AM

6.0203 Contamination Control
Modeling for Europa Clipper’s
MASPEX Instrument Aperture
Cover Deployment - Daniel
Fugett2.0513 Multi-Agent Autonomy for 13.0610 Two Steps Forward:
4.1301 Precise Satellite
Space Exploration on the CADRE Evolving Psyche’s Fault Protection Navigation: Differential GPS with
Lunar Technology Demonstration - Validation Post-Launch Slip Sensor-Coupled Integer Ambiguity
Amir Rahmani
Travis Imken
Resolution - Samuel Low

10:35
AM

6.0204 Mitigating Contamination
Deposition on Europa Clipper
PIMS Instrument - Daniel Fugett

2.0514 Collaborative Multi-Rover
4.1303 Contact Plan Optimization
13.0611 Independent Verification and Distributed State Estimation
Crater Exploration: Concept and&Validation(IV&V)
for
Agile
Results from the ARCHES Analog
for Delay Tolerant Satellite
Developed Projects - Justin Smith Networks - Keidai Iiyama
Mission - Lukas Burkhard

11:00
AM

2.0603 In-situ Resource
Utilization with Icy Moons’
Plumes - Lin Yi

13.0612 An Integrated Approach
to Verification and Validation ofNASA's Dragonfly Mission Bryan Rupert4.1304 Analysis of Satellite
Ephemeris Error in Differential
and Non-differential Navigation
with LEO - Joe Saroufim

11:25
AM

2.0608 Predicting Terrestrial
Contamination to the Samples
during the Mars Sample Return
Campaign - John Alred

13.0609 Effusion Cell
Development, Testing, andApplication for Europa Clipper
Outgassing Rate Measurements Daniel Fugett

4.1306 Multiple Star Trackers:
Processing, Pitfalls, andPerformance - Robert Sager

11:50
AM

2.0506 Deep Access
Subsurface Extraction &Retrieval (DASER) - A Howe

1:00
PM
1:25
PM

14.05 PANEL: Mars Exploration
Science: Mars Sample Return and
Beyond - Mitch Schulte, Eric
Ianson, Michael Mischna,
Meenakshi Wadhwa, Andrea
Harrington

1:50
PM
2:15
PM
2:40
PM

14.02 PANEL: Emerging
Technologies for Mars
Exploration - Larry Matthies,
Nathan Barba, Thea-Martine
Gauthier, Mazen Shihabi

3:05
PM
16 |

Aerospace Conference | Schedule & Program

WEDNESDAY, MARCH 6 - MORNING AND EARLY AFTERNOON
Lake/Canyon

Lamar/Gibbon

Dunraven

11.0101 Reusable Launch Vehicle
Utilization of Predictive
Maintenance to Address Risk
Reduction Assessment - Elizaveta
Latash8.0502 Effect of Postural
Differences on BiomechanicalInjury Probability in Aerospace
Vehicle Occupants - Srihari
Menon

11.0102 The Application of
Reliability Growth Analysis for a
Built-In-Test (BIT) False Alarm
Projection - Joseph Barta

8.0504 Finite Element Analysis
12.0102 Look before You Leap:(FEA) Model of the Apollo A7LB Installing R13 on the Curiosity
Extravehicular Activity (EVA)
Mars Rover - Reidar Larsen
Suit Sleeve - Casey Gudall

11.0103 Investigating Merits of
Deep Self-supervised Learning on
a Fatigue RUL Prognostics
Application - Christian Gogu

8.0506 Countermeasures for
Astronaut Entry Motion Sickness
during Water Landings - Taylor
Lonner

11.0104 Evaluating Emerging
Aircraft Technologies towards
Their Impact on Scheduled
Maintenance - Felix Kranich

Cheyenne
10.0702 Using Augmented Reality
for Collaborative Concurrent
Engineering - Anna Bahnmüller

8:30
AM

10.0801 Ensemble Space Carving
for DSM Construction from
Satellite Images - Michael
Gableman

8:55
AM

12.0103 Mars Science Laboratory:
Drilling Challenges at an Ancient 10.0802 Adapting Robotics Vision
Algorithms for Space Rated
Lakebed on Aeolis Mons FPGAs - Seth Smith
Remington Free

9:20
AM

8.0507 Countermeasure Triggering 12.0105 Mars 2020 SHERLOC
for Spatial Disorientation
On-Board Data Processing
Experienced during Piloted Lunar Algorithms for Improved Mission
Landing - Taylor Lonner
Operations. - Kyle Uckert

10.0803 Sensor-Managed
Anomaly Detection for
Camouflage Detection in Airborne
Multispectral Imagery - Tobias
Hupel

9:45
AM

11.0105 Transfer Learning with
CLIP for Bearing Fault Diagnosis- David He

8.0508 Characterization of
Galvanic Vestibular Stimulation
Effects for Use in AstronautTraining - Caroline Austin

12.0106 A Novel Ground-Based
Maneuver Automation System for
Low Earth Orbit Satellite
Operations - Vishnuu Mallik

10.0804 Hyperspectral Sensor
Management for UAS: Sensor
Context Based Band Selection for
Anomaly Detection - Linda Eckel

10:10
AM

11.0106 Monitoring Local Faults
in Aerospace-grade Gearboxes andBearings Using an IoT Sensing
Platform - Arsh Nadkarni

8.0602 Structural Analysis andTest of a Highly-Nonlinear,
Stability-Critical System on
Europa Clipper - Jon Hamel

12.0109 Martian Mayday: The
Evolution of Curiosity’s Safe
Mode Communication over Ten
Years - Kimberly Rink

10.0806 Multi-instrument Image
Correlation for in Situ Planetary
Science on Mars 2020 - Sunanda
Sharma10:35
AM

10.0807 Adapting Visual
Simultaneous Localization and
Mapping for Space - Seth Smith

11:00
AM

10.0809 Profiling Vision-based
Deep Learning Architectures on
NASA SpaceCube Platforms Timothy Chase

11:25
AM

12.0101 Science Observation
Planning for NASA’s Europa
Clipper - Jenny Kampmeier

11.0108 Confidence in Prognostic
7.0101 Vision and Roadmap for
Performance Indicators: How
8.0603 Flight Validation of NonMuch Data Is Enough? - Shashvat Conforming TZM - Andrew Nuss the Next Generation of Spacecraft
Avionics - Chris Yahnker
Prakash11.0402 Light-Enhanced
Micropyramidal Sensors forInterleukin-6 Impedance Detection- Sahil Ghate

7.0103 On-board Payload Data
8.0604 Corrosion Response ofProcessing Combined with theAM350 to Irradiated CFC-11 in the Roofline Model for
HRS for Europa Clipper - Andrew Hardware/Software Design Nuss
Seungah Lee

11.0701 Cybersecurity Issues inSpace Optical Communication
Networks and Future of Space
Health Systems - Pooria Madani

8.0606 High-Expansion-Ratio
Deployable Space Structures forLong Duration Space Missions Mitchell Fogelson

7.0104 SpaceCube GHOST: A
Resilient Processor for LowPower, High-Reliability Space
Computing - Noah Perryman

11:50
AM
1:00
PM
1:25
PM
1:50
PM

Practice Room
2:15
PM
2:40
PM
3:05
PM
Schedule & Program |Aerospace Conference | 17

WEDNESDAY, MARCH 6 - AFTERNOON AND EVENING
Amphitheatre

Jefferson

4:00
PM

Gallatin

JAVA JAM

4:30
PM

5.0301 Azure Kinect à La Luna
(AKALL): Leveraging Low-Cost 2.0612 Impact of Lunar Dust on
RGB and Depth-Camera in Lunar Free Space Optical (FSO) Energy
Exploration - Don Derek Haddad Harvesting - Mohamed Naqbi

13.0616 Psyche's Payload Fault
Protection Design and Strategy for
Launch Readiness - Maria De
Soria Santacruz Pich

4.1307 Assessment of Single
Satellite-based Lunar Positioning
for the NASA Endurance Mission- Marta Cortinovis

4:55
PM

5.0307 System Architecture for
De-orbiting Spacecrafts as a
Platform for Experimental
Aerodynamics Studies - Justin
Self

13.0617 The Motion Suspension
System for On-Ground Tests ofSpace Robots: Demonstration and
Results - Ferdinand Elhardt

4.0301 MEC-based Experimental
Framework for Service
Availability in 3D Non-Terrestrial
Networks - Claudio Sacchi

5:20
PM

5.0310 Prototype Testing ofEnergetic Charged Particle (ECP)
Detector for the ESRA CubeSat
Mission to GTO - August Gula

Hold for Plenary

4.0302 5G New Radio Techniquesfor 3D Networks in Connectioncritical Scenarios - Claudio Sacchi

2.0616 Evolution of the Mars 2020
Organic Carbon Model to a
Predictive Tool for Mars Sample
Return Science - Maxwell Martin

5:50
PM

Plenary: Wolverines from Montana to Mongolia: What a Misunderstood Species
Tells Us About the Future of Wildlife in the Face of Climate Change
Rebecca Watters, The Wolverine Foundation, Bozeman, Montana

6:35
PM

HOSTED RECEPTION in the GRAND ATRIUM

7:05
PM

DINNER in the MAIN BALLROOM

8:05
PM

Plenary: In Search of Regenerative Intelligence
Thijs Pepping, SogetiLabs, Amsterdam, The Netherlands

9:00
PM

5.0311 Development of the
Deployable HF Vector Sensor for
the AERO-VISTA Spacecraft Mark Silver

2.1204 Evaluation of On-orbit
Array Assembly Methods forSpace-Based Solar Power - Juan
Pablo Garcia

13.0703 AI Hype versus Reality Will It Work for You? - Daniel
Broderick4.0202 A Proposed Time
Synchronization Methodology andAlgorithm for the Solar System
Internet - Alan Hylton

9:25
PM

5.0312 Nanogap Solid-State
Single-Molecule Detection atMars, Europa, and Microgravity
Conditions - José Ramírez-Colón

2.1205 Transformers for
Trajectory Optimization with
Application to Spacecraft
Rendezvous - Tommaso Guffanti

13.0120 A Modular CDH to
Operate Three-tierCommunication System of theMission Sealion CubeSat - Jeries
Abedrabbo

4.0204 Multi-domain Routing in
Delay Tolerant Networks - Alan
Hylton9:50
PM2.0910 Single Event Functional
Interrupt (SEFI) Sensitivities of aMulticore Microprocessor Stefania Esquer

10:15
PM
18 |

Madison4.0205 Role of Dynamic Routing
in Traffic Engineered Space Mesh
Networks - Rasikan David

Fireside Cheer
Aerospace Conference | Schedule & Program

WEDNESDAY, MARCH 6 - AFTERNOON AND EVENING
Lake/Canyon

Lamar/Gibbon

Dunraven

Cheyenne
4:00
PM

JAVA JAM
11.0702 Fire Safe Medical Oxygen 8.0607 Structural Requirements
Delivery for Aerospaceand Scaling Analysis of a Fluidic
Environments - M Arifur
Mirror Space Telescope Support
RahmanStructure - Christine Gregg

12.0110 CloudSat: On-Orbit
Improvisation and theDecommissioning of a One-Wheel
Extended-Mission Spacecraft Heidi Hallowell10.0813 Analyzing theEffectiveness of Neural Radiance
Fields for Geometric Modeling of
Lunar Terrain - Margaret Hansen

4:30
PM

11.0703 Aerospace Applicationsof Wearable Bioimpedance
Monitoring - Emil Jovanov
Track 11 Best Paper

8.0608 Acktar Fractal Black(TM)as a Dual-Function ThermalOptical Control Coating andStructural Primer - Andrew Nuss

12.0611 Unleashing Robust,
10.0815 Incremental Learning with
Explainable Autonomy in Icy
Self-Supervised Vision Backbones
Moon Missions: Testbed
Demonstrations - Thomas Touma - Hanna Witzgall

4:55
PM

11.0704 PHM4HHP Domain
Specific Language - Alexandre
Popov8.0612 The Use of Metallized
Stereolithography Additively
Manufactured Components inSpace - Zachary Miller

12.0612 Hybrid Motion Planner
for a Multi-Armed Robot
Performing On-orbit Locomanipulation Tasks - Peter
Lehner

5:20
PM

10.0816 Quantum Image Fusion
Methods for Remote Sensing Leslie Miller

Plenary: Wolverines from Montana to Mongolia: What a Misunderstood Species
Tells Us About the Future of Wildlife in the Face of Climate Change
Rebecca Watters, The Wolverine Foundation, Bozeman, Montana

5:50
PM

HOSTED RECEPTION in the GRAND ATRIUM

6:35
PM

DINNER in the MAIN BALLROOM

7:05
PM

Plenary: In Search of Regenerative Intelligence
Thijs Pepping, SogetiLabs, Amsterdam, The Netherlands

8:05
PM

8.0614 Europa Clipper Solar Array 12.0613 Design of PORTRS ISS
11.0901 Intelligent Summarization Mass Simulator (SAMS)
Demo Mission: The Mobileof Aviation Data for Maintenance - Development for Spacecraft
Manipulator Supporting Crew
AnnMarie Spexet
Dynamics Testing - Ryan
Missions - Mariko Inazawa
Sorensen

10.0817 Autonomous Detection ofTiny, Fast Moving Objects in
Infrared Imagery Using a Bioinspired System - Suhas Chelian

9:00
PM

3.0406 Radio Signal Fluctuations
from Planetary Probes in
Atmospheric Descent - Ralph
Lorenz10.0823 Icy-Moon Surface
Simulation and Stereo Depth
Estimation for Sampling
Autonomy - Ramchander
Bhaskara

9:25
PM

9:50
PM

Fireside Cheer
Schedule & Program |

10:15
PM
Aerospace Conference | 19

THURSDAY, MARCH 7 - MORNING AND EARLY AFTERNOON
Amphitheatre

Jefferson

MadisonGallatin

8:30
AM8.0207 Selection, Production, andProperties of Regolith Polymer
Composites for Lunar
Construction - Nathan Gelino

