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ElastoGUI: Quantitative SWE Elastography Analysis

ElastoGUI: Quantitative SWE Elastography Analysis

Custom MATLAB-based offline post-processing pipeline for Shear Wave Elastography (SWE) data, developed to support pelvic floor biomechanics research. The system extends an existing open-source GUI (ElastoGUI) with a fully integrated two-stage workflow: automated temporal ensemble generation from…
MATLABDICOM processingImage processingGUI developmentJava-MATLAB interopRGB-to-physical-unit color decodingpolyarea/coordinate geometryXML parsingclinical data pipeline designresearch software development
Ultrasound Imaging (USI) Biometric Analysis
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Ultrasound Imaging (USI) Biometric Analysis

Developed for the MFM Lab’s research on aging and physical activity (Running Study), this project provides a robust MATLAB-based pipeline for the anatomical quantification of pelvic floor morphology. The tool enables researchers to extract high-precision biometrics from raw ultrasound videos (AVI)…
Image Processing ToolboxData AutomationGUI/UX DesignAlgorithm DevelopmentMATLABMedical Imaging Analysis
Pelvi-Sim: Pelvic Floor Training Model
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Pelvi-Sim: Pelvic Floor Training Model

Pelvi-Sim is a first-of-its-kind anatomical training model independently designed and developed for the MFM Lab to support pelvic floor physiotherapy education. This project delivers a high-fidelity, anatomically accurate training model that bridges the gap between theoretical learning and hands-on…
CADDesign for Manufacturing (DFM)Mechanism and assembly design3D Printing (PLA, TPU)Silicone castingmold designMulti-material prototypingStakeholder-based design iteration
GuardianGate: Intelligent Garage Safety & Access System
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GuardianGate: Intelligent Garage Safety & Access System

GuardianGate is an intelligent garage entry and safety system designed to enhance both mechanical safety and environmental awareness in residential garages. Traditional garage systems rely on limited sensing mechanisms that fail to detect low-profile obstructions and lack any form of air-quality…
C++ArduinoEmbedded SystemsMechatronicsPWM Motor ControlVoltage DividersState MachinesSensor CalibrationSignal ProcessingSensor IntegrationMechatronics System DesignSOLIDWORKS3D PrintingCircuit DesignProblem SolvingTechnical Communication
Aeolus Wind Turbine Design
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Aeolus Wind Turbine Design

The Aeolus project involved the design of a complete gearbox and nacelle system for a small-scale horizontal-axis wind turbine. The goal was to develop a functional and efficient mechanical system capable of converting wind energy into rotational power while balancing performance, cost, and…
Mechanical product designGear train designShaft and bearing selectionSOLIDWORKSComputer-Aided Design (CAD)Technical drawingProblem solvingTeamworkTechnical communication
Pratt Truss Bridge
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Pratt Truss Bridge

This project involved the design, analysis, and fabrication of a scaled Pratt truss bridge as part of a Mechanics of Materials course at the University of Ottawa. The objective was to optimize the bridge’s strength-to-weight ratio while ensuring structural integrity under applied loading…
Structural AnalysisLoad path analysisfailure predictionStrength-to-weight optimizationSAP2000SOLIDWORKSComputer-Aided Design (CAD)Technical drawingMicrosoft ExcelPrecision fabrication & assemblyProblem solvingIterative designTeamwork
A-TraQ-A-Bat: Solar-Powered Bat Activity Tracking System
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A-TraQ-A-Bat: Solar-Powered Bat Activity Tracking System

TraQ-A-Bat is a low-cost, energy-efficient monitoring system designed to track bat activity in conservation settings. Developed in collaboration with Tiree, the project addresses the need for non-invasive, long-term data collection tools to support ecological research and habitat preservation. The…
SOLIDWORKSCADEmbedded systems designSystem integrationArduinoC++Circuit design & integrationSensor interfacingReal-Time Clock (RTC) synchronizationLaser cutting3D printingProject managementtask delegationStakeholder collaboration
Mechanical Grabber: Reverse Engineering & CAD Reconstruction

Mechanical Grabber: Reverse Engineering & CAD Reconstruction

This project focused on reverse engineering a commercially available mechanical grabber and reconstructing it as a fully parametric CAD assembly. The objective was to analyze the physical device, extract accurate dimensions, and recreate all components and their functional relationships in a digital…
Reverse EngineeringCAD ModelingSOLIDWORKSAssembly DesignTechnical DrawingMechanical Systems UnderstandingTolerance & Fit AnalysisProblem SolvingTeamwork
Parametric CAD Modeling & Assembly Design (SOLIDWORKS Examination)

Parametric CAD Modeling & Assembly Design (SOLIDWORKS Examination)

This project involved the creation of multiple parametric parts and a complete assembly using engineering drawings, as part of a timed SOLIDWORKS examination. The objective was to accurately interpret technical drawings and translate them into fully defined 3D models and assemblies under time…
SOLIDWORKSPart & Assembly ModelingTechnical Drawing InterpretationParametric DesignAssembly Mating TechniquesTime ManagementAttention to DetailProblem Solving