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Aleeza Zar

Biomedical Engineer

Burlington, Ontario, Canada

ABOUT ME

I'm a biomedical engineer with expertise in human-centered design, control systems, and clinical research.


I've led ergonomic design for Formula SAE vehicles, developed firmware for advanced vehicle controls, and conducted molecular biology research.


I combine technical depth in CAD, simulation, and programming with strong collaboration skills and a passion for healthcare innovation and patient-centered solutions.

PROJECTS
CONTACT
RESUME

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.

Raspberry PiRapid PrototypingElectronics PrototypingLaser Cutting & FabricationSolidWorks (CAD & Rendering)Python (Embedded Control Logic)Sensor Integration (Photocells)
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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.

Surface & Mesh ModelingCarbon Fiber Seat DesignComposite Layup PlanningMold Design for CompositesDriver Fit & Reach AnalysisHuman Factors & Ergonomic PackagingSolidWorks (Advanced CAD & Surfacing)

“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 InventorSpatial OptimizationModular System DesignPugh Matrix EvaluationStructural Design PrinciplesEngineering Design IterationQuantitative Trade-Off Analysis
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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,...

Biomaterials ResearchBiomedical CAD ModelingImplant Fixation MethodsOrthopedic Implant DesignDesign for ManufacturabilitySurface Engineering ConceptsAdditive Manufacturing (3D Printing)