There are many opportunities for students to get involved with the groundbreaking research conducted by over 50 research groups at MIE.
Undergraduate Mechanical Engineering or Industrial Engineering students interested in working with research groups or pursuing a thesis project may:
- browse research opportunities in the table below, including thesis projects.
- contact faculty members directly to inquire about research opportunities or potential thesis project supervision.
Master of Engineering (MEng) students interested in pursuing an MEng project may:
- browse available MEng projects in the table below. For MEng Multidisplinary Projects (MMP) please contact Matthesa Gregg directly to apply.
- contact faculty members directly to inquire about research opportunities or potential thesis project supervision.
Master of Applied Science (MASc) and PhD students conduct research with the support of their supervisor.
Interested postdoctoral candidates can explore the Postdoctoral Fellows Portal or browse open positions on our Careers page.
Prospective graduate students interested in getting involved in research at MIE should review our Programs Overview page.
Research Projects
| Date Added | Title | Contact | Research Area | Program |
|---|---|---|---|---|
| Winter 2021 | Research Opportunity at Intelligent Medical Image Computing Systems Lab | Dr. Farzad Khalvati (farzad.khalvati@utoronto.ca) | Applied Machine Learning; Information Engineering; Human Factors | MEng Project |
| Winter 2021 | Design and development of Novel Composite Systems for Materials Under Extreme Conditions | Hani Naguib | Advanced Manufacturing, Composite Materials Development | MEng Project |
| Winter 2021 | Digital Transformation of Engineering Documentation System-Phase 5 | Eligibility - In good academic standing - Must be in first year of MEng program - M. Eng. majored in Mechanical Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project - Strong web based programming, HTML programming - Students must be Canadian citizen or Permanent Resident Start Date and duration of the project: May 2021 (8 months duration, 40 hours/week) Application Instruction: Please combine (1) application form (attached), cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: Collins -first name initial,last name,(e.g. Collins -J.Smith). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Feb 24 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca. | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Use Computer Vision to Design of Failure Detection System for FDM 3D Printers | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | Inverse Design of Biomedical Implant Materials via a High-Throughput Highway | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | Design and Manufacture of Novel Wear-and-Erosion Resistant High-Entropy Alloys | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | Nanostructured High-Entropy Alloys as Next-Generation Catalysts for Energy Applications: from AI-Driven Accelerated Discovery to Mass Production | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | Autonomous Additive Manufacturing System (AAMS): a Novel In-Situ Monitoring and Closed-Loop Control Process Using Machine Learning | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | Data-Driven Topology and Microstructure Optimization in Metal 3D Printing | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | High-entropy alloys for Material Recycling | Students are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca | Mechanics and Design | MEng Project |
| Winter 2021 | Drone MECH Project | Eligibility - In good academic standing - Enrolled in MIE MEng program - M. Eng. majored in Mechanical Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project Start Date and duration of the project: May 2021 (4 months, 40 hours/week) Application Instruction: Please combine (1) application form (attached), cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: Drone-first name initial,last name, (e.g. MHIRJ -J.Smith). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Thurs Jan 28 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca. | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Investigation of Lower Body Negative Pressure on the Microvascular System | Interested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca by this Sunday Jan.24, 2020 at 11:59pm. Should you have any questions, please contact mcp@mie.utoronto.ca | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Analyst Failure and Component Removal Prediction-16 Month | Application Instructions Please combine (1) application form,cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: MHIRJ-first name initial,last name, project number indicated in doc (e.g. MHIRJ -J.Smith, RCA-2). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 20 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca Eligibility - In good academic standing - Enrolled in MIE MEng program either in Fall 2020 or Winter 2021 - M. Eng. majored in Mechanical or Industrial Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project - Students must be Canadian citizen or Permanent Resident Start Date and duration of the project: May 2021 (16 months duration, 40 hours/week) | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Analyst-Supporter of Aftermarket Spares Sales Dashboard Development Process and Related Activities | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: MHIRJ-first name initial,last name, project number indicated in doc (e.g. MHIRJ -J.Smith, RCA-2). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 20 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca Eligibility - In good academic standing - Enrolled in MIE MEng program either in Fall 2020 or Winter 2021 - M. Eng. majored in Mechanical or Industrial Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project - Students must be Canadian citizen or Permanent Resident Start Date and duration of the project: May 2021 (16 months duration, 40 hours/week) | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Analyst-Development and Modelling of Predictive Performance Tools (Worldwide Fleet-Theoretical Model Over Life) | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: MHIRJ-first name initial,last name, project number indicated in doc (e.g. MHIRJ -J.Smith, RCA-2). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 20 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca Eligibility - In good academic standing - Enrolled in MIE MEng program either in Fall 2020 or Winter 2021 - M. Eng. majored in Mechanical or Industrial Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project - Students must be Canadian citizen or Permanent Resident Start Date and duration of the project: May 2021 (16 months duration, 40 hours/week) | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Business Intelligence Analyst | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: MHIRJ-first name initial,last name, project number indicated in doc (e.g. MHIRJ -J.Smith, RCA-2). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 20 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca Eligibility - In good academic standing - Enrolled in MIE MEng program either in Fall 2020 or Winter 2021 - M. Eng. majored in Mechanical or Industrial Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project - Students must be Canadian citizen or Permanent Resident Start Date and duration of the project: May 2021 (16 months duration, 40 hours/week) | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Project Coordinator and Reporting Analyst | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: MHIRJ-first name initial,last name, project number indicated in doc (e.g. MHIRJ -J.Smith, RCA-2). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 20 @ 9AM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca Eligibility - In good academic standing - Enrolled in MIE MEng program either in Fall 2020 or Winter 2021 - M. Eng. majored in Mechanical or Industrial Engineering - Strong English communication skills, oral and written - Students must maintain their student status throughout the project - Students must be Canadian citizen or Permanent Resident Start Date and duration of the project: May 2021 (16 months duration, 40 hours/week) | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Libraries for Tire Data and Flow Device Cold Temperature | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: Collins-first name initial, last name, project number e.g. Collins -J.Smith, #1). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 13 @ 5PM.* | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Aircraft Landing Gear Performance: Standard Tools Development (Phase 2) | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: Collins-first name initial, last name, project number e.g. Collins -J.Smith, #1). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 13 @ 5PM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Aircraft Landing Gear Performance (Physics-based modelling of hydraulic components) | Application Instructions Please combine (1) application form, cover letter and resume and unofficial transcripts (undergrad and grad) as one PDF file and email it to: imdi@mie.utoronto.ca. Please name your file as: Collins-first name initial, last name, project number e.g. Collins -J.Smith, #1). Application Deadline *Applications to be submitted to imdi@mie.utoronto.ca by Wed Jan 13 @ 5PM.* Questions to be directed to the UT-IMDI Office imdi@mie.utoronto.ca | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2021 | Investigating Driver Interaction with Automated Vehicles | Interested students should contact Prof. Birsen Donmez (donmez@mie.utoronto.ca) or Dina Kanaan (dina.kanaan@mail.utoronto.ca) by February 9, 2021. | Human Factors & Ergonomics | MEng Project |
| Fall 2020 | Design of Electric Vehicle Charging System | Interested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca by February 14, 2021. | Mechanics and Design | MEng Multidisciplinary Project |
| Fall 2020 | Project Title: Investigation of Lower Body Negative Pressure on the Microvascular System | Interested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca by February 14, 2021. | Mechanics and Design | MEng Multidisciplinary Project |
| Fall 2020 | Visualizing Dependencies and Inconsistencies across Models during Interdisciplinary Engineering Collaboration | Interested students should contact Greg Jamieson or Alison Olechowski by December 15, 2020. | Information Systems Engineering and Human Factors & Ergonomics | MEng Project |
| Fall 2020 | Project Title: Design and development of novel composite systems for materials under extreme conditions | Hani Naguib | Advanced Manufacturing, Composite materials development | MEng Project |
| Fall 2020 | Project Title: 3D Printed Soft Materials for Robotics Applications | Interested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca no later than next Monday Nov. 30, 2020 at 5:00pm. | Mechanics and Design | MEng Multidisciplinary Project |
| Fall 2020 | Project Title: The use of AI in quality assurance using NDT | Interested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca no later than next Monday Nov. 30, 2020 at 5:00pm. | Mechanics and Design | MEng Multidisciplinary Project |
| Fall 2020 | Project Title: Systems Improvements at the Provincial Forensic Pathology Unit | Interested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca | Mechanics and Design | MEng Multidisciplinary Project |
| Fall 2020 | Project Title: Analysis of Origami-Inspired Metamaterials using Digital Image Correlation | Hani Naguib | Mechanics and Materials | MEng Project |
| Summer 2020 | Project Title: Design of open-source ventilator controller | Kamran Behdinan (contact Matthesa Gregg directly to apply) Deadline: Wed. June 17, 2020 | Mechanics and Design | MEng Multidisciplinary Project |
| Summer 2020 | Project Title: Analysis and Assessment of Open Source Standalone Ventilators | Kamran Behdinan (contact Matthesa Gregg directly to apply) Deadline: Mon. June 15, 2020 | Mechanics and Design | MEng Multidisciplinary Project |
| Summer 2020 | Project Title: Analysis and Assessment of Open Source HALO Ventilators | Kamran Behdinan (contact Matthesa Gregg directly to apply) Deadline: Mon. June 15, 2020 | Mechanics and Design | MEng Multidisciplinary Project |
| Winter 2020 | Toilet of the future | Kamran Behdinan (contact Matthesa Gregg directly to apply) Deadline: Jan 31, 2020 | Mechanics and Design | MEng Multidisciplinary Project |
| Fall 2019 | Data-driven modelling of the decision of patients who leave the emergency department without being seen | Vahid Sarhangian | Operations Research | MEng Project |
| Fall 2019 | Lattice Boltzman Method applied to Aerodynamic control on a low Reynolds airfoil with realistic synthetic jet geometries | Pierre Sullivan | Thermofluids | MEng Project |
