VOLUME 18 ISSUE 12 DECEMBER 2016

Glenn Continues Its Legacy 

of R&D 100 Winners

Two more NASA Glenn research teams received the R&D 

Magazine’s prestigious R&D 100 Awards, presented at the 

54th annual awards dinner on Nov. 3 in Oxon Hill, Maryland. 

R&D 100 Awards honor the 100 most innovative technologies and services of the 

past year and are widely recognized as the “Oscars of Innovation.” The winners 

were selected by an independent panel of more than 50 judges and represent 

many of industry’s leading research and development companies and national 

laboratories, as well as many newcomers to the R&D 100 Awards.

Dr. Santo Padula II received the R&D 100 Award for developing a remarkable new 

“training” process for shape memory alloys (SMAs) that returns them to a previous form when heated. This new approach allows SMAs to be applied to complex 

Continued on page 2

Center Director Holds All Hands Meeting

GRC-2016-08559 Photo by Marvin Smith

Dr. Kavandi introduces the Glenn Senior Leadership Team to the workforce.

Center Director Dr. Janet Kavandi held an All Hands Meeting, Oct. 31, to discuss 

activities at the center and answer employees’ questions. Having recently returned 

from the agency’s senior leadership meeting at Headquarters, Kavandi reported that 

the team discussed center roles and began planning for the transition of a new 

administration after the election. She said she and Glenn’s senior leaders recently 

gathered for a retreat where they developed their own set of seven expected behaviors for which they agreed to hold each other accountable. The resulting product 

was based on astronaut John Glenn’s desire to honor his fellow Mercury members 

by naming his capsule “Friendship 7” as he became the first American to orbit the 

Earth. Kavandi introduced members of her senior leadership team who helped create “Glenn’s 7 Expected Behaviors” and thanked them for their efforts over the past 

several months.

AIM Day Gathered, 

Fostered Innovators 

Across the Agency

“Innovation

 is in our DNA at NASA— 

 who we are and what we do.”

NASA Deputy Administrator 

Dr. Dava Newman

Deputy Administrator Dr. Dava 

Newman and the NASA FIRST 

2016 Leadership Program participants hosted NASA’s first Agency 

Innovation Mission (AIM) Day, 

Nov. 1, with additional follow-on 

activities, Nov. 2. The event promoted, celebrated and sparked 

creativity and innovation within 

the agency. Newman addressed 

employees across the agency in 

a live broadcast from NASA’s 

Kennedy Space Center.

Center Director Dr. Janet Kavandi 

kicked off Glenn’s festivities, followed by Innovation Cleveland, 

which promoted local creativity 

and innovation resources. Sears 

think[box], Cleveland Public Library MakerSpace, and Glenn’s 

COMPASS and Creativity & Innovation teams participated.

Continued on page 3

In This Issue

R&E Deputy Named ................... 2

Funding New Technology........... 3

Saffire-II Fires Up ....................... 5

Revolutionary

Ceramic Composites ................. 5

Glenn Inventors Honored ........... 6

Electric Aircraft Testbed ............. 8
Keep Safety in Your Holiday Spirit

During the holidays, we think of festivities associated with this time of the 

year. It is important to keep safety at the top of our “to do” list in the midst of 

our activities. Home decorating, cold weather driving and warm fires all pose 

unique safety hazards. You work hard throughout the year, and I encourage 

you to participate in holiday activities that offer much-deserved time with 

family, friends and coworkers. So let’s add the safety spirit to our holidays 

and keep it there throughout the coming year.

Thank you for maintaining a heightened awareness of safety in and outside of the gates during this month and always! 

 —Janet

R&D 100 Awards

Continued from page 1

geometric components so that they may be used in a broader 

number of applications such as aerospace, aviation, automotive, medical and household appliances.

Glenn’s other winning team co-developed the Roll-Out Solar 

Array (ROSA) System along with Deployable Space Systems 

Inc. and the Air Force Research Laboratory. Team ROSA includes Michael F. Piszczor Jr. and Jeremiah S. McNatt of 

Glenn, as well as members of Deployable Space Systems Inc. 

in California and the Air Force Research Laboratory in New 

Mexico.

They received the R&D 100 Award for excellence in the 

development of advanced structures for high-power solar arrays that are stronger, lighter and package more compactly 

for launch. This technology investment furthers the agency’s 

deep space exploration goals and aids the commercial communications satellite industry, the provider of direct-to-home 

television, satellite radio, broadband Internet and a multitude 

of other services. 

