Student Research Opportunities

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.
  • 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 AddedTitleContactResearch AreaProgram
Summer 2023Interface Engineering and Architecture Design of Li-Rich Layered Cathode for Cycle-Stable Li-Ion BatteriesInterested MEng students can send CVs to Prof. Mohini Sain, m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Summer 2023Porous Silicon Nanowires for Lithium-Ion Battery Anodes with Long Cycle LifeInterested MEng students can send CVs to Prof. Mohini Sain, m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Summer 2023 2D Graphitic Carbon (GC) as Cathode Host in Lithium Sulfur Batteries Interested MEng students can send CVs to Prof. Mohini Sain, m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Summer 2023MXene Based Sulfur Hosts in Lithium Sulfur Batteries Interested MEng students can send CVs to Prof. Mohini Sain, m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Summer 2023 - 2 positions3D Printing Structural Battery Components for Electric Vehicles (EVs)Interested MEng students can send CVs to Prof. Mohini Sain, m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Summer 2023Additive
Manufacturing Next Generation Polymeric Materials
Interested candidates should immediately contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Summer 2023Development of Polymer Composite Systems with Enhanced Dynamic Properties at Elevated TemperaturesInterested candidates should immediately contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Summer 2023/Fall 2023IMICS Lab Operations ResearchInterested students should contact Farzad Khalvati (farzad.khalvati@utoronto.ca)Deep Learning, Natural Language Processing, Medical Image Analysis, Precision MedicineMEng Project
Summer 2023/Fall 2023IMICS Lab AI in MedicineInterested students should contact Farzad Khalvati (farzad.khalvati@utoronto.ca)Deep Learning, Natural Language Processing, Medical Image Analysis, Precision MedicineMEng Project
Summer 2023/Fall 2023Human-Centered Data Science in Healthcare and Medical ResearchPlease submit CV, unofficial transcript, and one paragraph describing your interest in the project in one file in a single email to Prof. Mark Chignell (chignel@mie.utoronto.ca) and Dr. Lu Wang (wanglu.wang@mail.utoronto.ca)Data Science, Machine Learning, Artificial Intelligence, Healthcare, Medical ResearchMEng Project
Summer 2023/Fall 2023Testing Chest Wall Deformations During Negative Pressure VentilationPlease submit CV and transcript for review to: Prof. Behdinan (behdinan@mie.utoronto.ca) by May 31, 2023.Mechanics & DesignMEng Project
Summer 2023/Fall 2023Reducing Noise Emission in Aerospace ApplicationsPlease submit CV and transcript for review to: Prof. Behdinan (behdinan@mie.utoronto.ca) by May 31, 2023.Mechanics & DesignMEng Project
Summer 2023/Fall 2023AI Based Design for 4D Printed PolymersPlease submit CV and transcript for review to: Prof. Behdinan (behdinan@mie.utoronto.ca) by May 31, 2023.Mechanics & DesignMEng Project
Summer 2023/Fall 2023Additive Manufacturing of Composite BiomaterialsInterested students should contact Professor Axel Guenther (axel.guenther@utoronto.ca)Bioprinting, 3D printing, material optimization, bioengineeringMEng Project
Summer 2023/Fall 2023Multi-Nozzle Printhead for Consistent, Rapid In-Situ Delivery of
Bioinks with a Handheld Bioprinter
Interested students should contact Professor Axel Guenther (axel.guenther@utoronto.ca)Bioprinting, 3D printing, material optimization, bioengineeringMEng Project
Spring 2023Electronics and Embedded Systems Development for Smart Wearable Medical DevicesInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Winter 2023Investigating Driver Interaction with Automated VehiclesInterested students should contact Prof. Birsen Donmez (donmez@mie.utoronto.ca) or Chelsea DeGuzman (deguzman@mie.utoronto.ca) by January 31, 2023.

Required qualifications:
• Valid driver’s license
• Strong written and oral communication skills
Human FactorsMEng Project
Winter 2023

ICU-ROOMInterested MEng students should forward their CV's to Professor Myrtede Alfred: alfred@mie.utoronto.ca

The student should be proficient in AutoCAD.

A Human Factors background and experience with Unity (development platform) is preferred but not required.

Application Deadline is January 9, 2023
Human FactorsMEng Project
Winter 2023Identifying-Barriers-to-Utilization-of-Professional-Interpretation-ServicesInterested MEng students should forward their CV's to Professor Myrtede Alfred: alfred@mie.utoronto.ca

A Human Factors background is preferred but not required.

