RESEARCH
INTERNSHIPPROGRAMPOLYTECHNIQUE
MONTRÉALTECHNOLOGICALUNIVERSITYWINTER 2025
Polytechnique Montréal is one of Canada’s leading research engineering universities.
Founded in 1873, Polytechnique Montréal has the largest engineering student body inQuebec and is highly ranked for the number of Canada Research Chairs in Engineeringand the scope of its research activities. The world needs creative and innovativeengineers more than ever. Polytechnique is producing them, in Montreal, a cityranked among the top student cities in the world for the last 5 years!

RESEARCH INTERNSHIP PROGRAM
Every year, Polytechnique's research laboratories welcome over 250 students from other universities wishing to put into practice the technicaland scientific knowledge acquired in their studies. The research conducted, supervised by a Polytechnique professor and respectful of allhealth and safety measures, emanates from a real societal or industrial need, and is carried out in the lab or in situ.

ELIGIBILITY CRITERIA■ Enrolled in one of Polytechnique Montréal’s partner
universities■ Be officially nominated by your home university before
applying to this program. In case of doubt, please contact
your International Relations Office or your Internship
Office■ Completed at least two years of an engineering
undergraduate program or be registred in a graduate
program (Master or Ph.D.) according to the projects’university cycle requirements■ Enrolled in a full-time program and will continue to beenrolled after your internship■ Minimum GPA of 2.75 out of 4 (or equivalent)■ Meet the required skills for the internship■ Be fluent in English or in French (research intern musthave a competency sufficient to succeed in a universitylevel engineering research project and to fully participate
in the life of their host lab)

DURATION
The recommended duration of the internship is 4 months, with4 possible starting dates in January and February. Once theadmission to the program has been confirmed, no change in theduration or the dates can be made. Please confirm the research
duration with your home university Program Coordinator before
applying. Note that it is a full-time research internship in Montreal(7 hours a day, 35 hours a week).

Outstanding candidates may receive one of the25 scholarships available annually!
Maximum amount of the scholarship: 6,000 CAD for 4 months(prorated at 1 500 CAD/month).

APPLICATION PROCEDURE
Follow the link below to browse the list of research projects
offered by area(s) of expertise and/or university cycle, and apply by
August 26, 2024: polymtl.adv-pub.moveonca.com/rip
Note that an online conference call may be organized for final
selection.

LIST OF RESEARCH PROJECTSCHEMICAL ENGINEERING
CHE 01

Auxetic Materials and Structures for Bioelectronics

CHE 02

Co-axial non toxic collagen/PCL electrospinning

CHE 03

Computational Fluid Dynamics Simulation of Industrial Gasliquid Flows

CHE 04Control System for Active EMI Shielding

CHE 05

Dairy waste to valued green products in intensified rotating
reactorCHE 06

Design an heat exchanger for the Fischer–Tropsch reactor

CHE 07Highly Conductive and Magnetic Material

CHE 08How long to cool a bottle of wine?

CHE 09

Ink-jet Printed Flexible Organic Electrochemical Transistor for
Neuromorphic Functions

CHE 010Novel Composite Conducting Materials for Biomedical Devices

CHE 011

Optimization of Electrospun Nanofibers for Wearable Biosensors

CHE 012

Printable soft bioelectronic device

CHE 013

Self-healing conductive polymers for neuronal repair

CHE 014

Surface and interface engineering of materials

CHE 015

Understanding the hydrodynamics of particle swarms throughsimulation

CHE 016

Vortex identification in mixing applications

CHE 017

Développement d’un procédé innovant de conversion des sucres
en HMF
CIVIL, GEOLOGICAL AND MINING ENGINEERING

CGM 01

Fluid-induced seismicity in subsurface geonergy technologies

CGM 02Multiphase flow in porous media for hydrogen and CO2 storage

CGM 03

Optimizing hospital sink drain disinfection to decrease infections

CGM 04UHPFRC : From material development to structural applications

COMPUTER ENGINEERING AND SOFTWARE ENGINEERING

DGE 07

Shape Estimation of Soft Continuum Robots

DGE 08

Privacy-preserving distributed signal processing and control

DGE 09Bayesian Optimization for Inferring Generation Cost Functions

DGE 10

Active navigation and perception strategies for autonomous
object search

DGE 11

Binarized neural networks : implementation, optimization andexplanation

PHY 01

Interfacing robotics with a high-resolution microscope tounderstand disordered proteins

PHY 02Ultrasensitive biosensing by single-particle tracking

PHY 03

Raman spectroscopy for margins inspection during breast
conserving surgery

PHY 04Blood-based colorectal cancer screening and recurrence detection
using optical spectroscopy

PHY 05

Semiconductors in the strong light-matter coupling regime

PHY 06Mid-infrared lasers using the 2D semiconductor black phosphorus

ENGINEERING PHYSICSMATHEMATICS AND INDUSTRIAL ENGINEERINGMAGI 01

Robotic Vision System for Samart Manufacturing Workcell

MEC 01

Numerical Modeling the Transport of Sediments in Rivers

MEC 02

Validation of a temperature history model in Greenland

MEC 03

Deep learning algorithms for predicting flows through porous
media

MEC 04Development of interpolation operators for GPU acceleratorsMEC 05

Inflatable greenhouse for urban agriculture

MEC 06

Deployable Space Membrane for Debris Collection

MEC 07

Manufacturing and design of reconfigurable structures

MECHANICAL ENGINEERINGGIGL 01

Foundation Models for Swarm Robotics

MEC 08

GIGL 02

Machine Learning and Interaction of Large Dataset of MedicalImages

Additive manufacturing of polymer composites by Fused
Granulate Fabrication

MEC 09Bio-sourced composite materials for future aircraft

GIGL 03

Mitigating Adversarial Attacks in Machine Learning

MEC 10GIGL 04

Multi-Robot Systems and Swarm Robotics

Artificial Intelligence for the Control of Assistive andRehabilitation Robots

GIGL 05

Mutation testing for LLM-generated code

MEC 11

Design and Prototyping of an Ankle Exoskeleton with LinearActuators

GIGL 06

Safe Control of Lighter-than-Air Aircraft

GIGL 07

Security of ML models supply chains

MEC 12

Design, Optimization and Prototyping of Assistive andRehabilitative Robotic Systems

GIGL 08

Virtual and Augmented Reality for Swarm Robotics

MEC 13Development of a human-interface sensor-activator

MEC 14

Production method in rehabilitation based on digital molding
technology

ELECTRICAL ENGINEERING
DGE 01Modelling and Learning for Transmission Neural Networks

MEC 15Low-cost device integrating neuro-rehabilitation technology into
new-generation orthotics

DGE 02

Energy-Efficient Holographic MIMO Techniques for LEO
Satellites

MEC 16

Mechatronic development of a personal service robot inrehabilitation

DGE 03

Spatial Diversity Techniques in LEO Networks to Combat
Jamming

MEC 17

Mechatronic development of an intelligent body weight support

MEC 18Collision dynamics of graphite particles for battery applications

DGE 04

Automated production and testing of superconducting cables

DGE 05

AI for intelligent neuromodulation medicine

MEC 19Simulation of acoustic emissions of shock-forming cavitation
events

DGE 06

Neurotechnology to recover paralyzed hand function in rat models

MEC 20Particle fluid interactions

For any questions regarding your application, please contact: Polytechnique Montréal International • point@polymtl.ca