Projects

• Nose Landing Gear Development & Testing (Drone)
  August 2022
  SkyX Systems Corp. Toronto, Canada
  • Conducted ground impact and dynamic landing simulations to validate nose landing gear structural performance under nominal and off-nominal conditions, including high descent rates, increased MTOW, and simulated crosswind landings.
  • Instrumented the assembly with multi-axis strain gauge load cells (RCbenchmark system) to capture vertical, lateral, drag, and rebound loads, quantifying structural margins and shock absorption characteristics.
  • Performed flight test data correlation by analyzing onboard telemetry and load spectra to confirm compliance
  • Utilized Autodesk Simulation for finite element-based load path and force distribution analysis, supporting structural verification and design iteration.

Hydraulic Press Structural Frame Design
September 2020
Q1 Aviation Pvt. Ltd. Mississauga, Canada
• Designed and engineered a welded steel frame for a hydraulic press system used in removal of aircraft main and nose landing gear tires from wheel assemblies, ensuring robustness under high press loads.
• Performed finite element stress and load path simulations to verify structural integrity, safety factors, and compliance with aerospace maintenance requirements.
• Utilized Autodesk Inventor & Simulation for CAD modeling, structural optimization, and assembly design, while streamlining fabrication for ease of manufacturing and maintenance operations.

Designed automated air cooling mechanism using Arduino-based control for semi-truck
October 2018
Lakehead University Thunder Bay, ON, Canada
• Brake Cooling System Design: Designed and analyzed a custom air compressor for brake drum cooling; performed thermal and airflow testing, validating performance through simulations and experiments.
• Vibration Energy Harvester: Developed a cantilever-based piezoelectric harvester; conducted vibration and dynamics analysis, simulations, and lab testing to correlate responses with power generation and durability.
• Conducted real-time thermal testing with prototype to monitor heat dissipation and system response
• Tools & Methods: Autodesk Inventor (CAD), Autodesk CFD (conjugate heat transfer simulation), Arduino IDE (embedded systems integration).