background

Physio-Go ~ Gamified Physiotherapy Device for Multiple Sclerosis Patients

Designed and prototyped a portable, gamified physiotherapy device to help individuals with Multiple Sclerosis (MS) maintain upper-limb range of motion and therapy consistency at home or while travelling.
SolidWorks (CAD & Rendering)Raspberry PiPython (Embedded Control Logic)Sensor Integration (Photocells)Rapid PrototypingLaser Cutting & FabricationElectronics PrototypingHuman-Centered DesignAssistive & Rehabilitation DevicesHealth & Safety Risk AnalysisTeam Leadership & Project Management
Formula Electric Cockpit Ergonomics & Seat Design

Formula Electric Cockpit Ergonomics & Seat Design

Leading the design and manufacture of a carbon-fiber driver seat for the McMaster Formula Electric racecar, with a focus on ergonomics, structural performance, weight reduction, and integration within tight cockpit constraints.
SolidWorks (Advanced CAD & Surfacing)Surface & Mesh ModelingCarbon Fiber Seat DesignComposite Layup PlanningMold Design for CompositesHuman Factors & Ergonomic PackagingDriver Fit & Reach AnalysisDesign for Manufacturability (Composites)Carbon Fiber ManufacturingStructural Design ConsiderationsMechanical System IntegrationDesign Iteration from Driver Feedback

“Cube” - McMaster Design League Competition Winner

Cube was a modular engineering design project developed for the McMaster Design League competition, focused on creating a spatially efficient and structurally stable system tailored to real user needs.
Autodesk InventorModular System DesignSpatial OptimizationStructural Design PrinciplesEngineering Design IterationPugh Matrix EvaluationQuantitative Trade-Off AnalysisUser Requirements AnalysisHuman-Centered DesignSystems ArchitectureTechnical PrototypingEngineering Problem SolvingDesign ValidationDecision-Making Under ConstraintsTechnical Communication
Biomedical Design of a Total Hip Replacement Implant

Biomedical Design of a Total Hip Replacement Implant

This biomedical design project focused on the conceptual design and prototyping of a total hip replacement implant. The project explored how implant geometry, surface features, fixation methods, and material selection influence joint stability, wear, and long-term performance. Through CAD modeling, ...
Orthopedic Implant DesignBiomedical CAD ModelingAdditive Manufacturing (3D Printing)Design for ManufacturabilityBiomaterials ResearchImplant Fixation MethodsSurface Engineering ConceptsMaterial Selection for Medical DevicesEvidence-Based Design (Literature-Driven)Manufacturing Limitations Analysis