| N/A | Optimization of a catheter tip design to maximize visibility in the aorta | Edgar Acosta | Computational Fluid Dynamics | MEng Project |
| Fall 2018 | Evaluating the impact of workflow communication tools on the Gamma Knife workflow at the Odette Cancer Centre | Dionne Aleman | Operations Research | MEng Project |
| N/A | Model Refinement and Validation in Simulation-based Design Optimization | Cristina Amon | Thermofluids | MEng Project |
| N/A | Simulation of Wind Turbine Wakes using CFD Techniques | Cristina Amon | Thermofluids | MEng Project |
| N/A | Transistor-Level Transient Modelling of Thermal Transport in Electronic Devices | Cristina Amon | Thermofluids | MEng Project |
| Fall 2018 | A Machine Learning System to Optimize the Performance of Spray Nozzles | Nasser Ashgriz | Thermofluids | MEng Project |
| Fall 2018 | Characterizing the Breakup of a Liquid Droplet | Nasser Ashgriz | Thermofluids | MEng Project |
| Fall 2018 | Development of Pharmaceutical Aerosols | Nasser Ashgriz | Thermofluids | MEng Project |
| N/A | Job Shop Scheduling Problems and Mixed Integer Programming Pre-solvers | Christopher Beck | Information Engineering | MEng Project |
| N/A | Scheduling in Queueing Network Environments with Flexible Servers and Setup Times | Christopher Beck | Information Engineering | MEng Project |
| N/A | Robotic Vision, Mobile Robotics, 5-axis Milling Machine Design - Contact Instructor for more details | Beno Benhabib | Robotics | MEng Project |
| N/A | Operations Research, Optimization, Radiation Therapy, Healthcare Operations - Contact Instructor for more details | Timothy Chan | Operations Research | MEng Project |
| N/A | Monte Carlo Simulation of the Impact of Distributional Properties on the Effectiveness of Cluster Boosted Regression | Mark H. Chignell | Information Engineering | MEng Project |
| N/A | Data Management and the Web, Analytics, Information Retrieval and Visualization, Data Modeling and Business Process Engineering, Healthcare Data Management - Contact Instructor for more details | Mariano Consens | Information Engineering | MEng Project |
| N/A | Large Scale Data Analytics and Visualization | Mariano Consens | Information Engineering | MEng Project |
| Fall 2018 | Fabrication and Testing of Medical Microrobots | Eric Diller | Robotics | MEng Project |
| N/A | Micro-mechanical characterization of solid 3rd bodies created in dry lubricated contact within space mechanisms | Tobin Filleter | Materials | MEng Project |
| Fall 2018 | Ontologies for Representing and Measuring City Performance (multiple projects) | Mark Fox | Information Engineering | MEng Project |
| Fall 2018 | An Ontology for Building Management and Evacuation | Mark Fox | Information Engineering | MEng Project |
| Fall 2018 | Smart Cities: Intelligent Agents for the Urban Operating System (multiple projects) | Mark Fox | Information Engineering | MEng Project |
| Fall 2018 | Handheld bioprinter design for deposition of multilayered engineered skin grafts | Axel Guenther | Thermofluids | MEng Project |
| N/A | Experimental and Numerical Studies of Fluid Properties and Measurements | David James | Thermofluids | MEng Project |
| Fall 2018 | Finding Yourself in Virtual Reality Navigation Task | Greg Jamieson | Human Factors | MEng Project |
| Fall 2018 | Materials for Energy Storage and Conversion - Various projects dealing with materials-processing-microstructure-property relationships for component designs to be used in clean energy applications. Contact Instructor for more details | Olivera Kesler | Mechanics and Materials | MEng Project |
| N/A | Solid oxide fuel cells, high-efficiency electrolysis, oxygen separation membranes, clean energy - Contact Instructor for more details | Olivera Kesler | Mechanics and Materials | MEng Project |
| Winter 2019 | Machine learning to classify underpayment claims | Chi-Guhn Lee | Operations Research | MEng Project |
| Winter 2019 | Reinforcement learning for optimal inventory rationing | Chi-Guhn Lee | Operations Research | MEng Project |
| Winter 2019 | Optimal waiting time quotation | Chi-Guhn Lee | Operations Research | MEng Project |
| N/A | Matching shippers and carriers with constraints - Heuristic algorithm is to be developed to optimally match shippers and carriers over time considering service requirements. Contact Instructor for more details | Chi-Guhn Lee | Operations Research | MEng Project |