For information about training SMAs, visit

http://technology.nasa.gov//t2media/tops/pdf/LEW-TOPS-32.

pdf.

For information about Roll Out Solar Array technology, visit

http://www.nasa.gov/feature/roll-out-solar-array-technologybenefits-for-nasa-commercial-sector.

Dr. Padula

Piszczor

McNatt

Dr. Misra Appointed 

Deputy of R&E 

Dr. Ajay K. Misra, 

a member of the 

Senior Executive 

Service, was appointed to serve 

as Deputy Director of NASA 

Glenn’s Research 

and Engineering 

Directorate, effective Oct. 30. Misra has more than 34 

years of combined experience in research, program management, progressive management and executive experience at Glenn, NASA Headquarters and 

with industry. 

Misra previously served as Chief of 

Glenn’s Materials and Structures

Division. He oversaw the planning, organizing and directing of technology 

development, and demonstration of 

advanced materials and structures 

ranging from aerospace propulsion 

and power to space flight structures.

“Dr. Misra has completed notable detail assignments in headquarters’ Aeronautics Research Mission Directorate, 

including Acting Deputy Program Director and Program Director for the 

Fundamental Aeronautics Program,” 

said Center Director Dr. Janet Kavandi. 

“He also served as program executive 

for the Radioisotope Power Systems 

Program, managing development of advanced nuclear radioisotope power systems to power future robotic planetary 

science missions.” 

Dr. Misra

Connect With Glenn

Emergency and Inclement 

Weather Lines 

Lewis Field: 216–433–9328 (WEAT) 

Plum Brook Station: 419–621–3333

2
DECEMBER 2016

STMD’s Center Innovation Fund 

Opening Up Opportunities for 

Creativity Across the Agency

NASA Glenn scientists and engineers 

are exploring development of new 

technologies supported by the NASA 

Headquarters Space Technology Mission 

Directorate’s (STMD) Center Innovation 

Fund (CIF).

The CIF program supports early-stage 

innovation in technology, where the 

main strategic objective is to stimulate 

innovative research and technology 

development. The goal is to transform 

NASA missions—in Human Exploration 

and Operations, Science, Space Technology, and Aeronautics—and advance the 

nation’s capabilities.

“Following the May 17, CIF 2017 ‘Call for 

Proposals,’ 40 proposals were received 

from which 13 were awarded funding,” 

said Glenn’s CIF Program Manager Gary 

Horsham. “On average, Glenn’s CIF program will invest about $110K per project 

for labor and procurement costs.”

According to Horsham, Glenn’s CIF 

FY2017 program is investing in a wide 

range of projects. One project is exploring real-time measurement techniques 

for increased performance in wheel 

sinkage and slip for integration into 

Mars mobility systems. In another, a 

biomimetic advanced material is being 

developed as a potential alternative for 

construction of structures and habitats in 

cis-lunar space and beyond Earth orbit.

CIF proposals must align with agency 

strategic guidance, leverage NASA talent 

and capability, and represent a unique 

approach to resolving an agency or 

national need. Glenn’s CIF program is 

conducted in a two-phased competitive 

process from May to September.

Phase I requires prospective principal 

investigators (PIs) to submit a 1-page 

quad chart to Glenn’s CIF Program 

Manager and Chief Technologist. Candidates who advance to Phase II must 

then submit a detailed 5-page full proposal that is reviewed and scored by 

an independent panel of high-level 

Glenn technical managers. Those recommended to STMD must then participate in an agencywide “Candidates 

Selection and Confirmation” videoconference led by STMD officials to ensure 

strategic alignment, uniqueness and 

infusion potential value to the agency.

STMD invests a small fraction of its total funding in the CIF program annually. 

Funds are allocated to all NASA field 

centers—including the Jet Propulsion 

Laboratory. Partnerships among centers 

and with other agencies, research laboratories, academia and private industry are 

encouraged.

For more information about the Glenn 

CIF program and proposal process, 

contact Horsham at 216–433–8316 or 

gary.a.horsham@nasa.gov.