2.1210 Precision in Assembled
Discrete Lattice Space Structures
for Next-Generation ISAM
Applications - Christine Gregg

13.0801 Enabling Awesome: A
Study of Technical Leadership Lisa Akers

4.0902 A Channel-Insensitive
Link Quality Model for ACM in
Satellite Communications - Adina
Matache8:55
AM8.0209 Mars Artificial Gravity
Habitat with Centrifugation(MAGICIAN) - Fernando Arias

2.1213 EROSS: In-Orbit
13.0802 Accelerated Training for
Demonstration of European
Robotic Orbital Support Services - the Emerging Global Space
Community - Michael Mc Grath
Maximo A. Roa

4.0903 Compressed Sensing-Based
Satellite Spectrum Scanning under
Realistic Link Conditions - Justin
Heimerl

9:20
AM

8.0212 Footer Module Systems for
Discrete Metamaterials Structure
Construction in Lunar
Environments - Siva Appana

2.1216 Complementary Ground
Testing Method for Autonomous
Flight System of Space FreeFlying Robot - Taisei Nishishita

13.0806 Space Infrastructure
Supermodularity - Kenneth
Cheung4.0904 Evaluating Tropical
Geometric Routing in EmulatedSpace Networks - Robert Short

9:45
AM

10.0101 Flow Interaction with
Proposed Novel Nose Cone
Shapes with Dimples for SLV in
Varying Speed Regimes - Sambit
Dash2.1217 Run Time Assurance forSimultaneous Constraint
Satisfaction during Spacecraft
Attitude Maneuvering - Cassie
McQuinn

13.0809 Culture Clash! How
4.0905 Network Storage Analysis
Culture Trips up Engineering
Collaborations—and How to Fix It via Semiring Geometry - Robert
Short- Janet Vertesi

10:10
AM

10.0102 Thermal Effects ofVortex Generators on Transonic
Aerodynamic Surfaces Adhityan Sridharan

2.1219 Autonomous Precise
Assembly of Segmented Mirror
Tiles for a Space Telescope Korbinian Nottensteiner

4.0906 Model Predictive
13.0810 A Systems Engineering
Automatic Gain Control for
Approach to Changing Workplace Satellite Transponder under
Culture - Robert WrightAWGN Jamming - Yajie Bao

10:35
AM

2.1220 Automated Multi-Robot
Assembly of Compliance
Optimized Structures - James
Gloyd

13.0812 Tackling Model-Based
Development Process andOrganizational Challenges Haifeng Zhu

11:00
AM

2.1221 RRTZ: A Path Planner
Designed for Zero Gravity Brandon Apodaca

4.0910 Scaling up Deep Learning
for AI Using FPGAs - John
Porcello

11:25
AM

2.1222 A Comparative Analysis of
Robotic Gripping Solutions for
Cooperative and Non-cooperative
Targets - Maximo A. Roa

4.0911 LDPC Codes withDifferent Frame Sizes overMultipath Fading Channels - Marc
Sanchez Net

11:50
AM
1:00
PM
1:25
PM

14.06 PANEL: NASA’s Earth
System Observatory Formulation
Overview - Carla Procaccino ,Ben Kim , Michael Egan

1:50
PM
2:15
PM
2:40
PM

14.03 PANEL: Access to Spaceand Emerging Mission Capabilities- Kara O'Donnell , Nicole
Fondse , Michael Swartwout ,Barbara Braun , Bruce Yost ,Matthew Allen , Stephen Shinn

3:05
PM
20 |

Aerospace Conference | Schedule & Program

4.0908 Performance Evaluation of
Asynchronous Direct-sequence
CDMA Systems for Satellite
Communications - Len Yip

THURSDAY, MARCH 7 - MORNING AND EARLY AFTERNOON
Lake/Canyon

Lamar/Gibbon

Dunraven

Cheyenne

10.0501 Integrated Calibration of
Simulation Models forAutonomous Space Habitat
Operations - Nicolas Gratius

5.0401 Jitter Characterization of
the HyTI Satelitte - Chase
Urasaki9.0106 The Dynamic Rate
Degradation Model:Interdependence in Li-ion Battery
Degradation Mechanisms - Arsh
Nadkarni

12.0401 Designing and Building a
Cybersecure System from Day 1 Matthew Dodge

8:30
AM

10.0502 Implementing a Student
Rover Design Exercise Using theDigital Engineering Factory - Joe
Gregory

5.0402 Fault-tolerant ADCS for
Small Satellites Using Bayesian
Networks - Cansu Yildirim

9.0107 Electric Propulsion System
Analysis and Optimization for
Multi-Rotor Drones - Hak-Tae
Lee12.0402 Side-Channel Payload
Attacks: Modeling, Demonstration,and Mitigation Strategies - Adam
Byerly8:55
AM5.0404 A Wireless Lunar Sensor
10.0503 A Semantic Approach to Node Powered by TemperatureSpacecraft Verification Using
Gradients across the Device's
Bayesian Networks - Joe Gregory Surface - Fangzheng Liu

9.0108 Conceptual Design Study
Based on Defined Parameters for
Next Generation MartianRotorcrafts - Leonard Felicetti

12.0405 Simulation-Based Resultsof the Trusted Distributed
Autonomy Demonstration
Experiment - Jeremy MurrayKrezan

9:20
AM

10.0504 Using Full-Lifecycle
MBSE for Transforming On-orbit
Servicing: The Tetra-5 Bus
Experience - Jeremiah Crane

5.0406 Hijacking Satellites andDefensive Techniques - Petersen
Hansen9.0109 Quadrotor Flight
Simulation in a CFD-generated
Urban Wind Field - Nicholas
Kakavitsas

12.0406 Scaling Software Security
Analysis to Satellites: AutomatedFuzz Testing and Its Unique
Challenges - Johannes Willbold

9:45
AM

10.0505 Mapping the MBSE
Environment and Complementary
Design Space Exploration
Techniques - Louis Timperley

7.0202 A Spacecraft Interface
Card with Flexible Architecture
for Multi-Mission Applications Adam Mizes

9.0111 Novel Design Optimizationof Tail Beam Structure in
Unmanned Aerial Vehicles - Chin
Hua OU

12.0407 An Explainable Machine
Learning Approach for Anomaly
Detection in Satellite Telemetry
Data 2 - Connor Plaks

10:10
AM

10.0506 MBSE-Driven
Implementation to Optimize
Aircraft Maintenance Planning Nathan Thompson

7.0203 FPGA and Embedded
Software Implementation for
Dragonfly Spacecraft Interface
Card - Michael Hoffmann

9.0113 Nature of Supersonic
Flutter of Aero-Magneto-Elastic
System at Precritical Flowing
Speeds - Marine Mikilyan

12.0408 SSITH: Secure Space
Infrastructure with Trust Metrics
Backed by Hardware - Curtis
Rookard10:35
AM

10.0509 A Model-based Approach
for Verification of the Large
7.0802 Electrospinning Thin Films 9.0501 New Insights into Largest
Lenslet Array Magellanof Stretchable and Self-Healing
Ellipsoid Estimation - James
Spectrograph (LLAMAS) - June PDMS - Foram Madiyar
Maley
Stenzel12.0409 3D UnderactuatedSpacecraft Docking Using
Legendre Gauss Radau
Collocation - Anthony Aborizk

11:00
AM

10.0510 A Study on Co-simulation 7.0905 EagleCam Lunar Mission:
Digital Twin with MATLAB and Analysis and Performance of a
AirSim for Future Advanced Air
Low-Cost Power Subsystem Mobility - Lorenzo Turco
Daniel Lopez

9.0601 Distributed Real Time
Flight Test Data Review System
for General Aviation - Andreas
Dekiert12.0410 Hack-A-Sat: Four Yearsfrom the Cromulence Tech Team Mark Werremeyer

11:25
AM

10.0513 A Co-simulation Digital
Twin with SUMO and AirSim for
Testing Lane-based UTM System
Concept - Junjie Zhao

9.0105 Estimation of Fuel
Consumption in Aviation throughTime Series - Cristian Lozano

11:50
AM
1:00
PM
1:25
PM
1:50
PM

Practice Room
2:15
PM
2:40
PM
3:05
PM
Schedule & Program |Aerospace Conference | 21

THURSDAY, MARCH 7 - AFTERNOON AND EVENING
Amphitheatre

Jefferson

4:00
PM

Gallatin

JAVA JAM

4:30
PM

13.0503 Testing Spacecraft
Formation Flying with Crazyflie
Drones as Satellite Surrogates Arturo De la Barcena

2.0619 Mars Sample Return
Sample Handling Technology
Development - Paulo Younse

2.0801 Satellite Formation Flying
Control Design Using
Transformation Allergic Indices inDynamics Matrix - Rama
Yedavalli

4:55
PM

13.0504 The Space Liner
Federation – Distributed Space
Vehicle Simulation Based on
Loose Coupling - Steffen
Strassburger

2.0620 Free-Space
Communication through an Ocean
World Ice Shell to Enable Ocean
World Exploration - Ashley
Lakey

2.0803 Design of a Pipeline for5.0506 Concept of Operations forSatellite-Aided Capture at theSWARM-EX: A Three CubeSat
Giant Planets of the Solar System - Formation Flying Mission - Shane
Leonard Felicetti
Lowe

5:20
PM

13.0508 Simulation Tool for
Architecting Autonomous GNC
Fault Protection - Josef Biberstein

5.0502 Unique Challenges ofMission Operations on the Sun
Radio Inteferometer Space
Experiment - Carson Schubert

Hold for Plenary

5:50
PM

Plenary: The James Webb Space Telescope Mission
Matthew Greenhouse, Goddard Space Flight Center, Greenbelt, Maryland

6:35
PM

HOSTED RECEPTION in the GRAND ATRIUM

7:05
PM

DINNER in the MAIN BALLROOM

8:05
PM

Plenary: Gravitational Wave Astronomy - Shaking the Universe
Neil Cornish, Montana State University, Bozeman, Montana

9:00
PM

13.0510 Mapping Electric Fields
for Aerospace Corrosion
Assessment Using an ArrayDriven SRET Platform - Trent
Ruiz

2.0621 Battery-Swapping MultiAgent System for Sustained
Operation of Large Planetary
Fleets - Ethan Holand

2.0804 Robust Closed-form
Framework for Drag-Propulsive
Control of Formation Flight Matthew Hunter

9:25
PM

13.0501 Conops Timeline
Generation Tool for a Lunar
Terrain Vehicle (LTV) - A Howe

2.0622 Modeling and Feedback
Control for a Guyed, Flexible,
Tubular Lunar Tower - Victor
Portmann

2.0805 Closed-Form Modeling and 5.0603 The Rutgers SPICESat
Control of Spacecraft Swarms in
Mission: A Educational Case
Eccentric Orbits - Nicholas
Study - Michael Fogel
Delurgio

2.0806 Optimized Observation of
an at Launch Unknown Ground
Target within Sensor Field ofView - Aaron Hoskins

9:50
PM

10:15
PM
22 |

MadisonFireside Cheer
Aerospace Conference | Schedule & Program

5.0602 Implementing Next-Level
Modularity in CubeSat Missionsfor Promoting Space Education Jin S. Kang

5.0605 University Nanosatellite
Program: Educating Engineers for
a Generation, Looking towards the
Future - Sarah Fox

THURSDAY, MARCH 7 - AFTERNOON AND EVENING
Lake/Canyon

Lamar/Gibbon

Dunraven

Cheyenne
4:00
PM

JAVA JAM
10.0516 NLP4ReF Requirements
Classification & Forecasting: From 6.0701 Closed Form Multiple
Disparate Sensor
Model-Based Design to Large
Language Models - Jordan Peer Correlation/Fusion - Jim Roecker

10.0619 Super-Resolution Based
Topology Optimization for Rapid
Generation of Low Mass Structural
Designs - Hamsa Shwetha
Venkataram

4:30
PM

10.0517 Modeling Considerations
for Developing Deep Space
Autonomous Spacecraft and
Simulators - Christopher Agia

6.0703 Performance Prediction
Modelling of Low SNR Tracking
Algorithms - James Helferty

10.0623 Fail-Active Autonomy in
Unknown-Unknown Situations for
Deep Space Missions - Daniel
Kolosa

4:55
PM

10.0518 Fault Management
Analysis Tool for Model Centric
Systems Engineering - Ksenia
Kolcio6.0704 Classifying Airborne
Targets with Motion-Based
Recognition Techniques - Pavlos
Androulakakis

12.0502 Explainable Deep RL for
Space Situational Awareness:
Counterfactual Explanation
Approach - Zhengyang Fan

5:20
PM

Plenary: The James Webb Space Telescope Mission
Matthew Greenhouse, Goddard Space Flight Center, Greenbelt, Maryland

5:50
PM

HOSTED RECEPTION in the GRAND ATRIUM

6:35
PM

DINNER in the MAIN BALLROOM

7:05
PM

Plenary: Gravitational Wave Astronomy - Shaking the Universe
Neil Cornish, Montana State University, Bozeman, Montana

8:05
PM

10.0519 A Proposed Schema for
Requirements Architecting andManagement Using Jama at JPL Bogdan Oaida

6.0602 The Effects of Pre-Fusion
Probability Calibration - Dan
Harris12.0503 Deep Reinforcement
Learning for Autonomous Satellite
Responsiveness to Observed
Events - Kedar Naik

9:00
PM

6.0605 Remote Sensing
Techniques for Detecting
Radiation Anomalies at Nuclear
Facilities - Lucy Berthoud

12.0504 Anomaly Detection forSpacecraft Radios Based on OpenLoop Recording Data - Dennis
Ogbe

9:25
PM

6.0606 The Subset Problem: Costs
for Two-Sensor Assignment Usinga Model-Order Penalty - Peter
Willett

12.0508 A Comparison of Deep
Learning Architectures forSpacecraft Anomaly Detection Daniel Lakey

9:50
PM

Fireside Cheer
Schedule & Program |

10:15
PM
Aerospace Conference | 23

FRIDAY, MARCH 8
Amphitheatre

Jefferson

8:30
AM

12.0301 METIS: An AI Assistant
Enabling Autonomous Spacecraft
Operations for Human Exploration
Missions - Carsten Hartmann
Track 12 Best Paper