| N/A | Resource sharing in healthcare system - Quantitative analysis of the benefits from shared resources in healthcare system when the demands are uncertain. Contact Instructor for more details | Chi-Guhn Lee | Operations Research | MEng Project |
| N/A | Nonparametric methods for reinforcement learning | Chi-Guhn Lee | Operations Research | MEng Project |
| N/A | Dynamic correlations in bond portfolios | Chi-Guhn Lee | Operations Research | MEng Project |
| N/A | Artificial Neural networks for Israeli option valuation | Chi-Guhn Lee | Machine Learning, Finance | MEng Project |
| N/A | Hedging Israeli options | Chi-Guhn Lee | Finance | MEng Project |
| Fall 2018 | Polymer/Composite Coextrusion Foaming | Patrick Lee | Mechanics and Materials | MEng Project |
| Fall 2018 | Visualization of Plastic Crystallization and Foaming Behaviors under Stress | Patrick Lee | Mechanics and Materials | MEng Project |
| Fall 2018 | Nanofibers Enhanced Strain Hardening of Linear Polymer | Patrick Lee | Mechanics and Materials | MEng Project |
| Winter 2019 | Fabrication and Testing of Stretchable Conductive Electrodes for Soft Robotics | Xinyu Liu | Fluid Mechanics | MEng Project |
| Winter 2019 | Design and Control of A Soft Wall-Climbing Robot | Xinyu Liu | Fluid Mechanics | MEng Project |
| Winter 2019 | Design and Testing of a Microfluidic Device for Cancer Cell Studies | Xinyu Liu | Fluid Mechanics | MEng Project |
| Winter 2019 | Paper-Based Microfluidic Biosensors | Xinyu Liu | Fluid Mechanics | MEng Project |
| N/A | Multiproject job scheduling | Viliam Makis | Operations Research | MEng Project |
| N/A | Implementation of SPC and DE Techniques in Automotive Industry | Viliam Makis | Operations Research | MEng Project |
| N/A | SPC and DE for Process Improvement with a Practical Application | Viliam Makis | Operations Research | MEng Project |
| N/A | Quality Control and Improvement Using Lean Six Sigma Approach | Viliam Makis | Operations Research | MEng Project |
| N/A | Transmission Oil Data Modeling for Condition-Based Maintenance Decision-Making | Viliam Makis | Operations Research | MEng Project |
| N/A | Development of models for bus fleet maintenance and replacement | Viliam Makis | Operations Research | MEng Project |
| N/A | Development of a Stochastic Dynamic Model for a Make-to-Order Production System | Viliam Makis | Operations Research | MEng Project |
| N/A | Optimal scheduling of repairs for several production facilities | Viliam Makis | Operations Research | MEng Project |
| N/A | Non-Destructive Diffusion-wave Techniques and Imaging for Solar Cells and Clean Energy Conversion Optoelectronic Devices | Andreas Mandelis (with Dr. Alexander Melnikov) | Thermal Sciences | MEng Project |
| N/A | Dynamic Imaging of Solar Cell Optoelectronic Quality using a Near-Infrared Camera | Andreas Mandelis | Thermal Sciences | MEng Project |
| N/A | Wearable Technologies for Digital Eye Glass (computerized seeing and memory aid) with health monitor | Steve Mann | MEng Project | |
| N/A | Birdstrike and Novel Design of Fan Blades | Shaker Meguid | Mechanics and Materials | MEng Project |
| N/A | Design, Analysis and Development of Micro Gas Turbine for propulsion of Micro UAVs | Shaker Meguid | Mechanics and Materials | MEng Project |
| N/A | Design, Analysis and Optimisation of Novel Morphing Chevron Nozzle in Gas Turbine Engines | Shaker Meguid | Mechanics and Materials | MEng Project |
| N/A | Morphing Wing Design for UAV | Shaker Meguid | Mechanics and Materials | MEng Project |
| N/A | Multifunctional Nanocomposites for Self Health Monitoring | Shaker Meguid | Mechanics and Materials | MEng Project |
| Winter 2020 | Development of Environmentally Benign Nanocomposite with Thermal Stability | Hani Naguib | Mechanics and Materials | MEng Project |
| Winter 2020 | Development of new thermoplastic composites for applications under extreme conditions | Hani Naguib | Mechanics and Materials | MEng Project |
| Fall 2018 | Smart Materials Based Environmental Sensing | Hani Naguib | Mechanics and Materials | MEng Project |
| N/A | Investigation of the Processing Parameters of Functionally Graded Closed-Cell Bio-Compatible Cellular Materials | Hani Naguib | Mechanics and Materials | MEng Project |