AIM Day

Continued from page 1

The NASA Innovation Kick Start (NIKS) live event centered on 17 principal investigators from cross-center teams delivering 90-second pitches for their innovative 

ideas. Employees and a panel of senior leaders voted on which proposals would be 

awarded up to $10,000 of procurement money to help kick start their ideas. 

The Cleveland Space Cook-Off Challenge, hosted by Glenn’s Betsy Turnbull,

challenged two local chefs to use innovative techniques to create a meal using 

ingredients and appliances only found on the International Space Station.

Glenn’s Chief Technologist, Dr John Sankovic, presented a TEDx talk titled

“How NASA is Tapping the World’s Biggest and Still Overlooked Pools of

Innovation.” The day concluded with social networking and a robot-controlled 

car challenge, where centers virtually navigated an obstacle course. 

On Nov. 2, Glenn employees shared 

their thoughts on the future of the 

agency in the NASA 2100 Challenge, 

followed by Human Innovation Training 

that promoted a mindset that supports 

and fosters innovation. 

By Doreen B. Zudell

Lauren Ameen Glenn’s Jeffrey Csank 2016 Candace Johnson NASA FIRST Valerie Wiesner Team Thomas Yohe

GRC-2016-C-08745 Photo by Marvin Smith

Chief Technologist Dr. Sankovic, left, and 

other AIM participants gather to discuss 

innovative ideas. 

GRC-2016-08559 Photo by Marvin Smith

Dr. Kavandi answers questions during the Cook-Off Challenge, hosted by Turnbull, 

and featuring chefs April Thompson and Robert De La Ree.

3
News and Events

Welcoming Native Americans to STEM Careers

Dr. Nizhoni Chow-Garcia, director of 

the Math, Science and Engineering Program at Hartnell College in California, 

addressed the theme “Strive, Rise and 

Thrive” during Glenn’s National Native 

American Month Observance, Nov. 8. 

Chow-Garcia works to increase access to 

higher education in science, technology, 

engineering and mathematics (STEM) 

careers for Native Americans and all 

people of color. She shared her research 

on the challenges Native Americans encounter when pursuing STEM careers 

and how to create a more welcoming 

environment for American Native students. Glenn’s Advisory Group for Native Americans sponsored the event. 

Dr. Chow-Garcia shares her research on 

Native Americans pursuing STEM careers. 

GRC-2016-C-08961 Photo by Bridget Caswell

Aiding Independence of People With Disabilities

This year’s Disability Employment Awareness Program, held Oct. 25, featured 

Jill Noble, Glenn’s 508 coordinator, 

and William “Bill” Darling, director of 

Assistive Technology of Ohio, located at 

The Ohio State University. The presentation included an informative program 

that chronicled advancements in adaptive technology and a demonstration of 

adaptive devices currently available to 

help people with disabilities perform 

independently at work, school or

home. Glenn’s Office of Diversity and 

Equal Opportunity (ODEO) and the

Disability Awareness Advisory Group 

(DAAG) co-sponsored the program.

GRC-2016-C-08637 Photo by Marvin Smith

Noble and Darling, center, are pictured 

with a variety of adaptive technology and 

DAAG Chair Kathy Clark, left, and ODEO’s 

Disability Program and Complaints 

Manager Angela Pierce. 

Giving Thanks to 

Veterans and Those 

Who Support Them

Glenn’s Veterans Awareness Committee invited Maj. Christopher Zurawski, 

310th Tactical Psychological Operations 

Company commander, to speak at this 

year’s Veterans Day Ceremony, Nov. 

10. Zurawski, son of NASA retiree Ron 

Zurawski, said his experiences shaped 

his respect for military brotherhood 

and the importance of recognizing veterans along with those who support 

them. He explained that Veterans Day 

acknowledges not only the sacrifices of 

service members securing our assets in 

173 countries but also family and friends 

who participate in patriotic activities to 

serve and support our troops. 

GRC-2016-C-08865 Photo by Rami Daud

David Stringer, retired Brig. Gen. USAF 

and current director of Glenn’s Plum 

Brook Station facility, presents a token 

of appreciation to Maj. Zurawski. 

Inspiring Students to Pursue Manufacturing Careers

NASA Glenn’s Office of Education partnered with the Manufacturing Advocacy and Growth Network (MAGNET) to host 

Manufacturing Day, Oct. 27. The event was devoted to inspiring students to pursue manufacturing careers. Center Operations 

Director Robyn Gordon welcomed nearly 100 students from seven area schools, who spent the day observing employees and 

exploring facilities that help make NASA innovation a reality. Prior to the facility tours, the students heard from a panel of 

manufacturing staff, who shared job experiences and their unique journey that inspired them to pursue a manufacturing career. 