Application Deadline is January 9, 2023
Human FactorsMEng Project
Fall 2022Structural-integrity-and-fault-detection-for-port-cranesInterested MEng students should contact Professor Chi-Guhn Lee: cglee@mie.utoronto.caOperations Research, Applied Machine LearningMEng Project
Fall 2022Machine-learning-approach-to-forecasting-of-non-stationary-time-seriesInterested MEng students should contact Professor Chi-Guhn Lee: cglee@mie.utoronto.caOperations Research, Applied Machine LearningMEng Project
Fall 2022Development-of-Virtual-Mining-Company-for-KPI-Dashboard-DesignInterested MEng students should contact Professor Chi-Guhn Lee: cglee@mie.utoronto.caOperations Research, Applied Machine LearningMEng Project
Fall 2022Development-of-KPI-Key-Performance-Indicator-for-Mining-SectorInterested MEng students should contact Professor Chi-Guhn Lee: cglee@mie.utoronto.caOperations Research, Applied Machine LearningMEng Project
Fall 2022Adaptive-sampling-algorithm-for-fault-detection-of-port-cranesInterested MEng students should contact Professor Chi-Guhn Lee: cglee@mie.utoronto.caOperations Research, Applied Machine LearningMEng Project
Fall 2022Protecting the Health of our water through the removal of in-water pollutionPlease submit CV, transcript and a single paragraph describing your interest in the project in one file to Alison Olechowski (a.olechowski@utoronto.ca). Design, Information Systems Engineering and Human Factors & ErgonomicMEng Project
Fall 2022EVALUATION OF PRINTABILITY, FEATURE FIDELITY, AND DEGRADATION
BEHAVIOR OF PROPRIETARY BIOINKS USING COMMERCIAL 3D BIOPRINTERS
Interested candidates should contact Sushant Singh (Ph.D. Candidate) at sushant.singh@mail.utoronto.ca for more information.Bioprinting, 3D printing, material optimization, bioengineering, translation
technology
MEng Project
Fall 2022MULTI-NOZZLE PRINTHEAD FOR CONSISTENT, RAPID IN-SITU DELIVERY OF
BIOINKS WITH A HANDHELD BIOPRINTER
Interested candidates should contact Sushant Singh (Ph.D. Candidate) at sushant.singh@mail.utoronto.ca for more information.Bioprinting, 3D printing, fluid dynamics, bioengineering, translation
technology
MEng Project
Fall 2022 / Winter 2023Research Opportunity for MEng Projects at Intelligent Medical Image Computing Systems (IMICS)Lab
Interested candidates should contact Prof. Farzad Khalvati at farzad.khalvati@utoronto.ca for more information.Deep Learning, Natural Language Processing, Medical Image Analysis, Precision MedicineMEng Project
Fall 2022 / Winter 2023Qualitative analysis of clinician and patient interviews for a feasibility study on technology adoption at a rehabilitation centerInterested candidates should contact Prof. Fae Azhari at azhari@mie.utoronto.ca for more information.Mechanics & Design
Operations Research
MEng Project
Fall 2022 / Winter 2023Qualitative analysis of a technology adoption survey to be completed by civil engineering professionalsInterested candidates should contact Prof. Fae Azhari at azhari@mie.utoronto.ca for more information.Mechanics & Design
Operations Research
MEng Project
Fall 2022 / Winter 2023Triboelectric-Nanogenerators-for-energy-storage-units-and-powering-electronicsInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Fall 2022 / Winter 2023Thermoelectric-Composites-for-Hydrogen-Fuel-Cell-ApplicationsInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Fall 2022 / Winter 2023Machine-Learning-ML-in-Data-Driven-3D-Printing-Process-OptimizationInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Fall 2022 / Winter 2023Development-of-soft-robotics-actuator-for-artificial-muscle-applicationsInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Fall 2022 / Winter 2023Design-and-Fabrication-of-Multifunctional-Brain-ElectrodesInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Fall 2022 / Winter 2023 Data Science in HealthcarePlease submit CV, unofficial transcript, and a single paragraph describing your interest in the project in one file in a single email to Prof. Mark Chignell at chignel@mie.utoronto.ca and Dr. Lu Wang at wanglu.wang@mail.utoronto.ca. Please let us know your availability to do work over the next year.Information EngineeringMEng Project
Summer 2022Data-driven scheduling of store staff at Sport ChekInterested MEng students can send a CV and recent transcripts to Professor Vahid Sarhangian: sarhangian@mie.utoronto.caOperations Research, Applied Machine LearningMEng Project
Summer 2022Bio-polymer 3D-printingInterested candidates should contact Prof. Hani E. Naguib (naguib@mie.utoronto.ca) for more information.Materials, Mechanics & Design, RoboticsMEng Project
Winter 20222D g C3N4 as Cathode Host in Lithium Sulfur BatteriesInterested MEng students can send a CV, a paragraph of interest and amount of time they will be spending on the project, if accepted, to Prof. Mohini Sain, m.sain@utoronto.ca
*Students will be accepted from now until the beginning of September
Advanced Manufacturing, Mechanics and MaterialsMEng Project
Winter 2022Porous MXene Based Sulfur Hosts in Lithium Sulfur BatteriesInterested MEng students can send a CV, a paragraph of interest and amount of time they will be spending on the project, if accepted, to Prof. Mohini Sain, m.sain@utoronto.ca
*Students will be accepted from now until the beginning of September
Advanced Manufacturing, Mechanics and MaterialsMEng Project
Winter 2022Applied Data Science in HealthcarePlease submit CV, unofficial transcript, and a single paragraph describing your interest in the project in one file in a single email to Prof. Mark Chignell at chignel@mie.utoronto.ca and Dr. Lu Wang at wanglu.wang@mail.utoronto.caInformation EngineeringMEng Project
Winter 2022Fused Filament Fabrication of High Performance Polymers Towards Tailored Mechanical
Performance
Interested MEng students can send CVs to Prof. Mohini Sain, m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Winter 2022Improving CPR Quality Through Effective Integration of Visual FeedbackInterested MEng students can send CVs to alfred@mie.utoronto.ca.
Research experience and a human factors background are preferred but not required.
Deadline: January 9, 2022
Human FactorsMEng Project
Fall 2021Evaluation of the Automated Transit Shuttle Pilot in Toronto Interested MEng students can submit CV, transcript, and a single paragraph describing your intertest in the project in one file in a single email to Birsen Donmez at donmez@mie.utoronto.ca and Toka Muhmmad at toka.muhammad@utoronto.ca.

