MIE Undergraduate Research Thesis (MIE498 H/Y)

MIE Undergraduate Thesis Projects: An Opportunity for Independent Research under Faculty Supervision.

Enrollment Procedure:
  1. Find a supervisor and a thesis topic/project: You can review the available thesis topics/projects below or you can independently contact MIE faculty members who you are interested in working with. The website will be updated with project submissions as they become available.
  2. Once you have found a faculty member who will supervise you, submit the Thesis Enrollment Form to the MIE Undergraduate Office at mie.undergrad@utoronto.ca. Ensure that your supervisor signs the form.
  3. Attach a 1-page outline of the project you plan to undertake.
    a. Explain how the research project builds upon one or more aspects of engineering science introduced in the student's academic program
    b. Provide an estimate of a level of effort not less than 130 productive hours of work per term
    c. Specify a deliverable in each term to be submitted by the last day of lectures
  4. Final submission date for the Thesis topic forms: 5 business days prior the last day to add courses

    1. If approved, your research thesis will be added to your transcript on ACORN by the MIE UG Office. If it is not approved, we will notify you by email.

Note: Approval to register for the fourth-year thesis course (MIE498H1 or MIE498Y1) must be obtained from the Associate Chair - Undergraduate and is normally restricted to fourth year students with a cumulative grade point average of at least 2.7.

Thesis Examples:

Materials:

Available Projects:

Date AddedOpen toTerm OfferedResearch AreaResearch Topic
July 6, 2026Mechanical and IndustrialFull-yearMechanics & DesignDevelopment of an Automated Microfluidic Platform Using Deep Learning for Scalable Production of Microgels
July 6, 2026Mechanical and IndustrialFull-yearMechanics & DesignHuman-AI collaboration in early-stage engineering design
July 6, 2026Mechanical and IndustrialFull-yearHuman FactorsUncovering invisible contributions in modern collaborative document review
July 6, 2026Mechanical and IndustrialFull-yearMaterialsNon-destructive Imaging of Semiconductor Wafers and Solar Cells using a Near-Infrared Camera
July 6, 2026Mechanical and IndustrialWinterRoboticsAI-Embedded Robotics
July 6, 2026Mechanical and IndustrialFull-yearRoboticsAI-Embedded Robotics
July 6, 2026MechanicalFull-yearDesign, Robotics, FluidsScalable centrifugal pump for automated multi-organ on chip perfusion culture
July 6, 2026MechanicalFull-yearAdditive Manufacturing, Fluids, RoboticsContinuous Feed for Biofabricating Load Bearing Structures
July 6, 2026Mechanical and IndustrialFull-yearApplied Machine LearningInvestigating the Impact of AI Tutoring Strategies on Student Learning and Problem-Solving in Engineering Education
July 6, 2026Mechanical and IndustrialFull-yearApplied Machine LearningEvaluating the Impact of Industry-Inspired Projects and Professional Mentorship on Student Learning in Engineering Design Education
July 6, 2026Mechanical and IndustrialFull-yearApplied Machine LearningUnderstanding How Mechanical and Industrial Engineering Students Use Generative AI for Learning
July 6, 2026Mechanical and IndustrialFull-yearMechanics & DesignEvaluating the Educational Impact of AI-Powered Virtual Laboratories in Mechanical Design Education
July 6, 2026MechanicalWinterMaterialsGrowth of attached lubricants to liquid glass
July 6, 2026MechanicalFull-yearMaterialsAdvanced coating development in the DREAM Lab
July 6, 2026MechanicalFull-yearMaterialsPhotothermal de-icing coatings for wind turbine blades
July 6, 2026MechanicalFull-yearRoboticsInternally Actuated Robot for Water-Surface Skipping Locomotion
July 6, 2026MechanicalFull-yearMaterialsHighly Efficient Passive Cooling Structures via Nano-layering
July 6, 2026MechanicalFull-yearMaterialsBio-inspired Ultra-Strong and Tough Hybrid Composites via Micro-structuring
July 6, 2026MechanicalFull-yearMaterialsTransforming Polymer Waste into High-Value Carbon Products and Composites: A Sustainable Solution
July 6, 2026MechanicalFull-yearMaterialsSubcutaneous Vein Detection and Mapping for Home Hemodialysis Self-cannulation
July 6, 2026MechanicalFull-yearApplied Machine LearningPolymer Microstructure Design and Foaming Optimization via Machine Learning (ML)
July 6, 2026MechanicalFull-yearMaterialsOptimizing the Microstructure of Bioplastic PLA with Lignocellulosic Biobased Nanofibrils
July 6, 2026MechanicalFull-yearMaterialsMicro-structuring of Artificial Nacre Structures via Laser-induced Graphene
July 6, 2026MechanicalFull-yearMaterialsHighly Stretchable and Self-Healable Organic Semiconductors for Health Monitoring Wearable Sensor
July 6, 2026MechanicalFull-yearMaterialsFabricating Hierarchically Structured Carbon Aerogels from Sustainable Biomaterials
July 6, 2026MechanicalFull-yearMaterialsDeep insight into reverse osmosis membrane compaction and characterization using microscopy imaging techniques
July 6, 2026MechanicalFull-yearMaterialsConductive polymer composites for Electro Magnetic Interference (EMI) shielding application
July 6, 2026Mechanical and IndustrialFull-yearThermofluidsDeep Learning with Physical Constraints: Reconstructing and Analyzing 3D Unsteady Wakes Behind Inclined Cubes
July 6, 2026Mechanical and IndustrialFull-yearThermofluidsDevelopment of Laser-Based Flow Visualization Techniques for Pitching Airfoil Aerodynamic Analysis
July 6, 2026MechanicalFull-yearThermofluidsMultiphysics Modeling of a Fabry-Perot Optical Pressure Transducer for Enhanced Performance and Reliability in High-Temperature, High-Pressure Liquid Environments
July 6, 2026MechanicalFull-yearThermofluidsUnsteady Reynolds-Averaged Navier-Stokes (URANS) Simulations of Flow Past a Single Cube at Various Angles of Attack
July 6, 2026MechanicalFull-yearThermofluidsAI Segmentation of Turbulent Flow Structure
July 6, 2026MechanicalFull-yearThermofluidsModeling Wettability and Structured Surfaces Using Lattice Boltzmann Methods
July 6, 2026IndustrialFallOperations ResearchDeveloping an approximation algorithm for a network clustering problem using integer optimization
July 6, 2026IndustrialFull-yearOperations ResearchRL for Operational Decision-Making
July 6, 2026IndustrialFull-yearOperations ResearchBy 2050 will Ontario nuclear facilities be sufficiently flexible to allow for a Carbon-Free GRID Energy system

Research projects are added on an ongoing basis, please check back often!