2.0711 Development and Testingof the Dragonfly Geophysics andMeteorology (DraGMet) WIND
Sensor - Danielle Mortensen

8:55
AM

12.0302 NASA's Ground Test Unit
(GTU) Lunar Terrain Vehicle
2.0714 Extraterrestrial Molecular(LTV) Conceptual Hand
Indicators of Life Investigation
Controllers Studies - Harry(EMILI) - Ryan Danell
Litaker

2.0808 Cell-Based Preprocessing
Algorithm for Fast Satellite
Coverage Calculation - Ryan
Ketzner

10.0604 Generative AI... in Space!
Adversarial Networks to Denoise
Images Onboard the OPS-SAT-1
Spacecraft - Georges Labrèche

9:20
AM

12.0303 Developing a MotionBased System for Lunar Vehicle
Handling Qualities Testing Harry Litaker

2.0901 The Interplay of Low andHigh LET Radiation to Antibiotic
Resistance in Deep Space Lembit Sihver

2.0809 Co-aligned Pointing for
On-orbit Intercalibration between
Instruments on Separate Satellites- Timothy Holden

10.0605 Stable Online LearningBased Adaptive Control ofSpacecraft and Quadcopters Jacob Elkins
Track 10 Best Paper

9:45
AM

12.0304 Modelling and Revealing 2.0904 Classification of
Success Factors of Cooperation in Microelectronics Radiation Effects
Human Spaceflight Using FRAM - Using Unsupervised Machine
Shota Iino
Learning - Trevor Peyton

2.0810 Virtual Focal Plane
Dynamics for Generalized Remote
Sensing Coverage Analysis Jonathan Sipps

10.0609 Unsupervised Surface-toOrbit View Generation ofPlanetary Terrain - Timothy
Chase

10:10
AM

12.0305 What Kind of Support Do
Astronauts Need for Maintenance
Tasks in Space Habitats? a Survey
Study - Ulubilge Ulusoy

2.0811 A Massively Parallel
Method for Fast Computation ofInvariant Manifolds - Fausto
Vega

10.0610 Multi-Agent and MultiTarget Reinforcement Learning forSatellite Sensor Tasking in Low
Earth Orbit - Paco Holguin

10:35
AM

12.0307 A Low-Bandwidth
2.0906 The Hēki Mission: Testing
Approach to Analog Astronaut
Communication at the Mars Desert Superconducting Magnet
Technology on the International
Research Station - Barbara
Space Station - Randy Pollock
Braun

2.0812 SUNFLOWER
Observatory: Heliocentric Satellite
Constellation for ContinuousSpace Weather Monitoring - Allan
Shtofenmakher

10.0612 CASAD-GPS: Causal
Shapley Additive Explanation for
GPS Spoofing Attacks Detection Zhengyang Fan

Gallatin

10.0603 Physics-Informed Neural
2.0807 Non-eclipsing Earth Orbits Networks for Satellite State- Timothy Holden
Estimation - Jacob Varey

11:00
AM

2.0907 Radiation Hardened
Approach to Ultra-Low SWaP 2D 2.0813 Diversity-based Heuristic
Imaging Spectrometry - Jonathan Search for Multiple Asteroid
Tours - Leonard Felicetti
Deming10.0614 Regularized Rapid Class
Augmentation for Low Sample
Support Scenarios - Hanna
Witzgall11:25
AM

2.0814 Intersatellite
Synchronization Module for
Optical Sync and Data between
Formation Flying Spacecraft David Klevang

10.0617 Capabilities toward
Trustable AI/ML Pose Estimationfor Satellite-to-Satellite Imagery Benjamen Bycroft

11:50
AM

2.0816 Geomagnetic Storm Risks
to Air-Breathing Electric
Propulsion Missions - Patrick
Crandall

7:00
PM

24 |

2.0905 Total Ionizing Dose andSpacecraft Charging Observations
On-Board STPSat-6 in GEO Carlos Maldonado

MadisonFarewell Dinner
Aerospace Conference | Schedule & ProgramFRIDAY, MARCH 8
Lake/Canyon

Lamar/Gibbon
4.0801 Mars Sample Return
Surface Relay Planning and
Coordination - Benjamin Donitz

Dunraven
5.0701 The LLITED Mission’s
Post-Launch Status & Lessons
Learned - Rebecca Bishop

Cheyenne
13.0202 Managing Schedules in a
Risk Resilient Framework Patrick Malone

8:30
AM

4.0802 Satellite Routing for5.0702 MIT Lincoln Laboratory
13.0204 How AI Can Help Learn
Mobile Users under Uncertainty in Agile MicroSat Descent - Andrew Lessons from Incident Reporting
High Throughput Constellations - Cunningham
Systems - Robin Dillon Merrill
Nils Pachler

8:55
AM

4.0803 Enhancing Space
Communications: A Novel
Approach to Solving the MultiSatellite Scheduling Problem Arya Kazemnia

5.0703 Analysis of Diwata
13.0207 Digital Transformation of
Microsatellites Power System In- the NASA Engineering Domain Orbit Performance for Improved
Terry Hill
Operations - Daniel Fadi Rahayel

9:20
AM

5.0704 Mitigating and Recoveringfrom Radiation Induced Faults in
Non-Hardened Spacecraft Flash
Memory - Vladimir Zelenevskiy

13.0210 Dragonfly Requirements
Management Process & Lessons
Learned through Mission PDR Kristin Jaburek

9:45
AM

5.0708 Mission Life Enhancing
Studies and Results for the the
Imaging X-ray Polarimetry
Explorer (IXPE) - William
Kalinowski

13.0212 A State-based
Probabilistic Risk Assessment
Framework for Multi-system
Space Missions - Sonali Sinha
Roy

10:10
AM

5.0710 Principles and Practices for
Creating Inherently Resilient
Smallsats despite Constrained
Resources - Lee Jasper

10:35
AM

11:00
AM

11:25
AM

4:00-5:30 pm: All
Track/Session Organizers
Planning Session for the2024 Conference
4:00 - 5:30 PM: All
Track/Session Organizers
Planning Session for the2025 Conference

11:50
AM

Farewell Dinner
Schedule & Program |7:00
PMAerospace Conference | 25

Electronic Presentation Hall 24/7

Electronic Presentation Hall 24/7 (contd.)

2.0209 • Modeling Radiation Pressure Accelerations: Earth
Radiance Anisotropy and Spacecraft Shape
2.0304 • Human-Class Mars Entry, Descent, and Landing
Trajectory Optimization Using Indirect Methods
2.0509 • Trajectory Optimization Methods for Energy Efficient
Gait Transitions on Multi-Modal Robots
2.0618 • Mars Launch System and the Rotational Stability of a
Prolate, Spin-Stabilized Spacecraft
2.0710 • Farside Seismic Suite: A Novel Approach for Long-term
Lunar Seismology
2.1105 • Investigation of Clutter Removal on Cis-Lunar Target
Detection Using DSN Open-Loop Tracking Data
2.1206 • Concept and Validation of Autonomous Robotic
Assembly of Antenna from ESPA Class Spacecraft
2.1211 • Target Grasp-conditioned Whole-body Control ofSatellite Manipulators Using Neural Fields with MPC
3.0204 • Performance Analysis of the UHF Relay Antennas for
the Mars Sample Return Sample Retrieval Lander
3.0404 • Kalman Filter for Radio Astronomy Dynamic Imaging
Based on Empirical Covariances
4.0107 • An Expanded Deep Space Relay Architecture for
Improved Communication and Navigation
4.0401 • Gigabit Cislunar INSPIRE Network Enabled by
Omnidirectional Optical Terminals
4.0408 • Position, Velocity, and Timing for Lunar Descent andLanding with Joint Doppler and Ranging Track 4 Best Paper
4.0901 • Performance Analysis of Distributed Wireless Sensor
Networks with Data Fusion
4.1201 • Uncovering GNSS Interference with Aerial Mapping
UAV
4.1305 • One-Shot Initial Orbit Determination in Low-Earth
Orbit
4.1402 • Trajectory Prediction Model for Accurate Navigationand Surveillance Using kNN Regressor
5.0202 • Lunar CADRE - a CubeSat Array for the Detection of
RF Emissions from Exoplanets
5.0206 • Cost Effective Space Based Platforms for Bush Fire
Monitoring
5.0403 • Optimal Attitude Estimation to Tackle Code Porting
Limitations for Low-earth Orbit Nano-satellites
5.0501 • Design and Development of SWIM, Miniature
Underwater Robots for Exploring Ice-Ocean Interfaces
5.0503 • Distributed Spacecraft Mission Optical Multiple AccessInter-satellite Communication Solution
6.0107 • Optimization Approach for a SAR Small Satellite in
Very Low Earth Orbit (VLEO) Demonstrator Mission
6.0308 • Enhanced Hyperspectral Change Detection throughSemantic, Spectral, and Spatial Analysis
6.0403 • Improved Cislunar Object Detection Using Polyphase
Filter Bank and Polarimetry from Bistatic Radar
6.0604 • Optimum Track to Track Fusion Using CMA-ES andLSTM Techniques
6.0607 • Harsh Landing Ultimate Sensor Fusion
6.0705 • IMM Filtering with Randomized Turn Rate to Track
Maneuvering Target
6.0706 • Payload Prediction for DJI Matrice 100 Quadcopter
Drone Based on Tracking Data
7.0201 • Reset State Shifting in FPGA Designs to Handle
Inconclusive Formal Property Verification Results

7.0411 • Robust Design of Emirates Mars Mission‚ElectricalPower Subsystem
7.0713 • Constrained Attitude Control of a Cubesat with
Redundant Reaction Wheel Configurations
7.1003 • Charging Assessment for Sample Tube Exchange
between Perseverance and MSR SRL
8.0711 • The Fusion Driven Rocket
8.0712 • Numerical Modeling of Liquid Propellant Mass Transfer
with Sloshing during On-Orbit Refueling
9.0110 • Preliminary Design Correlations and Cost Estimation
for Fixed-Wing Military Unmanned Aerial Vehicles
9.0115 • Enhancing UAV Design and Evaluation: aComprehensive Performance and Flight Dynamics Analysis Tool
9.0119 • Harnessing Porous Gurney Flaps to Optimize Airfoil
Performance in Ground Effect Conditions
9.0308 • Lightning Induced Arcing and Protection of Aircraft
9.0409 • Neighboring Optimal Maximum Range Glide PhugoidDamping Guidance Law
9.0410 • Optimal Generalized Vector Explicit (GENEX)
Guidance of Nonholonomic Systems
9.0415 • Nonlinear Optimal Guidance for Cooperatively
Imposing Relative Intercept Angles
9.0418 • Autonomous Systems: IoT-Enabled UAV Path
Optimization with Adaptive Fuzzy Control
9.0419 • Eyes-Out Airborne Object Detector for Pilots
Situational Awareness10.0403 • Safety Considerations for Software-Defined Radio
Integrated in Robust TSP IMA Architecture
10.0514 • Simulating Enhanced Vertiport Management in a
Multimodal Transportation Ecosystem
10.0520 • Continuous Formal Verification for Aerospace
Applications
12.0108 • Lessons from Ingenuity‚Climb up Jezero Crater Delta
12.0205 • Development and Execution of the Mars 2020
Perseverance Rover‚Sampling Strategy
12.0212 • Evolution of the Mars 2020 Perseverance
Rover‚Strategic Planning Process
12.0306 • Design and Development of a Martian Assistant Rover
for Astronaut Safety during Surface Exploration
12.0501 • Enhancing Rover Mobility Monitoring: Autoencoderdriven Anomaly Detection for Curiosity
12.0602 • “In OBP We Trust”: Verification and Validation of theM2020 on Board Planner Flight Software
12.0603 • Thermal is the Plan, the Plan is Death: Deployment of
the Mars2020 On-Board Planner
13.0203 • Rethinking the National Approach to Launch Timing
Decisions13.0205 • Common Cause Failures Quantification in Fault Trees:a Space-specific Analysis and Methodology.
13.0209 • A Review in Management of Safety and Mission
Assurance Requirements Across Multiple Institutions

26 |Aerospace Conference | Schedule & Program

MAP OF THE VILLAGE
AT BIG SKY

2025 CALL FOR PAPERS
FLYER*ADDITIONAL CONFERENCE COMMITTEE ROLES (FROM PAGE 4):[1] Board Member, Plenary Co-Chair, Language Review Committee, Exhibitor/Patrons Program Committee[2] Website Chair, Exhibitor/Patrons Program Committee, AIAA Representative[3] Paper Review Vice Chair[4] Paper Review Committee, Publications Committee, Exhibitor/Patrons Program Committee, Website Administration[5] Vice Board Chair and Board Recorder[6] Publications Vice Chair[7] Board Member Emerita, Publications Committee[8] Thank You Note Writer[9] Paper Review Committee, VIP Hospitality Chair[10] EPH Vice Chair[11] Language Review Chair, Special Advisor[12] Paper Review Committee, Language Review Committee
Schedule & Program |Aerospace Conference | 27

PLENARY PROGRAM:SCIENCE AND AEROSPACE FRONTIERS
SundayMarch 3, 2024
5:50 p.m.

Army of Ants: The Power of Working in Concert

Ali Hajimiri, California Institute of Technology, Pasadena, California
Synchronized operation of a large number of similar entities can be used to generate behavior that cannot be expected from smaller sets. This
principle combined with the physical concept of coherence in waves enables creation of programmable 3-dimensional focal points that canbe used to enable many applications such as wireless energy transfer at distance on earth and even from space, flat lensless projectors andcameras, and various other present and future applications. It can manifest itself in the form of phased arrays and focusing arrays where an
ensemble of synchronized wave generating or receiving elements, whose individual behavior may be rather unremarkable can lead to rich anduseful behaviors. We will go through a wild journey with this principle and a progression of its potential applications in an increasing order ofmadness.

SundayMarch 3, 2024
8:05 p.m.