| N/A | Project 4: Investigation of the Processing Parameters of Biocomposites Materials | Hani Naguib | Mechanics and Materials | MEng Project |
| Fall 2018 | Functionalized Porous-Carbon Composite with Attached Metal Nanoparticles for CO2/CO Capture and Utilization | Hani Naguib | Mechanics and Materials | MEng Project |
| N/A | Development of thermoplastic composites for high pressure and temperature applications | Hani Naguib | Mechanics and Materials | MEng Project |
| N/A | Multifunctional Nano Porous Organic Aerogels with Enhanced Mechanical & Physical Properties | Hani Naguib | Mechanics and Materials | MEng Project |
| N/A | Robots learning their behaviors | Goldie Nejat | Robotics | MEng Project |
| N/A | Service and Assistive Robotics, Social and Personal Robots, Robot Sensory Systems, AI and Control, and Human-Robot Interaction - Contact Instructor for more details | Goldie Nejat | Robotics | MEng Project |
| N/A | CAD models and design reviews: survey data analysis | Alison Olechowski | Mechanics and Materials | MEng Project |
| N/A | Injection Foam Molding of Polymer Nanocomposites | Chul Park | Mechanics and Materials | MEng Project |
| N/A | Visualization of Plastic Foaming Process in Injection Foam Molding | Chul Park | Mechanics and Materials | MEng Project |
| N/A | Polymer based silica aerogel production and optimization for thermal insulation applications | Chul Park | Mechanics and Materials | MEng Project |
| N/A | Fundamental studies on cellular structure development in foam injection molding process | Chul Park | Mechanics and Materials | MEng Project |
| N/A | Low-density extrusion foaming of engineering polymers | Chul Park | Mechanics and Materials | MEng Project |
| Winter 2019 | Hybrid nanofibrillar polymeric composites with improved physical-mechanical properties | Chul Park | Mechanics and Materials | MEng Project |
| Winter 2019 | Production of nanocomposite with tailored properties | Chul Park | Mechanics and Materials | MEng Project |
| Winter 2019 | Functional Nanofiber-Reinforced Nanocomposites Foams for Wearable Electronics | Chul Park | Mechanics and Materials | MEng Project |
| Winter 2019 | The development of high performance EMI shielding materials for next generation wearable electronics | Chul Park | Mechanics and Materials | MEng Project |
| Winter 2019 | Production of flexible thin film aerogel | Chul Park | Mechanics and Materials | MEng Project |
| N/A | Applying lead-user methods to identify and overcome obstacles to environmentally significant behavior. - Contact Instructor for more details | Li Shu | Human Factors & Ergonomics | MEng Project |
| N/A | Nuclear power plant design and operations, materials evaluation, nondestructive testing, signal processing - Contact Instructor for more details | Anthony Sinclair | Mechanics and Materials | MEng Project |
| N/A | Artificial photosynthesis: Design materials to convert CO2 into hydrocarbons | Chandra Singh | MEng Project | |
| N/A | Damage and failure analysis of wind turbine composite blades | Chandra Singh | MEng Project | |
| N/A | Nanomechanics of graphene-polymer nanocomposites | Chandra Singh | MEng Project | |
| N/A | Ultrastrong, ultralight nanocrystalline hybrid materials for future aerospace technologies | Chandra Singh | MEng Project | |
| Fall 2018 | Silicon on Insulator (SOI) for high temperature pressure measurements | Pierre Sullivan | Thermal Sciences | MEng Project |
| Fall 2018 | Comparison of image processing options for microarrays | Pierre Sullivan | Thermal Sciences | MEng Project |
| Fall 2018 | GPU based particle image velocimetry | Pierre Sullivan | Thermal Sciences | MEng Project |
| N/A | Design and construction of a medical device (urethro-vesical stapler) | Yu Sun | Mechanics and Design | MEng Project |
| N/A | Solar Chimney with Wind Catcher in High-Rise Multi-Unit Residential Buildings | Marianne Touchie | Thermal Sciences | MEng Project |
| N/A | Bio-oil use in burners and engines | Murray Thomson | Thermal Sciences | MEng Project |
| N/A | Investigating First-year Engineering Student Resilience | Chirag Variawa | MEng Project | |
| N/A | Data Analysis and Strategic Development: Engineering Student Workload | Chirag Variawa | MEng Project | |