Tom Vannuyen (center, 

back to camera), chief 

of the Machining Branch, 

explains the operation 

of Abrasive Water Jets to 

the students on a tour of 

Glenn’s Manufacturing 

Facility.

GRC-2016-C-09217

Photo by Bridget Caswell

4
DECEMBER 2016

News and Events

Glenn Fires Up Saffire-II

The Spacecraft Fire Experiment—II (Saffire-II) launched on the 

Orbital ATK Cygnus spacecraft on Oct. 17. It remained on Cygnus 

during the space station resupply mission. On Nov. 21, after Cygnus unberthed from the space station, NASA Glenn conducted Saffire-II when Cygnus reached a safe distance from the space station.

The Saffire-II investigation quantifies the flammability of several 

materials in microgravity and compares them to flammability limits 

in normal Earth gravity. Nine samples of varying materials burned 

inside the empty Cygnus resupply vehicle before it re-entered 

Earth’s atmosphere.

Saffire-II is the second of a set of three experiments to be conducted on three consecutive flights of the Cygnus vehicle. They

are designed to garner information that will protect astronauts on future deep space missions. Saffire-I, which flew on OA–6,

investigated the development and spread of a large-scale low-gravity fire using one large sample (approx. 0.4 m wide by 0.94 m

tall). Nine smaller samples were burned on Saffire-II, each having a dimension of 5 cm wide by 25 cm long.

For more information, visit

https://www.nasa.gov/press-release/nasa-glenn-experiments-to-launch-on-iss-resupply-mission and

https://www.nasa.gov/saffire.

Ceramic Composites Revolutionize Aircraft Engines

Lighter, faster, more efficient. Whenever you advance a technology, that’s the 

goal. As NASA looks to transform the 

commercial aircraft of the future, efficient engines are at the heart of it all.

To achieve the goal of better engines 

on future aircraft, researchers at NASA 

Glenn are investigating promising

advances in high-temperature materials that can be used to make turbine 

engine components.

These materials, called ceramic matrix 

composites or CMCs, are lighter, stronger and can withstand the demanding forces of the extremely high temperatures generated in the core of jet 

engines. CMCs are in a position to 

replace the nickel-based super alloy

metals in today’s aircraft engines.

In general, the hotter an engine runs, 

the better the fuel efficiency. Over the 

years, engines have been able to run 

hotter because metal parts were treated with thermal barrier coatings. But 

there is a limit to what the coatings can 

tolerate. CMCs, on the other hand, can 

withstand temperatures up to 2700

degrees Fahrenheit and beyond with 

the help of specially designed ceramic 

coatings called environmental barrier

coatings.

“We want to understand how CMCs and 

protective coatings can not only withstand high heat, but also environmental particle hazards such as dust, sand 

and volcanic ash,” said Valerie Wiesner, 

Ceramic and Polymer Composites

Branch. “This is important because, as 

aircraft engine temperatures increase to 

promote fuel efficiency, sand, when it’s 

ingested into an engine, can actually

melt into glass and potentially cause

power loss or failure.” 

Moving next generation aircraft toward greater operating efficiency will 

depend, in large part, on advances 

in engine technology and materials 

manufacturing capabilities. Glenn researchers are exploring the 3D printing and testing of complex materials 

like CMCs to see if they can withstand 

the high-temperature environment of 

future aircraft engines.

This research is conducted in support 

of NASA’s Transformative Aeronautics 

Concepts Program.

By Nancy Smith Kilkenny

Wiesner observes the research she is conducting in ceramic matrix composite 

components for next generation aircraft engines with Michael Cuy, test engineer.

GRC-2016-C-06784 Photo by Rami Daud

5
Glenn’s World-Class 

Inventors Recognized 

for Technological 

Contributions

The 2016 Technology Transfer Inventors Recognition Event was held on 

Oct. 19, honoring NASA Glenn inventors who filed a patent application, 

received a patent or software release, 

or won a technology-based award 

during fiscal year 2015. All were 

recognized by Headquarters and center 

management, as well as their peers for 

their accomplishments.

The event featured innovator Dr. 