How Antacid Can Safely and Permanently Store CO2 in The Ocean and Decarbonize Shipping
Along the Way
Jess Adkins, California Institute of Technology, Pasadena, California

The accelerated weathering of limestone (AWL) is a mimic of the earth’s natural CO2 buffering process. The base in limestone rocks
neutralizes the acid in CO2 to make bicarbonate ions in solution. This is much like what happens when you take an antacid to stop
your indigestion! In this talk I’ll show you how our new company has spun out of Caltech using basic research on the dissolutionof calcium carbonate (the stuff shells are made from) to make carbon sucking reactors that can travel on ships to reduce theiremissions while crossing the ocean. We will talk about the basic data behind our climate crisis, the challenges of rising CO2, andsolutions to the problem that are in our grasp, if we choose to solve them.

MondayMarch 4, 2024
5:50 p.m.

Misbelief
Dan Ariely, Duke University, Durham, North Carolina
Misinformation affects all of us daily—from social media to larger political challenges, from casual conversations in supermarkets,to even our closest relationships. While we recognize the dangers that misinformation poses, the problem is complex—far
beyond what policing social media alone can achieve—and too often our limited solutions are shaped by partisan politics andindividual interpretations of truth. To understand the irrational appeal of misinformation, we must first understand the behavior of“misbelief”— the psychological and social journey that leads people to mistrust accepted truths, entertain alternative facts, andeven embrace full-blown conspiracy theories. Misinformation, it turns out, appeals to something innate in all of us— on the rightand the left.The sooner we recognize that misbelief is above all else a human problem, the sooner we can become the solution
ourselves.

MondayMarch 4, 2024
8:05p.m.

Ballots and Bots: Assessing the AI Factor in 2024 Elections
Justin Hendrix, Tech Policy Press, New York, New YorkThe Economist calls 2024 the biggest election year in history. Dozens of democracies will choose new leaders, from the US to the
UK, EU, Mexico, Taiwan, India, Indonesia, Venezuela, Austria, Belgium, and more. Even as billions of people prepare to head to thepolls, many experts are concerned about the potential impact that generative AI systems will have on the information environments inwhich they will make their decisions. How will synthetic images, video, audio, and text be used to try and influence voters? What aregovernments trying to do to get ahead of the question? And what can citizens do to prepare themselves for the deluge to come in theheat of the election season? If social media presented a set of novel challenges to democracy, will AI make things worse? Or is there acase for optimism?

28 |Aerospace Conference | Schedule & ProgramPLENARY PROGRAM:SCIENCE AND AEROSPACE FRONTIERS
Wednesday

March 6, 2024
5:50 p.m.

Wolverines from Montana to Mongolia: What a Misunderstood Species Tells us About the
Future of Wildlife in the Face of Climate Change
Rebecca Watters, The Wolverine Foundation, Bozeman, Montana

Wolverines present unique research and conservation challenges. They are naturally rare, maintain enormous territories in habitat that isdifficult for humans to access, and require cold climate conditions. Scientific research on the species began only in the late 1990s, andmanagement policy has been difficult to formulate due to a lack of data. Additionally, cultural knowledge of the species is generally low among
decision makers and wildlife constituencies in the US. This presentation explores research efforts, techniques, and insights into wolverine
biology and conservation needs from two continents and examines possible next-generation research methods such as eDNA, in the broader
context of how to manage wildlife in a future of changing climate. The cultural perspectives on wildlife conservation and management in two
ecologically similar but culturally different locations – Mongolia and the US – highlight the importance of contextual research and conservation
efforts, and of Indigenous knowledge in environmental science.

Wednesday

March 6, 2024
8:05 p.m.

In Search of Regenerative Intelligence

Thijs Pepping, SogetiLabs, Amsterdam, The Netherlands
Join us as we explore various forms of intelligence—and yes, even “stupidity”. What can Natural Intelligence teach us? How does AI factor
in, and what are its potential pitfalls? Can humans collaborate with nature and AI to transform our damaging behaviors into regenerative
actions? We’ll dive into inspiring examples from fungi, animals, digital twins, generative AI, and the unwavering spirit of human behavior.
Plus, don’t just listen—join in the fun with our ‘Real Fake / Real Smart’ quiz!

ThursdayMarch 7, 2024
5:50 p.m.

The James Webb Space Telescope Mission
Matthew Greenhouse, Goddard Space Flight Center, Greenbelt, Maryland
The James Webb Space Telescope is the successor to the Hubble Space Telescope. It is the largest space telescope ever constructed and isgiving humanity its first high-definition view of the infrared universe. The Webb is observing early epochs of the universe that the Hubble cannot
see to reveal how its galaxies and structure have evolved over cosmic time. The Webb is exploring how stars and planetary systems form andevolve and is searching exoplanet atmospheres for evidence of life. The Webb’s science instrument payload includes four sensor systems thatprovide imagery, coronagraphy, and spectroscopy over the near- and mid-infrared spectrum. NASA developed the JWST in partnership with theEuropean and Canadian Space Agencies, with science observations proposed by the international astronomical community in a manner likethe Hubble. Launch of the Webb occurred during Christmas day 2021. In-flight commissioning was completed during June 2022 and science
operations are now underway.

ThursdayMarch 7, 2024
8:05 p.m.

Gravitational Wave Astronomy: Shaking the Universe
Neil Cornish, Montana State University, Bozeman, Montana
In 1609, Galileo revolutionized astronomy by turning his telescope towards the heavens. Our view of the Universe expanded throughthe centuries to cover the entire electromagnetic spectrum from Radio waves to Gamma rays. But it wasn’t until 2015 that wefirst detected gravitational waves, heralding the beginning of a new age in astronomy. While still in its infancy, Gravitational Wave
Astronomy has lead to many ground breaking discoveries, including tracking down the source of most of the gold and platinum in
the Universe, and recording the low frequency hum that is thought to come from millions of super massive black hole binaries, eachbillons of times more massive than our Sun. And this is just the beginning. In the next decade, new, more powerful instruments will
vastly increase the reach of Gravitational Wave Astronomy, potentially allowing us to detect vibrations from the very beginning of the
Universe.

Schedule & Program |Aerospace Conference | 29

TRACKS, SESSIONS, AND ORGANIZERS
1.0

2.0

02.01

02.02
02.03

02.04

02.05

02.06

02.07

02.08

02.09

02.10

02.11

02.12
30 |

Science and Aerospace Frontiers (Plenary
Sessions), David Woerner (Jet Propulsion
Laboratory), Kendra Cook (Jet Propulsion
Laboratory)
Space Missions, Systems and Architectures,
Keyur Patel (NASA Jet Propulsion Lab),
Steven Arnold (Johns Hopkins University/
Applied Physics Laboratory)
Current Space and Earth Science Missions, Nick
Chrissotimos (NASA - Goddard Space Flight
Center), Keyur Patel (NASA Jet Propulsion Lab),James Graf (Jet Propulsion Laboratory)
Future Space and Earth Science Missions, Alex
Austin (Jet Propulsion Laboratory), Michael Gross(NASA Jet Propulsion Lab)
System and Technologies for Landing on Planets,
the Moon, Earth and Small Bodies , Ian Clark(Jet Propulsion Laboratory), Clara O'Farrell (Jet
Propulsion Laboratory)
Access to Space and Emerging Mission
Capabilities, Kara O'Donnell (Aerospace
Corporation), Nicole Fondse (Aerospace
Corporation)
Robotic Mobility and Sample Acquisition
Systems, Joseph Bowkett (Jet Propulsion
Laboratory), Paul Backes (Jet Propulsion
Laboratory), Richard Volpe (Jet Propulsion
Laboratory)
Future Missions & Enabling Technologies for In
Situ Exploration, Sample Returns , Elena Adams(Johns Hopkins University/Applied Physics
Laboratory), Christopher Green (NASA - Goddard
Space Flight Center)
In Situ Instruments for Landed Surface
Exploration, Orbiters, and Flybys, Terry Hurford,
Jacob Graham (NASA Goddard Space Flight
Center), Xiang Li (NASA Goddard Space Flight
Center)Mission Design, Formation Flying andConstellations, Giovanni Palmerini (Sapienza
Universita' di Roma), Leonard Felicetti (Cranfield
University), Ryan Woolley (Jet Propulsion
Laboratory)
Space Radiation and its Interaction with
Shielding, Electronics and Humans, Ondrej Ploc
(Nuclear Physics Institute of the Czech Academyof Sciences), Lembit Sihver (TU Wien and NPI of
the CAS)
Space Debris and Micrometeoroids: The
Environment, Risks, and Mitigation Concepts
and Practices, Douglas Mehoke (Johns Hopkins
University Applied Physics Laboratory (JHU/
APL)), Timothy Cole (Johns Hopkins University/
Applied Physics Laboratory), Kaushik Iyer (Johns
Hopkins University/Applied Physics Laboratory)
Asteroid Detection, Characterization, SampleReturn, and Deflection, Jeffery Webster (NASA/ Jet Propulsion Laboratory), Paul Chodas (Jet
Propulsion Laboratory), Michael Werth (Boeing
Company)
Orbital Robotics: On-Orbit Servicing, Assembly,
and Active Debris Removal, David Sternberg
Aerospace Conference | Schedule & Program

02.13
3.0

03.01
03.02

03.03
03.04
03.05
4.0

04.01
04.02
04.03
04.04

04.05
04.06

04.07

04.08
04.09
04.10

(NASA Jet Propulsion Laboratory), Markus Wilde(Blue Origin)
Orbital Robotics: On-Orbit Servicing and Active
Debris Removal, David Sternberg (Jet Propulsion
Laboratory), Markus Wilde (Blue Origin)
Antennas, RF/Microwave Systems andRadio Science, Glenn Hopkins (Georgia
Tech Research Institute), James Hoffman(Kinemetrics)
Phased Array Antenna Systems and Beamforming
Technologies, Glenn Hopkins (Georgia Tech
Research Institute)
Ground and Space Antenna Technologies andSystems, James Hoffman (Kinemetrics), Chris
Rose (Viasat), Farzin Manshadi (Jet Propulsion
Laboratory)
RF/Microwave Systems, James Hoffman(Kinemetrics)
Radio Astronomy and Radio Science, Mark
Bentum (Eindhoven University of Technology),
Melissa Soriano (Jet Propulsion Laboratory)
Miniaturized RF/Microwave Technologies
Enabling Small Satellite and UAV Systems,
Dimitris Anagnostou (Heriot Watt University)
Communication & Navigation Systems& Technologies, John Enright (Toronto
Metropolitan University), Kar Ming Cheung(Jet Propulsion Laboratory)
Evolving Space Communication Architectures,
Shervin Shambayati (Aerospace Corporation)
Communication Protocols and Services for Space
Networks, Shervin Shambayati (Aerospace
Corporation)
Next Generation Space Systems: AESS GLUE ,Claudio Sacchi (University of Trento), Tommaso
Rossi (University of Rome Tor Vergata)
Navigation and Communication Systems for
Exploration, Patrick Stadter (Johns Hopkins
University/Applied Physics Laboratory), David
Copeland (Johns Hopkins University/Applied
Physics Laboratory)
Relay Communications for Space Exploration,
Mazen Shihabi (Jet Propulsion Laboratory), David
Israel (NASA - Goddard Space Flight Center)
Space Communication Systems Roundtable :Networking the Solar System, E. Jay Wyatt (Jet
Propulsion Laboratory), David Israel (NASA Goddard Space Flight Center)
Innovative Space Communications and Tracking
Techniques, Kar Ming Cheung (Jet Propulsion
Laboratory), Alessandra Babuscia (NASA Jet
Propulsion Laboratory)
Communication System Analysis & Simulation,
Marc Sanchez Net (Jet Propulsion Laboratory)
Communications and/or Related Systems: Theory,
Simulation, and Signal Processing, Claudio Sacchi(University of Trento), David Taggart (Self)
Wideband Communications Systems, Claudio
Sacchi (University of Trento), David Taggart(Self)

TRACKS, SESSIONS, AND ORGANIZERS
04.11

04.12

04.13

04.14
04.15
5.0

05.01

05.02
05.03

05.04

05.05

05.06
05.07

6.0
06.01

06.02

Software Defined Radio and Cognitive Radio
Systems and Technology, Eugene Grayver(Aerospace Corporation), Genshe  Chen
(Intelligent Fusion Technology, Inc.)
Global Navigation Satellite Systems, Gabriele
Giorgi (German Aerospace Center - DLR), Lin Yi(Jet Propulsion Laboratory, California Institute ofTechnology)
Space Navigation Techniques, John Enright(Toronto Metropolitan University), Lin Yi (Jet
Propulsion Laboratory, California Institute ofTechnology)
CNS Systems and Airborne Networks for Mannedand Unmanned Aircraft, Dylan Hasson (Volpe
National Transportation Systems Center)
Aerospace Cyber Security and Cyber-Physical
Systems, Krishna Sampigethaya (Embry-Riddle
Aeronautical University)
Small Spacecraft, Low-Cost Missions, Systems
and Technologies, Catherine Venturini (TheAerospace Corporation), Alex Austin (Jet
Propulsion Laboratory)
Space and Earth Exploration with Small, LowCost Missions, Young Lee (Jet Propulsion
Laboratory), Benjamin Donitz (NASA Jet
Propulsion Laboratory)
Future Small, Low-Cost Missions, Young Lee(Jet Propulsion Laboratory), Nathan Barba (Jet
Propulsion Laboratory)
Instruments and Payloads for Small, Low-Cost
Missions, Justin Boland (JPL), Rashmi  Shah
(Jet Propulsion Laboratory/California Institute ofTechnology)
Technologies for Small, Low-Cost Missions,
Michael Mclelland (Southwest Research Institute),
John Dickinson (Sandia National Laboratories),
Dimitris Anagnostou (Heriot Watt University)
Applications for Distributed Systems of SmallSpacecraft, Ashwati Das-Stuart (NASA Jet
Propulsion Lab), Ryan Woolley (Jet Propulsion
Laboratory), Rashmi  Shah (Jet Propulsion
Laboratory/California Institute of Technology)
Small Missions as an Educational Opportunity,
Jin S. Kang (U.S. Naval Academy), Michael
Swartwout (Saint Louis University)
Lessons Learned from Small Spacecraft Missions,John Samson (Morehead State University ), Bruce
Yost (NASA - Ames Research Center), Michael
Swartwout (Saint Louis University)
Remote Sensing, Jordan Evans (Jet Propulsion
Laboratory), Darin Dunham (Lockheed
Martin)Systems Engineering Challenges and Approaches
for Remote Sensing Systems, Todd Bayer (NASAJet Propulsion Lab), Travis Imken (Jet Propulsion
Laboratory)
Instrument and Sensor Architecture, Design,
Test, and Accommodation, Matthew Horner(Jet Propulsion Laboratory), Keith Rosette (Jet
Propulsion Laboratory)