Application deadline: December 7, 2021
Data Analytics, Transportation Engineering, Human Factors.Multidisciplinary MEng Project
Fall 2021Remote Patient Monitoring Project Interested MEng students can send CVs to alfred@mie.utoronto.ca.
Research experience and a human factors background are preferred but not required.
Deadline: January 9, 2022
Human FactorsMEng Project
Fall 2021Physical and mechanical characterization of 3D printed light-weight parts with high performance polymersContact: Prof. Mohini Sain at m.sain@utoronto.caAdvanced Manufacturing, Mechanics and MaterialsMEng Project
Fall 2021Optimization of FDM 3D printing parameters for the fabrication of light-weight parts with
high performance polymers
Contact: Prof. Mohini Sain at m.sain@utoronto.caAdvanced Manufacturing, Mechanics and DesignMEng Project
Fall 2021Preliminary Design of an Artificial PlacentaInterested MEng students should send an unofficial transcript, resume and a brief statement of interest to: Prof. Behdinan at behdinan@mie.utoronto.ca and cc to: sr.mishra@mail.utoronto.ca by Jan. 7th, 2022.



1. Brief statement of interest on the top 1 preference of the projects.
2. CV.
3. Recent unofficial transcript even if there is no grade on it.
Mechanics & DesignMEng Project
Fall 2021Use Computer Vision to Design of Failure Detection System for FDM 3D PrintersStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics & DesignMEng Project
Fall 2021Structural Integrity and Fault Detection for Port CranesContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Machine Learning Approach to Forecasting Product Display PatternsContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Machine Learning Approach To Forecasting of Non-Stationary Time SeriesContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Failure Detection and Classification for Wind TurbinesContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Dynamic Safe Routing for Hazardous Material TransportationContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Diagnostic Model for Automated Packaging MachineContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Development of KPI Key Performance Indicator for Mining SectorContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Development of Digital Twin for Supply ChainContact: Prof. Lee, cglee@mie.utoronto.ca Operations ResearchMEng Project
Fall 2021Design of A New Root Canal Cleaning Instrument Interested ME-MEng students should email the following documents to: mcp@mie.utoronto.ca by Sept. 17, 2021.

1. Brief statement of interest on the top 1 preference of the projects.
2. CV.
3. Recent unofficial transcript even if there is no grade on it.
Mechanics and DesignMEng Project
Fall 2021 Solving Transient Inverse Heat Transfer Problems in Complex Geometries using Physics
Guided Neural Networks
Availability: September 2021 – April/August 2022
Application Deadline: Open until filled
Interested students are encouraged to apply by sending the documents listed below, as a single PDF
with the subject line: “InVEST Project Application - Project Title” to info.invest@utoronto.ca and CC
tobi.edun@mail.utoronto.ca.
1. Resume/CV
2. Copy of your most recent transcript (does not need to be official transcript, ROSI copy
acceptable)
3. Statement of Interest demonstrating your motivation for pursuing the project and what you will
bring to this collaborative project
ThermofluidsMEng Project
Fall 2021 Design and Development of a Coaxial Drone Propeller Test RigInterested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca no later than Friday July 30, 2021 at 5:00pm.



