The Blue Sky Solar Racing project is a student-run initiative at the University of Toronto that aims to challenge conventional ideas on education, transportation, and sustainability through the design and construction of solar powered electric vehicles.

As the Aerodynamics Team Lead:

• Used CATIA 3Dexperience to design aerobody of Polaris, our team's 9th generation vehicle

• Performed CFD simulations of various car configurations to anylise performance and stability in various wind conditions

• Coordinated and performed a full scale wind tunnel tests at the National Resarch Council of Canada (NRC)

• Created presentations on aerodynamics theories, CAD, and CFD to educate members of our team

Website: http://www.blueskysolar.utoronto.ca/

During my time as an intern, I engaged in multiple projects including:

• software validation of the Computerized Aircraft Flight Manual (CAFM)

• Takeoff parametric model development using simulation for Global 7000

• Performance data reduction and table generation for the Global 7000 Quick Reference Handbook (QRH)

• Mission analysis

• Worked in the computer vision lab with emphasis on object detection, camera calibration and 3D vision

• Analyzed the efficiency of image processing algorithms based on computational time and memory usage

• Integrated hardware and image processing algorithms under one piece of software, allowing experiments to be automated