06.03

06.04

06.05
06.06
06.07
06.08
06.09
7.0

07.01

07.02

07.03
07.04
07.05
07.06

07.07

07.08

Imaging Spectrometer Systems, Science,and Applications, Peter Sullivan (NASA Jet
Propulsion Lab), Mohamed Abid (Jet Propulsion
Laboratory / NASA)
Radar, IR, and Electro-Optical Sensor Systems
and Signal Processing, Donnie Smith (Waymo),
Thomas Backes (Georgia Institute of Technology),
Robert Magnusson (University of Texas at
Arlington)
Information Fusion, Dan Harris (Northrop
Grumman Corporation), Craig Agate (Toyon
Research Corporation)
Multisensor Fusion, Laura Bateman (Johns
Hopkins University/Applied Physics Laboratory),
William Blair (Georgia Tech Research Institute)
Applications of Target Tracking , John Glass(Raytheon Technologies), John Grimes (BAE
Systems, Inc)
Fusion Integration of Sensor Harvesting, Peter
Zulch (Air Force Research Laboratory), Erik
Blasch (Air Force Research Laboratory)
Fusion Integration of Sensor Harvesting, Erik
Blasch (Air Force Research Laboratory), Peter
Zulch (Air Force Research Laboratory)
Avionics and Electronics for Space
Applications, Patrick Phelan (Southwest
Research Institute), John Dickinson (Sandia
National Laboratories), John Samson(Morehead State University )High Performance Computing and On-Board Data
Processing for Space Applications, Jamal Haque(Raytheon), Robert Merl (Los Alamos National
Laboratory)
Peripheral Electronics, Data Handling, andInterconnects for Space Applications, Patrick
Phelan (Southwest Research Institute), Mark Post
(University of York), Michael Epperly (Southwest
Research Institute)
Assembly, Integration, and Test for ElectricalSpace Systems, Eric Rossland (Naval ResearchLaboratory), Eric Bradley (Naval Research Lab)Power Electronics for Aerospace Applications,Peter Wilson (University of Bath), Christopher
Iannello (NASA - NESC )Electronics for Extreme Environments,
Mohammad Mojarradi (Jet Propulsion Laboratory)
Fault Tolerance, Autonomy, and Evolvabilityin Spacecraft and Instrument Avionics, Didier
Keymeulen (Jet Propulsion Laboratory), Tom
Hoffman (Jet Propulsion Laboratory)
Guidance, Navigation, and Control Technologies
for Space Applications, John Enright (Toronto
Metropolitan University), Matthew Lashley(GTRI), Leena Singh (Lincoln Laboratory),
Christopher Elliott (Lockheed Martin Aeronautics
Company, Texas Christian University, The
University of Texas at Arlington)
Emerging Technologies for Space Applications,
Michael Mclelland (Southwest Research Institute),
William Jackson (L3Harris Technologies)

Schedule & Program |Aerospace Conference | 31

TRACKS, SESSIONS, AND ORGANIZERS
07.09

07.10

07.11

8.0
08.01
08.02

08.03

08.04
08.05

08.06
08.07
08.08

08.09

08.10

32 |

COTS Utilization for Reliable Space
Applications, Douglas Carssow (Naval ResearchLaboratory), Tyler Lovelly (Air Force ResearchLaboratory)
Designing Spacecraft Hardware forElectromagnetic Compatibility, Signal Integrity,
and Power Integrity in Space Applications,
Mohamed Abid (Jet Propulsion Laboratory/ NASA), James Lukash (Lockheed Martin
Space), Jeffrey Boye (JHUAPL), Pablo Narvaez(NASA Jet Propulsion Lab)
Designing Spacecraft Hardware forElectromagnetic Compatibility, Signal Integrity,
and Power Integrity in Space Applications,Jeffrey Boye (JHUAPL), James Lukash(Lockheed Martin Space), Pablo Narvaez (Jet
Propulsion Laboratory)
Spacecraft & Launch Vehicle Systems& Technologies, Greg Chavers (NASA Headquarters), Robert Gershman
Human Exploration Beyond Low Earth Orbit,
Kevin Post (Booz Allen Hamilton), John Guidi(NASA)
Human Exploration Systems Technology
Development, Erica Rodgers (NASA Headquarters), Matthew Simon (NASA LangleyResearch Center)
Advanced Launch Vehicle Systems andTechnologies, Randy Williams (The Aerospace
Corporation), Melissa Sampson (Lockheed
Martin)Human Factors & Performance, Kevin Duda
(The Charles Stark Draper Laboratory, Inc.),
Jessica Marquez (NASA Ames Research Center)
Space Human Physiology and Countermeasures,
Andrew Abercromby (NASA Johnson Space
Center), Torin Clark (University of ColoradoBoulder), Ana Diaz Artiles (Texas A&M
University)
Mechanical Systems, Design and Technologies,
Alexander Eremenko (Jet Propulsion
Laboratory), Lisa May (Lockheed Martin Space)Spacecraft Propulsion and Power Systems, Erica
Deionno (The Aerospace Corporation), Richard
Hofer (Jet Propulsion Laboratory)
Nuclear Space Power Generation, Concha
Reid (National Aeronautics and Space
Administration), Christofer Whiting (Universityof Dayton)
Systems and Technologies for Ascent from
Lunar and Planetary Bodies, Tara Polsgrove(NASA Marshall Space Flight Center), Ashley
Karp (Jet Propulsion Laboratory)
Systems and Technologies for Ascent from
Planetary Bodies, a Multidisciplinary Problem,
Tara Polsgrove (NASA Marshall Space
Flight Center), Ashley Karp (Jet Propulsion
Laboratory)

Aerospace Conference | Schedule & Program

9.0

09.01

09.02

09.03

09.04

09.05

09.06
10.0

10.01
10.02

10.03
10.04

10.05
10.06

Air Vehicle Systems and Technologies for
Piloted, Remotely Piloted, or UAS Atmospheric
Platforms, Christian Rice (Naval Air Systems
Command, Patuxent River, MD. ), Christopher
Elliott (Lockheed Martin Aeronautics Company,
Texas Christian University, The University ofTexas at Arlington)
Air Vehicle Modeling and Simulation, Richard
Hoobler (University of Texas at Austin), Will Goins(Ierus Technologies ), Fernando Vanegas Alvarez(Queensland University of Technology)
Air Vehicle Autonomy and Artificial Intelligence for
Atmospheric Platforms, Kerianne Hobbs (Air Force
Research Laboratory), Fernando Vanegas Alvarez(Queensland University of Technology), Will Goins(Ierus Technologies )Air Vehicle Integrated Systems, Sensors, SafetyCritical Hardware, and Avionics, Andrew Lynch(Tactical Air Support Inc.), Will Goins (Ierus
Technologies ), Thomas Fraser (Lockheed Martin
Corp)
Air Vehicle Flight Guidance, Navigation, andControl Theory and Application, Tom Mc Ateer(NAVAIR), Richard Hoobler (University of Texas
at Austin), Christopher Elliott (Lockheed Martin
Aeronautics Company, Texas Christian University,
The University of Texas at Arlington)
Air Vehicle Distributed, Cooperative, and MultiVehicle GNC, Christopher Elliott (Lockheed Martin
Aeronautics Company, Texas Christian University,
The University of Texas at Arlington), Fernando
Vanegas Alvarez (Queensland University ofTechnology)
Air Vehicle Flight Testing, Verification, andValidation, Fernando Vanegas Alvarez (Queensland
University of Technology)
Software and Computing, Kristin Wortman(Johns Hopkins University Applied Physics
Laboratory), Virgil Adumitroaie (Jet Propulsion
Laboratory)
Computational Modeling, Virgil Adumitroaie (Jet
Propulsion Laboratory), Seungwon Lee (NASA Jet
Propulsion Laboratory)
Innovative Software Engineering and Management
Techniques and Practices, Ronnie Killough(Southwest Research Institute), Kristin Wortman(Johns Hopkins University Applied Physics
Laboratory)
Software Architecture and Design, Martin Stelzer(German Aerospace Center (DLR)), Peter Lehner(German Aerospace Center (DLR))
Software Quality, Reliability and Safety Engineeringand Other Illities, Paul Wood (Southwest ResearchInstitute), Kristin Wortman (Johns Hopkins
University Applied Physics Laboratory)
Model-based Systems and Software Engineering,Alexander Murray (Jet Propulsion Laboratory),
Aleksandra Markina Khusid (MITRE Corporation)
Machine Learning / Artificial Intelligence (ML/AI)
for Aerospace Applications, Daniel Clancy (Georgia
Tech Research Institute), Jeremy Straub (North

TRACKS, SESSIONS, AND ORGANIZERS
10.07
10.08
11.0

11.01
11.02
11.03

11.04
11.05
11.06

11.07
11.08
11.09

12.0

12.01
12.02

12.03

12.04

12.05

Dakota State University), Georges Labrèche(Tanagra Space / European Space Agency)
Human-Systems Interaction, Andreas Gerndt(German Aerospace Center (DLR)), Janki Dodiya(IU International University of Applied Science)
Image Processing and Computer Vision, SamuelBibelhauser (JHU-APL), Amir Liaghati (Boeing)
Diagnostics, Prognostics and HealthManagement (PHM), Wolfgang Fink
(University of Arizona), Andrew Hess (TheHess PHM Group, Inc.)PHM for Aerospace Systems, Subsystems,
Components, Electronics, and Structures, Andrew
Hess (The Hess PHM Group, Inc.)PHM for Autonomous Platforms and Control
Systems Applications, Derek De Vries (Nothrop
Grumman Propulsion Systems)
PHM System Design Attributes, Architectures,and Assessments, Andrew Hess (The Hess PHM
Group, Inc.), Derek De Vries (Nothrop Grumman
Propulsion Systems)
Non-Destructive Testing and Sensor Technologies
for PHM Applications, Morteza Safai (Boeing
Company)
PHM for Non-Aerospace Applications, Andrew
Hess (The Hess PHM Group, Inc.)PHM for Commercial Space Applications,
Wolfgang Fink (University of Arizona), Andrew
Hess (The Hess PHM Group, Inc.), Derek De
Vries (Nothrop Grumman Propulsion Systems)
PHM for Human Health and Performance,
Wolfgang Fink (University of Arizona), Alexandre
Popov (McGill University)
PHM and Digital Engineering and Transformation,
Mark Walker (D2K Technologies), Andrew Hess(The Hess PHM Group, Inc.)
Panel: PHM from a Practitioner’s Perspective – a
Potpourri of Capabilities, Issues, Case Studies,and Lessons Learned, Andrew Hess (The Hess
PHM Group, Inc.)
Ground and Space Operations, Mona
Witkowski (Jet Propulsion Laboratory),
Michael Machado (NASA - Goddard Space
Flight Center)
Orbital, Surface and Payload/Instrument Mission
Operations, Heidi Hallowell (Ball Aerospace),
Mona Witkowski (Jet Propulsion Laboratory)
Mission Planning, Mission Operations Systems
and Ground Architectures, Kedar Naik (Ball
Aerospace), Robert Lange (Jet Propulsion
Laboratory)
Human Space Flight Development, Operations
and Processing, William Koenig (NASA Kennedy Space Center), Michael Lee (NASA Kennedy Space Center)
Resilient and Cyber Secure Systems for Mission
Operations, John Kenworthy (Ball Aerospace
and Technologies Corp), Diana Lovati (Ball
Aerospace)
Automation and Machine Learning Applicationsin Spacecraft Operations, Dennis Ogbe (Jet

12.06
13.0
13.01

13.02

13.03
13.04

13.05
13.06

13.07

13.08
14.0
14.01
14.02
14.03

14.04
14.05
14.06
14.07

Propulsion Laboratory), Zaid Towfic (Jet
Propulsion Laboratory)
Robotics, Autonomy and Operations, Rebekah
Siegfriedt (NASA Jet Propulsion Lab), Vandi
Verma (NASA JPL-Caltech)
Systems Engineering, Management, and Cost,
Torrey Radcliffe (Aerospace Corporation),
Jeffery Webster (Jet Propulsion Laboratory)
Systems Architecture, Engineering and System
of Systems, Lisa May (Lockheed Martin Space),
Daniel Selva (Texas A&M University), Dean
Bucher (The Aerospace Corporation)
Management and Risk Tools, Methods andProcesses, Robin Dillon Merrill (Georgetown
University), Jeremiah Finnigan (Johns Hopkins
University/Applied Physics Laboratory)
Cost and Schedule Tools, Methods, and Processes,
Stephen Shinn (NASA - Headquarters), Eric Mahr(The Aerospace Corporation)
Advances in Conceptual Design Methods andApplications, Alfred Nash (Jet Propulsion
Laboratory), Rob Stevens (Aerospace
Corporation)
System Simulation and Verification, Gregory
Falco (Johns Hopkins University), Virgil
Adumitroaie (Jet Propulsion Laboratory)
System Verification & Validation and Integration& Test, Sarah Bucior (Johns Hopkins University
Applied Physics Laboratory), Benjamin Solish(Jet Propulsion Laboratory)
Strategic Technology Planning, Management &Infusion, Andrea Belz (University of Southern
California), Charles Player (The Aerospace
Corporation), Theodore Bujewski (Department of
Defense)Promote (and Provoke!) Cultural Change, David
Scott ((Self)), John Ryskowski (JFR Consulting)Government Plans, Policies and Education,
Richard Mattingly (Jet Propulsion Laboratory)
PANEL: Technology Development for ScienceDriven Missions, Lorraine Fesq (Jet Propulsion
Laboratory)
PANEL: Emerging Technologies for Mars
Exploration, Larry Matthies (Jet Propulsion
Laboratory)
PANEL: Access To Space and Emerging
Mission Capabilities, Nicole Fondse (Aerospace
Corporation), Kara O'Donnell (Aerospace
Corporation)
PANEL: Progress and Plans for the Deep Space
Human Exploration Architecture, Dayna Ise(NASA - Headquarters)
PANEL : Mars Exploration Science: Mars Sample
Return and Beyond, Mitch Schulte (NASA Headquarters)
PANEL:  NASA’s Earth System Observatory
Formulation Overview, Carla Procaccino (NASA Headquarters)
PANEL: Mars Exploration Program Future Plan,
Tiffany Morgan