Should you have any questions, please contact mcp@mie.utoronto.ca
Mechanics and DesignMEng Multidisciplinary Project Project
Fall 2021Building an Autonomous Hybrid Metal Additive Manufacturing SystemInterested students are encouraged to apply by sending their CV, transcript(s) and short summary of research experience (if applicable) to: mcp@mie.utoronto.ca no later than Friday August 17, 2021 at 5:00pm.
Mechanics and DesignMEng Multidisciplinary Project Project
Summer 2021Machine Learning Approach for Modular Assembly Planning in Large-Scale ProductsInterested students are encouraged to apply by sending the documents listed below with the subject line: “InVEST Project Application” to info.invest@utoronto.ca and CC tobi.edun@mail.utoronto.ca.
1. Resume/CV
2. Copy of your most recent transcript (does not need to be official transcript, ROSI copy acceptable)
3. Statement of Interest demonstrating your motivation for pursuing the project and what you will bring to this collaborative project.
Machine LearningMEng Project
Summer 2021Feeding Kids, Nourishing Minds Project (in partnership with the Joannah and Brian Lawson Centre for Child Nutrition)Interested students should contact Alison Olechowski by August 20, 2021 and submit 1) CV 2) Transcript and 3) Statement of interest (all in one file).Information Systems Engineering and Human Factors & ErgonomicsMEng Project
Summer 2021Comparison of Vertical and Horizontal Steam GeneratorsDr. David Warnica (david.warnica@utoronto.ca)Thermal SciencesMEng Project
Winter 2021Research Opportunity at Intelligent Medical Image Computing Systems LabDr. Farzad Khalvati (farzad.khalvati@utoronto.ca)Applied Machine Learning;
Information Engineering;
Human Factors
MEng Project
Winter 2021Design and development of Novel Composite Systems for Materials Under Extreme ConditionsHani NaguibAdvanced Manufacturing, Composite Materials DevelopmentMEng Project
Winter 2021Digital Transformation of Engineering Documentation System-Phase 5Eligibility
- 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 DesignMEng Multidisciplinary Project
Winter 2021Use Computer Vision to Design of Failure Detection System for FDM 3D PrintersStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021Inverse Design of Biomedical Implant Materials via a High-Throughput HighwayStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021Design and Manufacture of Novel Wear-and-Erosion Resistant High-Entropy AlloysStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021Nanostructured High-Entropy Alloys as Next-Generation Catalysts for Energy Applications: from AI-Driven Accelerated Discovery to Mass ProductionStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021Autonomous Additive Manufacturing System (AAMS): a Novel In-Situ Monitoring and Closed-Loop Control Process Using Machine LearningStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021Data-Driven Topology and Microstructure Optimization in Metal 3D PrintingStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021High-entropy alloys for Material RecyclingStudents are to send CV, transcripts, and a short summary of research experience to Professor Yu Zou at mse.zou@utoronto.ca Mechanics and DesignMEng Project
Winter 2021Drone MECH ProjectEligibility

- 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 DesignMEng Multidisciplinary Project
Winter 2021Investigation of Lower Body Negative Pressure on the Microvascular SystemInterested 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 DesignMEng Multidisciplinary Project
Winter 2021Analyst Failure and Component Removal Prediction-16 MonthApplication 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 DesignMEng Multidisciplinary Project
Winter 2021Analyst-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 DesignMEng Multidisciplinary Project
Winter 2021Analyst-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 DesignMEng Multidisciplinary Project
Winter 2021Business Intelligence AnalystApplication 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 DesignMEng Multidisciplinary Project
Winter 2021Project Coordinator and Reporting AnalystApplication 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 DesignMEng 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 DesignMEng 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 DesignMEng 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 DesignMEng Multidisciplinary Project
Winter 2021 Investigating Driver Interaction with Automated VehiclesInterested students should contact Prof. Birsen Donmez (donmez@mie.utoronto.ca) or Dina Kanaan (dina.kanaan@mail.utoronto.ca) by February 9, 2021.Human Factors & ErgonomicsMEng 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 DesignMEng Multidisciplinary Project
Fall 2020 Project Title: Investigation of Lower Body Negative Pressure on the Microvascular SystemInterested 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 DesignMEng Multidisciplinary Project
Fall 2020 Visualizing Dependencies and Inconsistencies across Models during Interdisciplinary Engineering CollaborationInterested 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 conditionsHani NaguibAdvanced Manufacturing, Composite materials developmentMEng Project
Fall 2020 Project Title: 3D Printed Soft Materials for Robotics ApplicationsInterested 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 DesignMEng Multidisciplinary Project
Fall 2020 Project Title: The use of AI in quality assurance using NDTInterested 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 DesignMEng Multidisciplinary Project
Fall 2020Project Title: Systems Improvements at the Provincial Forensic Pathology UnitInterested students should send a brief statement of interest, resume and unofficial undergrad and grad transcripts to: mcp@mie.utoronto.ca Mechanics and DesignMEng Multidisciplinary Project
Fall 2020Project Title: Analysis of Origami-Inspired Metamaterials using Digital Image CorrelationHani NaguibMechanics and MaterialsMEng Project
Summer 2020Project Title: Design of open-source ventilator controller Kamran Behdinan (contact Matthesa Gregg directly to apply)