Santo Padula II, who shared how 

Glenn’s Technology Transfer Office 

and Legal Office worked side by side 

to help him find the best commercial 

applications for his technology, and just 

as important, listened to his vision for 

the technology. Padula noted a paradigm shift occurred when he thought 

more about the depth and importance 

of his research. “I realized my technology could not only solve a NASA 

challenge, but also address problems 

that private industry faces,” Padula said. 

Kim Dalgleish-Miller, Technology Transfer Office chief, affirmed, “Glenn had a 

record breaking year by securing more 

licenses than we had in the previous 10 

years combined—and it all started with 

your technology. You are the heart and 

soul of the cutting-edge research being 

developed at Glenn.”

Closing the event, Dan Lockney, 

Technology Transfer Program executive, recognized Glenn’s Technology 

Transfer Office with an agency trophy. 

The center set an all-time agency record 

with 23 licenses signed, covering 51 

technologies, in fiscal 2016. 

View the full list of awardees at http://

events.grc.nasa.gov/techtransfer/. 

GRC-2016-C-08504 Photo by Bridget Caswell

Dr. Padula, featured innovator, shares details about the commercialization of his 

technology with his peers. 

More Than a Memory

John L. Allen, 94, a 1986 retiree with 40 years of 

federal service, died June 21. Allen was a U.S. Air Force 

veteran of World War II who joined the NASA workforce after graduating from Purdue University as an 

aeronautical engineer. During his 38 years of NASA service, Allen’s research and papers focused on air-breathing propulsion applications. He retired from the Advanced Planning and Analysis Office. Allen participated 

in several professional engineering organizations.

Allen

Jesse N. Hall, 70, a 2006 retiree with 17 years of 

federal service, died Oct. 15. Hall retired from NASA’s 

Resources Analysis and Management Division, where 

he first served as contractor before being converted to a civil servant, working as a budget analyst in 

both programmatic and institutional areas. Hall also 

served as a mentor for NASA’s Shadowing Program 

(1998–1999), which provides selected high school 

students an opportunity to explore a variety of 

Hall career possibilities. 

Joseph P. Olsavsky, 84, a 1993 retiree with 30 years of federal service, 

died in Jan. 2016. Olsavsky was a U.S. Army veteran who served NASA Lewis 

the majority of his career as an electronics technician in the Test Installation 

Division. He retired from the Communications and Electronics Branch of the 

division, where he received a Group Achievement award for his support to 

the “Backward Wave Oscillator and Traveling Wave Tube Effort.” 

Donald T. Worden, 90, a 1987 retiree with 24 years of federal service, 

died Oct. 30. Worden was a U.S. Navy veteran of World War II and a 

member of the NASA Servicemen’s Club. Worden was a technician who 

provided sustained superior service to the Space Flight Systems Directorate and the Flight Operations and Research Instrumentation Branch before 

retiring from the Fabrication Support Division. 

6
DECEMBER 2016

Awards

Connolly Named One of Crain’s Forty Under 40

Glenn’s Joseph W. Connolly was selected for the 2016

Crain’s Cleveland Business “Forty Under 40” class of outstanding young professionals throughout Northeast Ohio.

Connolly, an aerospace engineer serving NASA Glenn as

a control systems engineer in the Intelligent Control and

Autonomy Branch, was honored Nov. 21 during an awards 

reception. He joins a distinguished group of individuals

honored for their professional success and civic contributions, which play a critical role in the region’s development 

Connolly and vision. 

Dr. Biaggi-Labiosa Selected HENAAC Honoree

The Great Minds in STEM organization saluted Dr. Azlin M. 

Biaggi-Labiosa as their “Most Promising Engineer With a 

Ph.D.” during the Hispanic Engineer National Achievement 

Award Conference (HENAAC), Oct. 5–9. Biaggi-Labiosa,

who manages the Nanotechnology Project in Glenn’s Space 

Technology Project Office, joins the 28th class of HENAAC 

honorees recognized as phenomenal role models in science, 

technology, engineering and math. 

Dr. Biaggi-Labiosa

Calendar

JANUARY SIREN TESTING:

The Emergency Management Office 

staff will conduct the Lewis Field 

outdoor “voice” test at Building 3 on 

Wednesday, Jan. 4. An audible siren 

test focusing on the “tornado” tone 

will be held at Lewis Field on Saturday, 

Jan. 7. POC: Allen Turner, 3–6826.