Schedule & Program |Aerospace Conference | 33

PRESENTERS

Presenter, Program #, (Paper #), Affiliation
Abedrabbo, Jeries 13.0120 (2900) Old Dominion
University
Aborizk, Anthony 12.0409 (2784) University of
FloridaAdisoetjahya, Jennifer 12.0220 (2674); 12.0204 (2138) Jet
Propulsion Laboratory
Adumitroaie, Thea 10.0113 (2823) UC Berkeley
Agia, Christopher 10.0517 (2793) Stanford University
Akers, Lisa 13.0801 (2388) Enable Awesome
Ammann, Nikolaus 9.0401 (2028) DLR (German Aerospace
Center)Anderson, David 8.0807 (2768)
Anderson, Molly 12.0609 (2401) NASA
Anderson, Richard 9.0118 (2816) VerdeGo Aero
Andreyeva, Kristina 2.0508 (2444)
Androulakakis, Pavlos 6.0704 (2578) Johns Hopkins
Applied Physics Laboratory
Apodaca, Brandon 2.1221 (2538) University ofMichigan
Appana, Siva 8.0212 (2460) MCT/NASA Ames ResearchCenterArdila, David 7.0902 (2545) NASA Jet Propulsion
Laboratory
Arias, Fernando 8.0209 (2761) Texas A&M University
Arthur, Paige 13.0607 (2203) JPL
Arya, Sudhanshu 4.0102 (2507) Stevens Institute ofTechnology
Asmar, Sami 5.0204 (2591) Jet Propulsion Laboratory
Austin, Alex 2.0204 (2164) Jet Propulsion Laboratory
Austin, Caroline 8.0508 (2641) University of Colorado,
Boulder
Badescu, Mircea 2.0705 (2284); 2.0512 (2280) Jet
Propulsion Laboratory
Bahnmüller, Anna 10.0702 (2821) German Aerospace
Center (DLR)
Baker, John 2.0103 (2432) Jet Propulsion Laboratory
Banerjee, Somrita 12.0218 (2631) Stanford University
Bao, Yajie 4.0906 (2807) Intelligent Fusion Technology,
Inc.
Barklay, Chadwick 8.0804 (2782) University of Dayton
Research InstituteBarta, Joseph 11.0102 (2084) Northrop Grumman
Barthelmes, Stefan 2.0503 (2498) German Aerospace
Center - DLR
Bélanger, Olivier 4.0104 (2343) PolytechniqueMontreal
Bendich, Paul 6.0808 (2741) Geometric Data Analytics,
Inc.
Berkenstock, Dan 10.0103 (2103) Stanford University
Berthoud, Lucy 6.0605 (2504) University of Bristol
Bhandari, Aabhash 9.0408 (2292) The University of
Alabama, Tuscaloosa
Bhaskara, Ramchander 10.0823 (2884) Texas A&M
University
Biberstein, Josef 13.0508 (2766) Massachusetts Institute ofTechnology
Bishop, Rebecca 5.0701 (2135)
Blette, David 2.0302 (2049)
Boschetti, Nicolò 6.0809 (2880) Cornell University
34 |Aerospace Conference | Schedule & Program

Bowkett, Joseph 2.0502 (2874) Jet Propulsion
Laboratory
Braun, Barbara 12.0307 (2870)
Breitfeld, Abigail 5.0207 (2838) Carnegie Mellon
University
Broderick, Daniel 13.0703 (2723) Jet Propulsion
Laboratory
Brown, Lawrence 10.0204 (2289) Johns Hopkins
University/Applied Physics Laboratory
Brown, Patrick 6.0105 (2031); 6.0102 (2032) LASP,
University of Colorado
Brumbach, Zachary 7.0302 (2345) Georgia Institute ofTechnology
Buccino, Dustin 3.0402 (2213) Jet Propulsion
Laboratory
Burger, Evan 6.0202 (2236) JHU-APL
Burkhard, Lukas 2.0514 (2150) German Aerospace Center- DLR
Bycroft, Benjamen 10.0617 (2261) The Aerospace
Corporation
Byerly, Adam 12.0402 (2344) JHUAPL
Calaon, Riccardo 7.0707 (2555) University of Colorado,
Boulder
Cameron, Eric 7.0602 (2443) ICs, LLC
Castano, Rebecca 12.0210 (2286) JPL/Caltech
Chase, Timothy 10.0609 (2421); 10.0809 (2347) University
at Buffalo/NASA Goddard Space Flight Center
Chelian, Suhas 10.0817 (2799)
Cheung, Kar Ming 4.0105 (2765); 4.0407 (2637); 4.0705(2651) Jet Propulsion Laboratory
Cheung, Kenneth 13.0806 (2593) NASA - Ames ResearchCenterChodas, Paul 2.1106 (2756) Jet Propulsion Laboratory
Cook, Kendra 4.0106 (2755)
Cortinovis, Marta 4.1307 (2877) Stanford University
Cox, Matthew 4.0409 (2902) Johns Hopkins University/
Applied Physics Laboratory
Crandall, Patrick 2.0816 (2711) UCLA
Crane, Jeremiah 10.0504 (2209) Booz Allen Hamilton
Cunningham, Andrew 5.0702 (2159) MIT Lincoln
Laboratory
Dahya, Neil 2.0102 (2291) NASA Jet Propulsion
Laboratory
Danell, Ryan 2.0714 (2377) Danell Consulting, Inc.
David, Rasikan 4.0205 (2837) Lockheed Martin Space
Systems Company
Dekiert, Andreas 9.0601 (2733) TU Braunschweig, Instituteof Flight Guidance
De la Barcena, Arturo 13.0503 (2205) University of
HoustonDelurgio, Nicholas 2.0805 (2282)
Deming, Jonathan 2.0907 (2552) Los Alamos National
Laboratory
De Soria Santacruz Pich, Maria 6.0104 (2227); 13.0616(2604) Jet Propulsion Laboratory
Dias, Agnaldo 7.0404 (2253) INPE - National Institute forSpace Research
Di, Julia 2.0207 (2623)
Dillon Merrill, Robin 13.0204 (2140) Georgetown

PRESENTERS

Presenter, Program #, (Paper #), Affiliation
University
Dodge, Matthew 12.0401 (2218) Booz Allen Hamilton
Donitz, Benjamin 4.0801 (2448); 5.0104 (2697) NASA Jet
Propulsion Laboratory
Dumont, Etienne 8.0301 (2185) German Aerospace Center- DLR
Dunbar, Bonnie 8.0406 (2333) Texas A&M University
Dunham, Darin 6.0503 (2886) Lockheed Martin
Eckel, Linda 10.0804 (2201) Universität der Bundeswehr
MünchenEdgington, Scott 2.0108 (2452) Jet Propulsion Laboratory Caltech
Elhardt, Ferdinand 13.0617 (2876) German Aerospace
Center - DLR
El-Kebir, Hamza 7.0601 (2250) University of Illinois
Urbana-Champaign
Elkins, Jacob 10.0605 (2108) The University of Alabama in
Huntsville
Elliott, Harvey 4.0501 (2364) Jet Propulsion
Laboratory
Endsley , Tristan  8.0401 (2020) Draper
Engel, Daniel 2.0301 (2062) University of Illinois at
Urbana-Champaign
Es haghi, Sina 2.1001 (2290)
Eshelman, Evan 2.0709 (2176) Impossible Sensing
Esquer, Stefania 2.0910 (2834) Vanderbilt University
Fan, Zhengyang 10.0612 (2612); 12.0502 (2113)
Fausch, Rico 2.0702 (2153); 2.0706 (2311) University of
Bern
Felicetti, Leonard 9.0108 (2503); 2.0813 (2221); 2.0803(2129) Cranfield University
Ferdowsi, Bobak 2.0111 (2826) NASA Jet Propulsion
Lab
Ferreira, Jose Pedro 2.1003 (2450) University of Southern
California
Fogel, Michael 5.0603 (2760) Rutgers University
Fogelson, Mitchell 8.0606 (2415) Carnegie Mellon
University
Formoso, Olivia 7.0407 (2437) NASA Ames ResearchCenterFox, Sarah 5.0605 (2850) Space Dynamics Laboratory
Free, Remington 12.0103 (2139) Jet Propulsion Laboratory,
California Institute of Technology
Fugett, Daniel 13.0609 (2278); 6.0204 (2277); 6.0203(2274) Jet Propulsion Laboratory
Gableman, Michael 10.0801 (2048) Air Force ResearchLab
Garagic, Denis  6.0804 (2647) Sarcos Robotics
Garcia, Juan Pablo 2.1204 (2217) Clarkson University
Gard, Leo 8.0811 (2753) Aerojet Rocketdyne
Gelino, Nathan 8.0207 (2425) NASA - Kennedy Space
CenterGentile, James 2.0303 (2077) NASA - Johnson Space
CenterGeorgiev, Nikola 2.0510 (2267) NASA Jet Propulsion
Lab
Ghate, Sahil  11.0402 (2881) Embry-Riddle Aeronautical
University
Gholamian, Mahzad 8.0709 (2505); 8.0714 (2516); 7.0409(2466) Colorado School of Mines
Gloyd, James 2.1220 (2700) Georgia Institute ofTechnology
Gogu, Christian 11.0103 (2110) Universite de Toulouse
Gratius, Nicolas 10.0501 (2034) Carnegie Mellon
University
Grayver, Eugene 4.1110 (2855) Aerospace Corporation
Gregg, Christine 2.1210 (2435); 8.0607 (2488) NASA Ames
Research Center
Gregory, Joe 10.0502 (2202); 10.0503 (2200) University of
Arizona
Gudall, Casey 8.0504 (2442) Texas A&M University
Guffanti, Tommaso 2.1205 (2222) Stanford University
Gula, August 5.0310 (2730) Los Alamos National
Laboratory
Haddad, Don Derek 5.0301 (2024) NASA Ames ResearchCenterHallowell, Heidi 12.0110 (2710) Ball Aerospace
Hamel, Jon 8.0602 (2074) Jet Propulsion Laboratory
Hansen, Margaret 10.0813 (2694) Carnegie Mellon
University
Hansen, Petersen 5.0406 (2636)
Harris, Dan 6.0802 (2001); 6.0602 (2005); 6.0801 (2000)
Northrop Grumman Corporation
Hartmann, Carsten 12.0301 (2079) German Aerospace
Center - DLR
Hayhurst, Marc 13.0303 (2390) The Aerospace
Corporation
He, David 11.0105 (2193) University of Illinois at
ChicagoHeimerl, Justin 4.0903 (2130) Georgia Institute ofTechnology
Helferty, James 6.0703 (2581)
Hill, Terry 13.0207 (2625) NASA
Hoffmann, Jennifer 13.0407 (2849) Technical University ofDarmstadt
Hoffmann, Michael 7.0203 (2808) JHU-APL
Hoffman, Tom 2.0101 (2657) Jet Propulsion
Laboratory
Holand, Ethan 2.0621 (2809) Carnegie Mellon
University
Holden, Timothy 2.0809 (2112); 2.0807 (2114) Universityof Colorado, Boulder
Holguin, Paco 10.0610 (2429) Johns Hopkins University/
Applied Physics Laboratory
Homaeinezhad, Mahdi 8.0706 (2446); 7.0412 (2515)
Colorado School of Mines
Hopkins, Jason 4.0403 (2465) Crescent Space Services
Hoskins, Aaron 2.0806 (2171) California State University,
FresnoHuang, Yinchien 13.0109 (2325) Purdue University
Hunter, Matthew 2.0804 (2191) Stanford University
Hupel, Tobias 10.0803 (2198) Universität der Bundeswehr
München
Hylton, Alan 4.0202 (2243); 4.0204 (2242) NASAIino, Shota 12.0304 (2366) Japan Manned Space Systems
Corporation
Iiyama, Keidai 4.1303 (2478) Stanford University
Imken, Travis 13.0610 (2322); 13.0604 (2086) Jet
Schedule & Program |Aerospace Conference | 35