Deadline: Wed. June 17, 2020
Mechanics and DesignMEng Multidisciplinary Project
Summer 2020Project Title: Analysis and Assessment of Open Source Standalone Ventilators Kamran Behdinan (contact Matthesa Gregg directly to apply)

Deadline: Mon. June 15, 2020
Mechanics and DesignMEng Multidisciplinary Project
Summer 2020Project Title: Analysis and Assessment of Open Source HALO Ventilators Kamran Behdinan (contact Matthesa Gregg directly to apply)

Deadline: Mon. June 15, 2020
Mechanics and DesignMEng Multidisciplinary Project
Winter 2020Toilet of the future Kamran Behdinan (contact Matthesa Gregg directly to apply)

Deadline: Jan 31, 2020
Mechanics and DesignMEng Multidisciplinary Project
Fall 2019 Data-driven modelling of the decision of patients who leave the emergency department without being seenVahid SarhangianOperations ResearchMEng Project
Fall 2019Lattice Boltzman Method applied to Aerodynamic control on a low Reynolds airfoil with realistic synthetic jet geometries
Pierre SullivanThermofluidsMEng Project
N/AOptimization of a catheter tip design to maximize visibility in the aortaEdgar AcostaComputational Fluid DynamicsMEng Project
Fall 2018Evaluating the impact of workflow communication tools on the Gamma Knife workflow at the Odette Cancer Centre Dionne AlemanOperations ResearchMEng Project
N/AModel Refinement and Validation in Simulation-based Design OptimizationCristina AmonThermofluidsMEng Project
N/ASimulation of Wind Turbine Wakes using CFD TechniquesCristina AmonThermofluidsMEng Project
N/ATransistor-Level Transient Modelling of Thermal Transport in Electronic Devices
Cristina AmonThermofluidsMEng Project
Fall 2018A Machine Learning System to Optimize the Performance of Spray Nozzles
Nasser Ashgriz

ThermofluidsMEng Project
Fall 2018Characterizing the Breakup of a Liquid DropletNasser AshgrizThermofluidsMEng Project
Fall 2018Development of Pharmaceutical AerosolsNasser AshgrizThermofluidsMEng Project
N/AJob Shop Scheduling Problems and Mixed Integer Programming Pre-solversChristopher BeckInformation EngineeringMEng Project
N/AScheduling in Queueing Network Environments with Flexible Servers and Setup Times
Christopher BeckInformation EngineeringMEng Project
N/ARobotic Vision, Mobile Robotics, 5-axis Milling Machine Design

- Contact Instructor for more details
Beno BenhabibRoboticsMEng Project
N/AOperations Research, Optimization, Radiation Therapy, Healthcare Operations

- Contact Instructor for more details
Timothy ChanOperations ResearchMEng Project
N/AData Management and the Web, Analytics, Information Retrieval and Visualization, Data Modeling and Business Process Engineering, Healthcare Data Management

- Contact Instructor for more details
Mariano ConsensInformation EngineeringMEng Project
N/ALarge Scale Data Analytics and VisualizationMariano ConsensInformation EngineeringMEng Project
Fall 2018Fabrication and Testing of Medical MicrorobotsEric DillerRoboticsMEng Project
N/AMicro-mechanical characterization of solid 3rd bodies created in dry lubricated contact within space mechanismsTobin FilleterMaterials MEng Project
Fall 2018Ontologies for Representing and Measuring City Performance (multiple projects) Mark FoxInformation EngineeringMEng Project
Fall 2018An Ontology for Building Management and EvacuationMark FoxInformation EngineeringMEng Project
Fall 2018Smart Cities: Intelligent Agents for the Urban Operating System (multiple projects)Mark FoxInformation EngineeringMEng Project
Fall 2018Handheld bioprinter design for deposition of multilayered engineered skin graftsAxel GuentherThermofluidsMEng Project
N/AExperimental and Numerical Studies of Fluid Properties and MeasurementsDavid JamesThermofluidsMEng Project
Fall 2018Finding Yourself in Virtual Reality Navigation Task
Greg JamiesonHuman FactorsMEng Project
Fall 2018Materials 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 KeslerMechanics and MaterialsMEng Project
N/ASolid oxide fuel cells, high-efficiency electrolysis, oxygen separation membranes, clean energy