IFPTE LOCAL 28, LESA MEETING:

LESA will hold its next membership 

meeting, Wednesday, Jan. 11, noon, 

in the Glenn Employee Center’s Small 

Dining Room.

Join your co-workers for 

the 2016 Center Holiday 

Gathering on Tuesday, 

Dec. 13, from 1 to 3 p.m. 

in the MIC Building 

Auditorium.

Glenn’s 2016 Combined Federal Campaign (CFC) 

runs through Friday, Dec. 30, 2016. Federal employees have the chance to make a real impact in 

our communities through the CFC’s vast network 

of deserving nonprofit organizations at home and 

around the country that urgently need our help.

CFC Runs Through Dec. 30

Two Engineers

Honored as

Technology

Rising Stars

The Careers Communications 

Group named Dr. Diana SantiagoDeJesus and Dr. Tiffany Williams, 

research engineers in Glenn’s 

Materials and Structures Division, 

among its 2016 Technology Rising Stars in STEM careers. They 

received the award during the 

annual Women of Color STEM 

Conference, Oct. 13–15.

Santiago-DeJesus is a co-principal 

investigator of M–SHELLS, a subproject of the Convergent Aeronautics Solutions, exploring the 

combination of energy storage 

devices with structural materials 

to save weight on planes. 

Williams is the materials development lead for the Structural 

Nanomaterials project focused on 

developing a high-strength, lightweight nanocomposite overwrap 

for pressure vessel applications. 

Dr. Santiago-DeJesus

Dr. Williams

7
National Aeronautics and Space Administration

John H. Glenn Research Center at Lewis Field

21000 Brookpark Road 

Cleveland, Ohio 44135

www.nasa.gov

AeroSpace Frontiers is an official publication of Glenn Research 

Center, National Aeronautics and Space Administration. It is 

published the second Friday of each month by the Office of 

Communications & External Relations in the interest of the Glenn 

workforce, retirees, government officials, business leaders and 

the general public. Submit short articles and calendar items via 

e-mail to the editor: doreen.b.zudell@nasa.gov or 216–433–5317. 

January 2017 Calendar section deadline: Dec. 14, noon

News and feature stories require additional time

Editor: Doreen B. Zudell, ATS

Assistant Editor: S. Jenise Veris, ATS

Managing Editor: Kelly R. DiFrancesco

Read AeroSpace Frontiers online at http://www.nasa.gov/centers/glenn/news/AF/index.html

It’s Electric! Glenn Engineers Test Next Generation Aircraft

Electric cars are nothing new, they’re 

more efficient, produce less noise and 

emit less carbon into the atmosphere. 

This is exactly why engineers from 

NASA Glenn are taking this technology 

to the skies.

“As large airline companies compete to 

reduce emissions, fuel burn, noise and 

maintenance costs, it is expected that 

more of their aircraft systems will shift 

to using electrical power,” said Dr. Rodger Dyson, Glenn’s Hybrid Gas Electric 

Propulsion technical lead. 

Using Plum Brook Station’s newest facility—NASA’s Electric Aircraft Testbed 

(NEAT)—these engineers design, develop and test systems for the next revolution in aviation—electric aircraft.

During NEAT’s first test in September, 

Dyson’s team used 600 volts of electricity and successfully tested an electrical 

power system that could realistically 

power a small one- or two- person aircraft.

Once complete, NEAT will be a worldclass, reconfigurable testbed that will 

be used to assemble and test the power 

systems for large passenger airplanes 

with over 20 megawatts of power.

“What we’re hoping to learn now is 

how to make it more efficient and lightweight,” said Dyson. “Next year we’re 

going to upgrade the size of these motors—we’ll use the same technology to 

test the higher-power stuff next.”

By increasing efficiency and reducing 

weight, the technology developed here 

can eventually be applied to larger, 

commercial aircraft, potentially resulting in reduced flying costs for airline 

companies and travelers.

NEAT’s future is bright, and Glenn’s 

engineers are hopeful it will spark a 

change in the airline industry.

“We look forward to making a difference in aviation,” said Dyson.

By Deborah Lockhart

GRC-2016-CN-00013 Photo by Deborah Lockhart

Engineers design, develop and test systems for the next revolution in electric aircraft 

aviation in the NEAT facility.