PRESENTERS

Presenter, Program #, (Paper #), Affiliation
Propulsion Laboratory
Inazawa, Mariko 12.0613 (2897) Japan Aerospace
Exploration Agency
Interbartolo, Michael 8.0105 (2355) NASA - Johnson Space
CenterIudice, Ivan 4.1108 (2757) CIRA   Italian Aerospace
Research Center
Ivanco, Marie 13.0101 (2042) NASA
Jaburek, Kristin 13.0210 (2405) Johns Hopkins University/
Applied Physics Laboratory
Jahneke, Julien 9.0310 (2321)
Jakubik, Connor 10.0108 (2294) SimDynamX
Jasper, Lee 5.0710 (2848) Space Dynamics Laboratory
Johnson, Adam 9.0404 (2065) NASA Jet Propulsion
Lab
Johnson, James 8.0103 (2208) NASA
Jones, Brandon 6.0501 (2586) The University of Texas atAustinJovanov, Emil 11.0703 (2431) University of Alabama,
Huntsville
Kakavitsas, Nicholas 9.0304 (2170); 9.0109 (2339)
University of North Carolina at Charlotte
Kalinowski, William 5.0708 (2638) Ball Aerospace andTechnologies Corp
Kampmeier, Jenny 12.0101 (2009) NASA/Jet Propulsion
Laboratory
Kang, Jin S. 5.0602 (2219) U.S. Naval Academy
Kawashima, Oya 5.0302 (2047) JAXA
Kazemnia, Arya 4.0803 (2419) Gilman School
Kerem, Samuel 7.0401 (2109) Johns Hopkins University/
Applied Physics Laboratory
Ketzner, Ryan 2.0808 (2523) University of Central
FloridaKhan, Shaheer 12.0222 (2549) JPL
Klevang, David 2.0814 (2614); 2.0704 (2610) Technical
University of Denmark
Kolcio, Ksenia 10.0518 (2758) Okean Solutions, Inc
Kolosa, Daniel 10.0623 (2864) Lockheed Martin Space
Systems Company
Kononov, Ekaterina 3.0403 (2672)
Koosha, Behzad 3.0102 (2570) GWU
Kopeikin, Andrew 10.0401 (2126) MIT
Kranich, Felix 11.0104 (2152) Airbus Operations
GmbH
Krause, Stefan 8.0302 (2029) German Aerospace Center DLR
Labrèche, Georges 10.0604 (2027) Tanagra Space /European Space Agency
Lagares de Toledo, Alfonso 5.0305 (2423) Georgia Instituteof Technology
Lakey, Ashley 2.0620 (2779) Johns Hopkins University/
Applied Physics Laboratory
Lakey, Daniel 12.0508 (2868) CGI
Lamarre, Olivier 12.0608 (2382) Jet Propulsion Lab
Lange, Robert 12.0209 (2270) Jet Propulsion
Laboratory
Larsen, Reidar 12.0102 (2116) NASA Jet Propulsion
Lab
Latash, Elizaveta 11.0101 (2133) Georgia Tech Research
36 |Aerospace Conference | Schedule & Program

Institute
Lazio, Joseph 2.0106 (2669) Jet Propulsion Laboratory
Lee, Hak-Tae 9.0107 (2501) Inha University
Lee, Seungah 7.0103 (2316) Inria, Univ Rennes
Lehner, Peter 12.0612 (2308) German Aerospace Center(DLR)
Li, Bingbing 2.0610 (2648) California State University
Northridge
Litaker, Harry 12.0302 (2342); 12.0303 (2341) The
Aerospace Corporation
Liu, Fangzheng 5.0404 (2420) MIT Media Lab
Lonner, Taylor 8.0506 (2385); 8.0507 (2386) University ofColorado, Boulder
Lopez, Alexis 5.0304 (2406) Clarkson University
Lopez, Daniel 7.0905 (2575) Embry-Riddle Aeronautical
University
Lordos, George 13.0111 (2496) Massachusetts Institute ofTechnology
Lorenz, Ralph 3.0406 (2750) Johns Hopkins University/
Applied Physics Laboratory
Lowe, Shane 5.0506 (2468) Stanford University
Low, Samuel 4.1301 (2076) Stanford University
LU, Feng 3.0303 (2521) KDDI Research Inc.
Madani, Pooria 11.0701 (2616) Ontario Tech
University
Madiyar, Foram 7.0802 (2888)
Magnusson, Robert 6.0401 (2030) University of Texas at
Arlington
Maldonado, Carlos 5.0102 (2548); 2.0905 (2550) Universityof Colorado at Colorado Springs
Maley, James 9.0501 (2499) University of Delaware
Mallik, Vishnuu 12.0106 (2571) Planet Labs PBC
Malone, Patrick 13.0202 (2057) Systems Planning andAnalysis, Inc.
Martin, Joshua 2.0504 (2872) University of Maryland
Matache, Adina 4.0902 (2105) The Aerospace
Corporation
Matthews, Jacob 8.0805 (2788) Zeno Power Systems
Mc Grath, Michael 13.0802 (2413) LASP University ofColorado
McKercher, Richard 9.0403 (2040) Carleton
University
Mc Kinley, Ian 6.0307 (2873) Jet Propulsion
Laboratory
McQuinn, Cassie 2.1217 (2238) Texas A&M
University
Menon, Srihari 8.0502 (2340) Texas A&M University
Mikilyan, Marine 9.0113 (2085) National Academy of
Sciences of Armenia
Miller, Leslie 10.0816 (2702) Arizona State University
Miller, Zachary 8.0612 (2713) Los Alamos National
Laboratory
Mishra, Ishaan 8.0710 (2051) Rose-Hulman Institute ofTechnology
Mizes, Adam 7.0202 (2389) Johns Hopkins University/
Applied Physics Laboratory
Mortensen, Danielle 2.0711 (2188); 2.0707 (2430) Johns
Hopkins University Applied Physics Lab
Muesing, Jeremy 12.0216 (2399) Orbit Logic LLC

PRESENTERS

Presenter, Program #, (Paper #), Affiliation
Murray-Krezan, Jeremy 12.0405 (2746) Trusted SpaceInc.
Nadkarni, Arsh 9.0106 (2589); 11.0106 (2441) Ridgetop
Group, Inc
Naik, Kedar 12.0503 (2299) Ball Aerospace
Naqbi, Mohamed 2.0612 (2544) PolytechniqueMontréal
Nash, Alfred 13.0401 (2050) Jet Propulsion Laboratory
Nations, Grant 12.0213 (2445) KBR, Inc.
Nerem, Robert 2.0107 (2354) University of Colorado
Nishishita, Taisei 2.1216 (2319) Japan Aerospace
Exploration Agency
Nissov, Morten 12.0607 (2358) Norwegian University of
Science and Technology
Nospes, David 9.0202 (2312) University of the Bundeswehr
MunichNottensteiner, Korbinian 2.1219 (2696) German Aerospace
Center - DLR
Nuss, Andrew 8.0608 (2279); 8.0604 (2162); 8.0603 (2141)
NASA Jet Propulsion Lab
Oaida, Bogdan 10.0519 (2862) Jet Propulsion Laboratory,
California Institute of Technology
Ogbe, Dennis 12.0504 (2532); 4.0402 (2273) Jet Propulsion
Laboratory
OU, Chin Hua 9.0111 (2163) University of Cincinnati
Pachler, Nils 4.0802 (2471) Massachusetts Institute ofTechnology
Peer, Jordan 10.0516 (2776) Tel Aviv University
Perryman, Noah 7.0104 (2247) University ofPittsburgh
Peyton, Trevor 2.0904 (2662) Indiana University
Bloomington
Pfeiffer, Stephen 7.0403 (2173) Johns Hopkins University/
Applied Physics Laboratory
Plaks, Connor 12.0407 (2780)
Plaza, Mary Anne 8.0112 (2374) NASA - Johnson Space
CenterPoberezhskiy, Yefim 4.1102 (2266); 4.1101 (2197)
Communications and Signal Processing Consulting
Pollock, Randy 2.0906 (2543) VIctoria University of
Wellington / Te Herenga Waka
Popov, Alexandre 11.0704 (2620) McGill University
Porcello, John 4.0910 (2828) N/A
Portmann, Victor 2.0622 (2335) Massachusetts Institute ofTechnology
Prakash, Shashvat 11.0108 (2686) Collins Aerospace
Prince, Andre 12.0606 (2329) German Aerospace Center(DLR)
Prokop, Lorraine 10.0301 (2022) NASA
Provinciali, Lorenzo 5.0103 (2349) Argotec s.r.l.
Rahmani, Amir 2.0513 (2434) NASA Jet Propulsion
Laboratory
Rahman, M Arifur 11.0702 (2599) Hawai’i Pacific
University
Ramírez-Colón, José 5.0312 (2836) Georgia Institute ofTechnology
Riccobono, Dario  5.0105 (2495) Argotec S.r.l.
Rice, Eric 13.0601 (2087); 13.0119 (2678); 2.0110 (2083)
Jet Propulsion Laboratory

Rieber, Richard 2.0511 (2811); 12.0219 (2681) NASA Jet
Propulsion Lab
Rink, Kimberly 12.0109 (2408) Jet Propulsion
Laboratory
Roa, Maximo A. 2.1213 (2542); 2.1222 (2698) German
Aerospace Center - DLR
Roecker, Jim 6.0701 (2002) Ball Aerospace
Rookard, Curtis 12.0408 (2738) University of Tennessee
Knoxville
Rosemurgy, Paul 4.0601 (2677) Jet Propulsion Laboratory /California Institute of Technology
Ruggles, Reid 8.0106 (2356) NASA
Ruiz, Trent 13.0510 (2890) California State University
Channel Islands
Rupert, Bryan 13.0612 (2403) Johns Hopkins University/
Applied Physics Laboratory
Sabiston, Graeme 8.0717 (2707) University of California,
Los Angeles
Sacchi, Claudio 4.0302 (2735); 4.0301 (2199) University ofTrentoSager, Robert 4.1306 (2812) Toronto Metropolitan
University
Sanchez Net, Marc 4.0911 (2866) Jet Propulsion
Laboratory
Sandifer , Carl 8.0810 (2846) NASA Glenn ResearchCenterSaroufim, Joe 4.1304 (2491) The Ohio State University
Sauer, Brandon 4.0502 (2035) Jet Propulsion
Laboratory
Schubert, Carson 5.0502 (2285) NASA Jet Propulsion
Lab
Seifert, Bernhard 8.0707 (2149) FOTEC Forschungs- undTechnologietransfer GmbHSein, Alexandr 10.0105 (2192) Texas A&M University
Self, Justin 5.0307 (2536)
Sewtz, Marco 10.0306 (2898) German Aerospace Center DLR
Sharma, Aayush 2.1005 (2763)  Johns Hopkins University/
Applied Physics Laboratory
Sharma, Sunanda 10.0806 (2265) Jet Propulsion
Laboratory
Shen, Dan 6.0803 (2613) Intelligent Fusion Technology,
Inc
Shihabi, Mazen 4.0503 (2069) Jet Propulsion
Laboratory
Shimabukuro, Jason 13.0110 (2350) Booz Allen
HamiltonShin, Anna Kristine 7.0301 (2038) Johns Hopkins
University/Applied Physics Laboratory
Sholder, Rachel 13.0301 (2064) Johns Hopkins University
Applied Physics Lab
Short, Robert 4.0905 (2402); 4.0904 (2395) NASA Glenn
Research Center
Shpanin, Leonid 9.0302 (2060) Sheffield Hallam University,
UK
Shtofenmakher, Allan 2.0812 (2235) Massachusetts Instituteof Technology
Sihver, Lembit 2.0901 (2690) TU Wien and NPI of theCAS
Schedule & Program |Aerospace Conference | 37

PRESENTERS

Presenter, Program #, (Paper #), Affiliation
Silver, Mark 5.0311 (2786) MIT Lincoln Laboratory
Sinha Roy, Sonali 13.0212 (2475) Purdue University
Sipps, Jonathan 2.0810 (2195) The University of Texas atAustinSkibbe, Juliane 10.0303 (2215) German Aerospace Center DLR
Slawecki, Piotr 9.0305 (2486) AGH University of Scienceand Technology
Smith, Evan 2.0104 (2252) Johns Hopkins University/
Applied Physics Laboratory
Smith, Justin 13.0611 (2360) Carnegie Mellon University Software Engineering Institute
Smith, Ryan 13.0302 (2233)
Smith, Seth 10.0807 (2224); 10.0802 (2184) Southwest
Research Institute
Soendker, Erich 8.0809 (2706) Aerojet Rocketdyne
Sorensen, Ryan 8.0614 (2867) NASA Jet Propulsion
Lab
Span, Martin 4.1502 (2715) Colorado State University
Spencer, Meryl 6.0805 (2664) Michigan Technological
University
Spexet, AnnMarie 11.0901 (2128) Georgia Institute ofTechnology - GTRI
Stenzel, June 10.0509 (2436) Massachusetts Institute ofTechnology
Stewart, Ben  5.0303 (2315) Johns Hopkins University/
Applied Physics Laboratory
Strassburger, Steffen 13.0504 (2206) Technische Universität
Ilmenau
Sutlieff, Gary 6.0302 (2371) University of Bristol
Tapia, Josue 13.0405 (2595); 13.0106 (2288); 13.0403(2234) Arizona State University
Taylor, Mark 3.0301 (2097) NASA Jet Propulsion Lab
Terrile, Richard 2.0307 (2601) Jet Propulsion
Laboratory
Thomas, Justin 10.0302 (2416) The Johns Hopkins
University Applied Physics Laboratory
Thompson, Connor 4.1104 (2412) Johns Hopkins University/
Applied Physics Laboratory
Thompson, Nathan 10.0506 (2334) Georgia Tech ResearchInstitute
Timperley, Louis 10.0505 (2337) University of Bristol
Tooher, Katie 13.0606 (2332)
Touma, Thomas 12.0611 (2721) California Institute ofTechnology
Travis, Tiffany 8.0102 (2177) NASA Gateway - Barrios
Technology
Turco, Lorenzo 10.0510 (2367) Italian Air Force
Turtle, Elizabeth 2.0105 (2749) Johns Hopkins Applied
Physics Lab
Uckert, Kyle 12.0105 (2244) Jet Propulsion Laboratory
Ulusoy, Ulubilge 12.0305 (2481) University of Southern
California
Urasaki, Chase 5.0401 (2142) University of Hawaii atManoa
Uzun, Semra Sultan 2.0305 (2305) Aselsan A.S.
Vane, Deborah 2.0109 (2379) Caltech JPL
Varey, Jacob 10.0603 (2073) MIT Lincoln Laboratory
38 |Aerospace Conference | Schedule & Program