- Contact Instructor for more details
Olivera KeslerMechanics and MaterialsMEng Project
Winter 2019Machine learning to classify underpayment claimsChi-Guhn LeeOperations ResearchMEng Project
Winter 2019Reinforcement learning for optimal inventory rationing
Chi-Guhn LeeOperations ResearchMEng Project
Winter 2019Optimal waiting time quotationChi-Guhn LeeOperations ResearchMEng Project
N/AMatching 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 LeeOperations ResearchMEng Project
N/AResource 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 LeeOperations ResearchMEng Project
N/ANonparametric methods for reinforcement learningChi-Guhn LeeOperations ResearchMEng Project
N/ADynamic correlations in bond portfolios
Chi-Guhn LeeOperations ResearchMEng Project
N/AArtificial Neural networks for Israeli option valuationChi-Guhn LeeMachine Learning, FinanceMEng Project
N/AHedging Israeli options
Chi-Guhn LeeFinanceMEng Project
Fall 2018Polymer/Composite Coextrusion Foaming
Patrick LeeMechanics and MaterialsMEng Project
Fall 2018Visualization of Plastic Crystallization and Foaming Behaviors under Stress
Patrick LeeMechanics and MaterialsMEng Project
Fall 2018Nanofibers Enhanced Strain Hardening of Linear Polymer
Patrick LeeMechanics and MaterialsMEng Project
Winter 2019Fabrication and Testing of Stretchable Conductive Electrodes for Soft Robotics
Xinyu LiuFluid MechanicsMEng Project
Winter 2019Design and Control of A Soft Wall-Climbing RobotXinyu LiuFluid MechanicsMEng Project
Winter 2019Design and Testing of a Microfluidic Device for Cancer Cell Studies
Xinyu LiuFluid MechanicsMEng Project
Winter 2019Paper-Based Microfluidic Biosensors
Xinyu LiuFluid MechanicsMEng Project
N/ANon-Destructive Diffusion-wave Techniques and Imaging for Solar Cells and Clean Energy Conversion Optoelectronic DevicesAndreas Mandelis (with Dr. Alexander Melnikov)Thermal SciencesMEng Project
N/ADynamic Imaging of Solar Cell Optoelectronic Quality using a Near-Infrared CameraAndreas MandelisThermal SciencesMEng Project
N/ABirdstrike and Novel Design of Fan Blades

Shaker MeguidMechanics and MaterialsMEng Project
N/ADesign, Analysis and Development of Micro Gas Turbine for propulsion of Micro UAVs
Shaker MeguidMechanics and MaterialsMEng Project
N/ADesign, Analysis and Optimisation of Novel Morphing Chevron Nozzle in Gas Turbine EnginesShaker MeguidMechanics and MaterialsMEng Project
N/AMorphing Wing Design for UAVShaker MeguidMechanics and MaterialsMEng Project
N/AMultifunctional Nanocomposites for Self Health Monitoring
Shaker MeguidMechanics and MaterialsMEng Project
Winter 2020Development of Environmentally Benign Nanocomposite with Thermal Stability
Hani NaguibMechanics and MaterialsMEng Project
Winter 2020Development of new thermoplastic composites for applications under extreme conditions
Hani NaguibMechanics and MaterialsMEng Project
Fall 2018Smart Materials Based Environmental Sensing
Hani NaguibMechanics and MaterialsMEng Project
N/AInvestigation of the Processing Parameters of Functionally Graded Closed-Cell Bio-Compatible Cellular MaterialsHani NaguibMechanics and MaterialsMEng Project
N/AProject 4: Investigation of the Processing Parameters of Biocomposites Materials
Hani NaguibMechanics and MaterialsMEng Project
Fall 2018Functionalized Porous-Carbon Composite with Attached Metal Nanoparticles for CO2/CO Capture and UtilizationHani NaguibMechanics and MaterialsMEng Project
N/ADevelopment of thermoplastic composites for high pressure and temperature applicationsHani NaguibMechanics and MaterialsMEng Project
N/AMultifunctional Nano Porous Organic Aerogels with Enhanced Mechanical & Physical PropertiesHani NaguibMechanics and MaterialsMEng Project
N/ARobots learning their behaviorsGoldie NejatRoboticsMEng Project
N/AService and Assistive Robotics, Social and Personal Robots, Robot Sensory Systems, AI and Control, and Human-Robot Interaction