| N/A | Design and Fabrication of a Microfluidic Device for Tissue Engineering | Lidan You | Mechanics and Materials | MEng Project |
| Winter 2019 | Design and modelling of a lung-on-a-chip airflow system for studying particle inhalation and deposition in airways | Young, Edmond | Mechanics and Materials | MEng Project |
| Winter 2019 | Design and fabrication of 3D-printed interconnects and manifolds for open microfluidic devices | Young, Edmond | Mechanics and Materials | MEng Project |
| Winter 2019 | Advanced manufacturing and novel materials for biomicrofluidic and organ-on-a-chip systems | Young, Edmond | Mechanics and Materials | MEng Project |
| Winter 2019 | Design considerations for multi-organ microphysiological systems | Young, Edmond | Mechanics and Materials | MEng Project |
| Winter 2019 | Design and development of a portable organ-on-a-chip incubator | Young, Edmond | Mechanics and Materials | MEng Project |
| N/A | Studying Wetting Properties of Different Coatings | Prof. Chandra & Prof. Nejad | Mechanics and Materials | MEng Project |
| N/A | MEng project with specialty LED lighting manufacturer | Professors J.K. Spelt and F. Azhari | Mechanics and Materials | MEng Project |
| N/A | Minimization of a makespan for multiproject job scheduling | Viliam Makis | Operations Research | Undergraduate |
| N/A | Application of SPC and DE in Automotive Industry | Viliam Makis | Operations Research | Undergraduate |
| N/A | Development of a Stochastic Dynamic Model for a Make-to-Order Production System | Viliam Makis | Operations Research | Undergraduate |
| N/A | Quality Control and Improvement Using Lean Six Sigma Approach | Viliam Makis | Operations Research | Undergraduate |
| N/A | Optimal scheduling of repairs for several production facilities considering a single repair crew | Viliam Makis | Operations Research | Undergraduate |
| N/A | Conducting Polymer Based Pressure Sensors for smart Skin Applications | Hani Naguib | Materials | Undergraduate |
| N/A | Development of shape memory materials actuator for soft robotics applications | Hani Naguib | Materials | Undergraduate |
| N/A | Smart Materials Based Environmental Sensing | Hani Naguib | Materials | Undergraduate |
| N/A | The development of high performance EMI shielding materials for next generation wearable electronics | Chul B. Park | Materials | Undergraduate |
| N/A | Foaming behavior of immiscible polymer blends in a gas assisted foam injection molding process | Chul B. Park | Materials | Undergraduate |
| N/A | Functional Nanofiber-Reinforced Nanocomposites Foams for Wearable Electronics | Chul B. Park | Materials | Undergraduate |
| N/A | Hybrid nanofibrillar polymeric composites with improved physical-mechanical properties | Chul B. Park | Materials | Undergraduate |
| N/A | Impact of model foam processing into the physical chemistry of various polyolefin | Patrick C. Lee | Materials | Undergraduate |
| N/A | Investigating the foaming behaviour of branched and linear Nylon | Chul B. Park | Materials | Undergraduate |
| N/A | A microfluidic system for cancer cell biology | Xinyu Liu | Thermofluids | Undergraduate |
| N/A | Design and control of a soft robot | Xinyu Liu | Robotics | Undergraduate |
| N/A | Fabrication and Testing of Stretchable Conductive Electrodes | Xinyu Liu | Robotics | Undergraduate |
| N/A | Paper-based microfluidic biosensors | Xinyu Liu | Robotics | Undergraduate |
| N/A | Tailoring polymer property by developing in-situ nanofibrils | Chul B. Park | Materials | Undergraduate |
| N/A | System for Investigating Foam Processing Methods under High Pressure (P) and High Temperature (T) | Chul B. Park | Materials | Undergraduate |
| N/A | Production of nanocomposite with tailored properties | Chul B. Park | Materials | Undergraduate |
| N/A | Production of flexible thin film aerogel | Chul B. Park | Materials | Undergraduate |
| N/A | Nanocomposites with exfoliated graphene nanoplatelets | Chul B. Park | Materials | Undergraduate |
| N/A | Dynamic flow delivery in microfluidic system | Lidan You | Mechanics and Materials | Undergraduate |
| N/A | Development of a Catheter for Photoacoustic Endoscopy Imaging of Coronary Artery Lipids | Andreas Mandelis | Thermofluids | Undergraduate |