Vega, Fausto  5.0203 (2384); 2.0811 (2225) Carnegie Mellon
University
Venkataram, Hamsa Shwetha 10.0619 (2229) NASA Jet
Propulsion Laboratory
Vertesi, Janet 13.0809 (2607) Princeton University
Vilardell Bellés, Ramon 2.1101 (2098) University of
Aizu
Vogel, Marius 3.0201 (2043) Georgia Tech ResearchInstitute
Watchi Hayek, Samer 4.0704 (2490) The Ohio State
University
Wei, Zhenyu 9.0201 (2011) Zhejiang University
Werremeyer, Mark 12.0410 (2861) Cromulence
Westre, Andreas 2.0507 (2479)
Wewelwala, Thakshila 6.0807 (2724) Johns Hopkins
University Applied Physics Laboratory
White, Parker 4.0406 (2398) Johns Hopkins University/
Applied Physics Laboratory
Whiting, Christofer 8.0801 (2628) University of Dayton
Willbold, Johannes 4.1503 (2317); 12.0406 (2719) Ruhr
University Bochum
Willett, Peter 6.0606 (2671) University of Connecticut
Williams, Robert 10.0104 (2160) NASA Langley ResearchCenterWillis, Jacob 7.0705 (2380) Carnegie Mellon
University
Wilson, Brandon 8.0803 (2742) Oak Ridge National
Laboratory
Witzgall, Hanna 10.0614 (2383); 10.0815 (2381)
Wolfe, Sean 2.1103 (2743) University of Toronto
Wray, Lucas 2.0715 (2680) Johns Hopkins University/
Applied Physics Laboratory
Wright, Robert 13.0810 (2859) Raytheon
Wurz, Peter 2.0701 (2151); 2.0703 (2154) University ofBern
Yahnker, Chris 2.0505 (2833); 7.0101 (2181) NASA Jet
Propulsion Lab
Yang, Guangning 4.0706 (2726)
Yedavalli, Rama 9.0413 (2161); 2.0801 (2058) Robust
Engineering Systems, LLC, Dublin, OH 43017
Yildirim, Cansu  5.0402 (2246) ROKETSAN ROKET SAN.
VE TIC A.S.
Yi, Lin 4.0701 (2036); 2.0603 (2117); 3.0401 (2037)
Jet Propulsion Laboratory, California Institute ofTechnology
Yip, Len 4.0908 (2747)
Younse, Paulo 2.0619 (2858) Caltech
Zelenevskiy, Vladimir 5.0704 (2348) Telespazio GermanyGmbH
Zhang, Guoxing 9.0121 (2882) STARCLONE INC
Zhang, Yimin 4.1109 (2699) Temple University
ZHAO, JUNJIE 10.0513 (2537) Cranfield University
Zhu, Haifeng 13.0812 (2640) Boeing Company
Ziglar, Matthew 2.0205 (2228) Boeing Company

AUTHOR AFFILIATIONS
Aerojet Rocketdyne
Aerospace Corporation
AGH University of Science andTechnology
Air Force Research Laboratory
Applied Physics Laboratory,
Johns Hopkins University
Argotec s.r.l.
Arizona State University
Aselsan A.S.
Ball Aerospace andTechnologies Corp
Boeing Company
Booz Allen Hamilton
California Institute ofTechnology
California Polytechnic State
University
California State University
Channel Islands
California State University,
FresnoCarleton University
Carnegie Mellon University
CGI
Clarkson University
Collins Aerospace
Colorado School of Mines
Colorado State University
Communications and Signal
Processing Consulting
Cornell University
Cranfield University
Crescent Space Services
Cromulence
DraperEmbry-Riddle Aeronautical
University
Enable Awesome
FOTEC Forschungs- undTechnologietransfer GmbH
Geometric Data Analytics, Inc.
George Mason University
Georgetown University
Georgia Institute of Technology
Georgia Tech Research InstituteGerman Aerospace Center DLR
Gilman School
Graz University of Technology
GWU
Hawai’i Pacific University
ICs, LLC
Impossible Sensing

Indiana University
Bloomington
Indian Institute of Space
Science and Technology
Inha University
INPE - National Institute forSpace Research
Inria, Univ Rennes
Intelligent Fusion Technology,
Inc.
Italian Air ForceJapan Aerospace Exploration
AgencyJapan Manned Space Systems
Corporation
Jet Propulsion Laboratory,
California Institute ofTechnology
Johns Hopkins University
KBR, Inc.
KDDI Research, Inc.
L3Harris
LASP University of Colorado
Lockheed Martin Space
Systems Company
Los Alamos National
Laboratory
Massachusetts Institute ofTechnology
McGill University
MCT/NASA Ames ResearchCenterMichigan Technological
University
MIT Lincoln Laboratory
MIT Media Lab
NASA
NASA - Ames Research CenterNASA - Glenn Research CenterNASA - Goddard Space Flight
CenterNASA - Johnson Space CenterNASA - Kennedy Space CenterNASA - Langley ResearchCenterNASA - Marshall Space Flight
CenterNational Academy of Sciencesof Armenia
Northrop Grumman
Corporation
Norwegian University of
Science and Technology
Oak Ridge National Laboratory

Okean Solutions, Inc
Universite de Toulouse
Old Dominion University
University at Buffalo
Ontario Tech University
University of Aizu
Orbit Logic LLC
University of Alabama,
Planet Labs PBC
Huntsville
Polytechnique Montreal
University of ArizonaPrinceton University
University of Bern
Purdue University
University of Bristol
Raytheon
University of California, Los
Ridgetop Group, Inc
Angeles
Robust Engineering Systems,
University of Central Florida
LLC
University of Cincinnati
University of Colorado at
Roketsan Roket Sanayii ve
Colorado Springs
Ticaret A.S.
Rose-Hulman Institute of
University of Colorado,
Technology
Boulder
Ruhr University Bochum
University of Connecticut
Rutgers University
University of Dayton
Sarcos Technology andUniversity of Dayton ResearchInstitute
Robotics Corporation
Sheffield Hallam University,
University of Delaware
UK
University of Florida
University of Hawaii at Manoa
SimDynamX
University of Houston
Southwest Research InstituteSpace Dynamics Laboratory
University of Illinois at
Stanford University
ChicagoUniversity of Illinois UrbanaSTARCLONE INC
Champaign
Stevens Institute of Technology
Systems Planning and Analysis, University of Michigan
University of Naples
Inc.
Parthenope
Tanagra Space / European
University of North Carolina at
Space Agency
CharlotteTechnical University of
University of Pittsburgh
Darmstadt
University of SouthernTechnical University ofCalifornia
Denmark
University of Texas at
Tel Aviv University
Arlington
Temple University
University of the Bundeswehr
Texas A&M University
MunichThe Aerospace Corporation
University of Toronto
The Ohio State University
University of Trento
The University of Alabama,
U.S. Naval Academy
Tuscaloosa
Vanderbilt University
The University of Texas at
VerdeGo Aero
AustinVIctoria University ofToronto Metropolitan
University
Wellington / Te Herenga
Trusted Space Inc.
Waka
TU Braunschweig, Institute of Zeno Power Systems
Flight Guidance
Zhejiang University
TU Wien and NPI of the CAS
UC Berkeley
Universidad Industrial deSantander

AUTHORS’ COUNTRIES (23)Armenia
Austria
CanadaChina
Colombia
Denmark
FranceGermany
India
IsraelItaly
Japan
Korea, Republic of
New Zealand

NorwayPolandSpain
SwedenSwitzerland
TaiwanTurkeySchedule & Program |United Kingdom
United States

Aerospace Conference | 39

JUNIOR ENGINEERING AND SCIENCE AUTHORS*
1st
2nd
3rd
4th
4th
4th
5th
5th
5th
5th

Michael Valentino
James Yi
William LovelessMichael Gross ii
Savannah Cook
Mila Grayver
Esme Yi
Olivia Loveless
Audrey Valentino
Robbie Sherwood

6th
6th
6th
6th
7th
7th
7th
7th
8th
8th
8th

Morgan Niemiec
Julia Bradley
Samantha Khusid
Adrian Grayver
Lillian  Goins
Kayleigh Cook
Jackson Sims
Kai Schiffman
Oriana Khusid
Fiona Bearden
Samantha Bearden

8th
8th
9th
9th
9th
11th
11th
11th
11th
12th

London Niemiec
Alexis Gross
Tasbih Bakshi
Haolin Christopher Li
Delmont Goins
Sophie HeJames Helferty
Tate Stromgren
Kenneth Lee
Ishnoor Bakshi*Junior Conference Scholarship is Proudly Sponsored by Cornell Technical
Services, LLC (CTS)

Conference Evaluation
Form

Evaluate the 2024 Conference

Volunteer for the 2025 Conference

Help us continue to improve your conference experience(see above). Printed evaluation forms can be found in theregistration room. Forms will be collected after the Thursday
evening dinner, but if you leave Big Sky before then, please
complete your form and place it in the Evaluation Formsbox in the Registration Office or Grand Atrium.

https://www.aeroconf.org/conference_volunteers/new
The conference is seeking talented and energetic volunteers
to organize technical sessions. Please consider adding
conference management experience to your resume andvolunteer to join our friendly, hard-working group.

40 |Aerospace Conference | Schedule & Program

EXHIBITOR MAP

First Floor

Second Floor

About the Prognostics and Health Management Society
The Prognostics and Health Management (PHM) Society is a professional organization dedicated to the advancement of PHM as an engineering
discipline. The PHM Society was incorporated in 2009 as a non-profit organization dedicated to the advancement of all things PHM and their related
technology disciplines, across appropriate industry sectors, and applications. The flagship events of the society are our annual conference events andtheir diverse offerings. Current the society has over 7,000 participating members across over 30 countries. More information and content can be foundon our website is: phmsociety.org

The Prognostics and Health Management Society is dedicated to:● promoting the development, growth, and recognition of prognostics and health management (PHM) as an engineering discipline;● supporting PHM education by developing standard teaching curricula in the field;● participating in and facilitating international scientific collaboration in connection with the advancement or application of PHM;
● advancing the theory and practice of PHM;
● establishing, presenting, managing, or organizing PHM conferences, workshops, seminars, and courses;● publishing peer-reviewed publications concerning or related to PHM and its applications; and● establishing, developing, or adopting standards, methods, and metrics for PHM

Schedule & Program |Aerospace Conference | 4142 |Aerospace Conference | Schedule & Program

The 2025 IEEE Aerospace Conference
Yellowstone Conference Center, Big Sky
March 1 - 8, 2025

Registration Opens October 2024!
2025
Aerospace
Conference
2016
IEEEIEEE
Aerospace
Conference
AIAA -Technical Cosponsor Technical Cosponsors

Yellowstone Conference Center
Big Sky, Montana
March 5 - 12, 2016

CALL for PAPERSCALL for PAPERS

The call for
paperswill be out
soon

Look for iton our website
andin your email

Technical Cosponsors
Yellowstone Conference Center, Big Sky, Montana, March 1-8, 2025
Call for Papers | 2024

Aerospace Conference | 1

Plan to submit a paper and attend
Tell your colleagues
Check our website: aeroconf.org
Schedule & Program |Aerospace Conference | 43

SCHEDULE OVERVIEW
6 Days of Presentations, Over 200 Hours of Technical Sessions,and 20 Hours of Conference-Sponsored Technical Networking
Registration and Icebreaker: Wine & Cheese Reception
Saturday March 2, 6:30–9:00 PM
SundayMarch 3

MondayMarch 4

Tuesday
March 5

Continued
Registration
8:45–11:30 AM

Technical
Sessions
8:30 AM–Noon

Technical
Technical
Technical
Sessions
Sessions
Sessions
8:30 AM–Noon 8:30 AM–Noon 8:30 AM–Noon

Technical
Sessions
8:30 AM–NoonContinued
Registration
3:30–6:45 PM

Lunch Break
12:15–1:25 PM
Panels
1:25–4:00 PM
Jr. Eng. & Sci. Co.
2:00–3:30 PM

Catered Lunch
Noon–1:30 PM

Lunch Break
12:15–1:25 PM

Lunch Break
12:15–1:25 PM

Lunch Break
12:15–1:25 PM

Jr. Engineering& Science
Conference
1:15–4:00 PM

Panels
1:25–4:00 PM

Panels
1:25–4:00 PM

Ad HocIndividual
Track Planning
Meetings

Java Jam
4:00–4:30 PM

Java Jam
4:00–4:30 PM

Java Jam
4:00–4:30 PM

Java Jam
4:00–4:30 PM

Technical
Sessions
4:30–5:45 PM

Technical
Sessions
4:30–5:45 PM

Technical
Sessions
4:30–5:45 PM

Technical
Sessions
4:30–5:45 PM

Plenary Session
5:50–6:35 PM

Plenary Session
5:50–6:35 PM

Plenary Session
5:50–6:35 PM

Plenary Session
5:50–6:35 PM

Ad Hoc Session
Workshops(seeannouncement
board for time andlocation)

Wednesday
March 6

ThursdayMarch 7

Hosted Reception Hosted Reception
6:35–7:05 PM
6:35–7:05 PM

Hosted Reception Hosted Reception
6:35–7:05 PM
6:35–7:05 PM

Catered Dinner
7:05–8:05 PM

Catered Dinner
7:05–8:05 PM

Catered Dinner
7:05–8:05 PM

Catered Dinner
7:05–8:05 PM

Plenary Session
8:05–8.50 PM

Plenary Session
8:05–8.50 PM

Plenary Session
8:05–8.50 PM

Plenary Session
8:05–8.50 PM

Technical
Sessions
9:00–10:15 PM

Technical
Sessions
9:00–10:15 PM

Après Session
Fireside Cheer
and Chat
10:15–11:00 PM

Après Session
Fireside Cheer
and Chat
10:15–11:00 PM

Free EveninginBig Sky Village

Technical
Technical
Sessions
Sessions
9:00–10:15 PM 9.00–10:15 PM
Après Session
Fireside Cheer
and Chat
10:15–11:00 PM

Après Session
Fireside Cheer
and Chat
10:15–11:00 PM

FridayMarch 8Track/Session
Organizers
Planning Session
for 2025
Conference
4:00–5:30 PM

FarewellNetworking
CateredReception& Dinner
7:00–11:00 PM(Buffet open
7:00 –9:00 PM)

All dinners and networking activities are intended to promote, enhance, and facilitate
technical discussions and long-term professional and personal relationships.
44 |Aerospace Conference | Schedule & Program