- Contact Instructor for more details

Goldie NejatRoboticsMEng Project
N/ACAD models and design reviews: survey data analysis
Alison OlechowskiMechanics and MaterialsMEng Project
N/AInjection Foam Molding of Polymer NanocompositesChul ParkMechanics and MaterialsMEng Project
N/AVisualization of Plastic Foaming Process in Injection Foam MoldingChul ParkMechanics and MaterialsMEng Project
N/APolymer based silica aerogel production and optimization for thermal insulation applicationsChul ParkMechanics and MaterialsMEng Project
N/AFundamental studies on cellular structure development in foam injection molding process
Chul ParkMechanics and MaterialsMEng Project
N/ALow-density extrusion foaming of engineering polymers
Chul ParkMechanics and MaterialsMEng Project
Winter 2019Hybrid nanofibrillar polymeric composites with improved physical-mechanical properties
Chul ParkMechanics and MaterialsMEng Project
Winter 2019Production of nanocomposite with tailored properties

Chul ParkMechanics and MaterialsMEng Project
Winter 2019Functional Nanofiber-Reinforced Nanocomposites Foams for Wearable Electronics

Chul ParkMechanics and MaterialsMEng Project
Winter 2019The development of high performance EMI shielding materials for next generation wearable electronicsChul ParkMechanics and MaterialsMEng Project
Winter 2019Production of flexible thin film aerogel
Chul ParkMechanics and MaterialsMEng Project
N/AApplying lead-user methods to identify and overcome obstacles to environmentally significant behavior.

- Contact Instructor for more details
Li ShuHuman Factors & ErgonomicsMEng Project
N/ANuclear power plant design and operations, materials evaluation, nondestructive testing, signal processing

- Contact Instructor for more details
Anthony Sinclair Mechanics and MaterialsMEng Project
N/AArtificial photosynthesis: Design materials to convert CO2 into hydrocarbons
Chandra SinghMEng Project
N/ADamage and failure analysis of wind turbine composite blades
Chandra SinghMEng Project
N/ANanomechanics of graphene-polymer nanocomposites
Chandra SinghMEng Project
N/AUltrastrong, ultralight nanocrystalline hybrid materials for future aerospace technologiesChandra SinghMEng Project
Fall 2018Silicon on Insulator (SOI) for high temperature pressure measurements Pierre SullivanThermal SciencesMEng Project
Fall 2018Comparison of image processing options for microarrays
Pierre SullivanThermal SciencesMEng Project
Fall 2018GPU based particle image velocimetry
Pierre SullivanThermal SciencesMEng Project
N/ADesign and construction of a medical device (urethro-vesical stapler)


Yu SunMechanics and DesignMEng Project
N/ASolar Chimney with Wind Catcher in High-Rise Multi-Unit Residential Buildings

Marianne TouchieThermal SciencesMEng Project
N/ABio-oil use in burners and engines

Murray ThomsonThermal SciencesMEng Project
N/AInvestigating First-year Engineering Student Resilience

Chirag VariawaMEng Project
N/AData Analysis and Strategic Development: Engineering Student Workload
Chirag Variawa
MEng Project
N/ADesign and Fabrication of a Microfluidic Device for Tissue Engineering
Lidan YouMechanics and MaterialsMEng Project
Winter 2019Design and modelling of a lung-on-a-chip airflow system for studying particle inhalation and deposition in airways
Young, EdmondMechanics and MaterialsMEng Project
Winter 2019Design and fabrication of 3D-printed interconnects and manifolds for open microfluidic devices

Young, EdmondMechanics and MaterialsMEng Project
Winter 2019Advanced manufacturing and novel materials for biomicrofluidic and organ-on-a-chip systems
Young, EdmondMechanics and MaterialsMEng Project
Winter 2019Design considerations for multi-organ microphysiological systems



Young, EdmondMechanics and MaterialsMEng Project
Winter 2019Design and development of a portable organ-on-a-chip incubator



Young, EdmondMechanics and MaterialsMEng Project
N/AStudying Wetting Properties of Different Coatings