| N/A | Investigation of learning methods and collaboration strategies in Multi User Computer Aided Design tools | Alison Olechowski | Mechanics and Design | Undergraduate |
| N/A | Hardware Accelerated Exact Optimization | J. Christopher Beck | Undergraduate | |
| 2018-2019 | Polymer Composite Coextrusion Foaming | Patrick Lee | Thesis Project | Undergraduate |
| 2018-2019 | Small Animal Imaging | Andreas Mandelis | Thesis Project | Undergraduate |
| 2018-2019 | Thermophotonic Dynamic Imaging | Andreas Mandelis | Thesis Project | Undergraduate |
| 2018-2019 | Dynamic Imaging of Solar Cell | Andreas Mandelis | Thesis Project | Undergraduate |
| 2018-2019 | Evaluation of the Mechanical Performance | Andreas Mandelis | Thesis Project | Undergraduate |
| 2018-2019 | Minimization of a makespan | Villiam Makis | Thesis Project | Undergraduate |
| 2018-2019 | Application of SPC and DE | Villiam Makis | Thesis Project | Undergraduate |
| 2018-2019 | Development of a Stochastic Dynamic Model | Villiam Makis | Thesis Project | Undergraduate |
| 2018-2019 | Quality Control and Improvement | Villiam Makis | Thesis Project | Undergraduate |
| 2018-2019 | Optimal Scheduling for repairs | Villiam Makis | Thesis Project | Undergraduate |
| 2018-2019 | Civilian use of a novel augmented reality navigation display | Greg A. Jamieson | Thesis Project | Undergraduate |
| 2018-2019 | Machine learning classification of mental state | Greg A. Jamieson | Thesis Project | Undergraduate |
| 2018-2019 | Product Design for Pro Environmental Behavior | Prof. L Shu | Thesis Project | Undergraduate |
| 2018-2019 | Simulating the impact of brain lesions on the communication between memory and oculomotor systems | Prof. L Shu | Thesis Project | Undergraduate |
| 2018-2019 | ML-led microfluidics to optimize industrial fluid formulations | David Sinton | Thesis Project | Undergraduate |
| 2018-2019 | A microfluidic platform for the treatment of infertility | David Sinton | Thesis Project | Undergraduate |
| 2018-2019 | Improving a Bayesian optimization method for small-scale hydro energy harvesters | Amy Bilton | Thesis Project | Undergraduate |
| 2018-2019 | Classifying valid simulations during optimization for automated design using computational fluid dynamics models | Amy Bilton | Thesis Project | Undergraduate |
| 2018-2019 | Silicon on Insulator (SOI) for high temperature pressure measurements | Pierre E. Sullivan | Thesis Project | Undergraduate |
| 2018-2019 | Comparison of image processing options for microarrays | Pierre E. Sullivan | Thesis Project | Undergraduate |
| 2018-2019 | GPU based particle image velocimetry | Pierre E. Sullivan | Thesis Project | Undergraduate |
| 2018-2019 | Dispersion and Distribution of BNNTs | Azadeh Zandieh | Thesis Project | Undergraduate |
| 2018-2019 | Synthesis and characterization of Polymer-based aerogels | Solmaz Karamikamkar | Thesis Project | Undergraduate |
| 2018-2019 | Hybrid nanofibrillar polymeric composites with improved physical-mechanical properties | Iman Soltani, PhD | Thesis Project | Undergraduate |
| 2018-2019 | Confining graphene at the continuous interface in multi-percolated polymer blend systems | Jun Wang | Thesis Project | Undergraduate |
| 2018-2019 | Development of computational models for scaling up of sponge-based wastewater filtration system | Pavani Cherukupally | Thesis Project | Undergraduate |
| 2018-2019 | Development of bio based and bio inspired materials and composites | Hani Naguib | Thesis Project | Undergraduate |
| 2018-2019 | Multifunctional Nano Porous Organic Aerogels with Enhanced Mechanical & Physical Properties | Hani Naguib | Thesis Project | Undergraduate |
| 2018-2019 | Development of thermoplastic composites for high pressure and temperature applications | Hani Naguib | Thesis Project | Undergraduate |
| 2018-2019 | The Google Docs of CAD Fully synchronous collaboration in design | Alison Olechowski | Thesis Project | Undergraduate |
| 2018-2019 | Energy storage and conversion, fuel cells, and hydrogen production | Olivera Kesler | Thesis Project | Undergraduate |
| 2018-2019 | Rigid amorphous fraction in PLA and solubility measurements | Ruosong Li | Thesis Project | Undergraduate |
| 2018-2019 | Generation of steam by spraying water droplets on hot metal masses | Sanjeev Chandra | Thesis Project | Undergraduate |