Prof. Chandra & Prof. NejadMechanics and MaterialsMEng Project
N/AMEng project with specialty LED lighting manufacturer
Professors J.K. Spelt and F. AzhariMechanics and MaterialsMEng Project
N/AConducting Polymer Based Pressure Sensors for smart Skin ApplicationsHani NaguibMaterialsUndergraduate
N/ADevelopment of shape memory materials actuator for soft robotics applicationsHani NaguibMaterialsUndergraduate
N/ASmart Materials Based Environmental Sensing Hani NaguibMaterialsUndergraduate
N/AThe development of high performance EMI shielding materials for next generation wearable electronicsChul B. ParkMaterialsUndergraduate
N/AFoaming behavior of immiscible polymer blends in a gas assisted foam injection molding processChul B. ParkMaterialsUndergraduate
N/AFunctional Nanofiber-Reinforced Nanocomposites Foams for Wearable ElectronicsChul B. ParkMaterialsUndergraduate
N/AHybrid nanofibrillar polymeric composites with improved physical-mechanical properties
Chul B. ParkMaterialsUndergraduate
N/AImpact of model foam processing into the physical chemistry of various polyolefinPatrick C. LeeMaterialsUndergraduate
N/AInvestigating the foaming behaviour of branched and linear NylonChul B. ParkMaterialsUndergraduate
N/AA microfluidic system for cancer cell biologyXinyu LiuThermofluidsUndergraduate
N/ADesign and control of a soft robotXinyu LiuRoboticsUndergraduate
N/AFabrication and Testing of Stretchable Conductive ElectrodesXinyu LiuRoboticsUndergraduate
N/APaper-based microfluidic biosensorsXinyu LiuRoboticsUndergraduate
N/ATailoring polymer property by developing in-situ nanofibrilsChul B. ParkMaterialsUndergraduate
N/ASystem for Investigating Foam Processing Methods under High Pressure (P) and High Temperature (T)Chul B. ParkMaterialsUndergraduate
N/AProduction of nanocomposite with tailored propertiesChul B. ParkMaterialsUndergraduate
N/AProduction of flexible thin film aerogelChul B. ParkMaterialsUndergraduate
N/ANanocomposites with exfoliated graphene nanoplateletsChul B. ParkMaterialsUndergraduate
N/ADynamic flow delivery in microfluidic systemLidan YouMechanics and MaterialsUndergraduate
N/ADevelopment of a Catheter for Photoacoustic Endoscopy Imaging of Coronary Artery LipidsAndreas MandelisThermofluidsUndergraduate
N/AInvestigation of learning methods and collaboration strategies in Multi User Computer Aided Design toolsAlison Olechowski
Mechanics and Design Undergraduate
N/AHardware Accelerated Exact OptimizationJ. Christopher BeckUndergraduate
2018-2019Polymer Composite Coextrusion FoamingPatrick LeeThesis ProjectUndergraduate
2018-2019Small Animal ImagingAndreas MandelisThesis ProjectUndergraduate
2018-2019Thermophotonic Dynamic ImagingAndreas MandelisThesis ProjectUndergraduate
2018-2019Dynamic Imaging of Solar CellAndreas MandelisThesis ProjectUndergraduate
2018-2019Evaluation of the Mechanical PerformanceAndreas MandelisThesis ProjectUndergraduate
2018-2019Civilian use of a novel augmented reality navigation displayGreg A. JamiesonThesis ProjectUndergraduate
2018-2019Machine learning classification of mental stateGreg A. JamiesonThesis ProjectUndergraduate
2018-2019Product Design for Pro Environmental BehaviorProf. L ShuThesis ProjectUndergraduate
2018-2019Simulating the impact of brain lesions on the communication between memory and oculomotor systemsProf. L ShuThesis ProjectUndergraduate
2018-2019ML-led microfluidics to optimize industrial fluid formulationsDavid SintonThesis ProjectUndergraduate
2018-2019A microfluidic platform for the treatment of infertilityDavid SintonThesis ProjectUndergraduate
2018-2019Improving a Bayesian optimization method for small-scale hydro energy harvestersAmy BiltonThesis ProjectUndergraduate
2018-2019Classifying valid simulations during optimization for automated design using computational fluid dynamics modelsAmy BiltonThesis ProjectUndergraduate
2018-2019Silicon on Insulator (SOI) for high temperature pressure measurementsPierre E. SullivanThesis ProjectUndergraduate
2018-2019Comparison of image processing options for microarraysPierre E. SullivanThesis ProjectUndergraduate
2018-2019GPU based particle image velocimetryPierre E. SullivanThesis ProjectUndergraduate
2018-2019Development of bio based and bio inspired materials and compositesHani NaguibThesis ProjectUndergraduate
2018-2019Multifunctional Nano Porous Organic Aerogels with Enhanced Mechanical & Physical PropertiesHani NaguibThesis ProjectUndergraduate
2018-2019Development of thermoplastic composites for high pressure and temperature applicationsHani NaguibThesis ProjectUndergraduate
2018-2019The Google Docs of CAD Fully synchronous collaboration in designAlison OlechowskiThesis ProjectUndergraduate
2018-2019Energy storage and conversion, fuel cells, and hydrogen productionOlivera KeslerThesis ProjectUndergraduate
2018-2019Generation of steam by spraying water droplets on hot metal massesSanjeev ChandraThesis ProjectUndergraduate

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