Here is a list of my projects!
• Designed 3D models of aerodynamic components using SOLIDWORKS, focusing on drag reduction and airflow optimization.
• Conducted CFD (Computational Fluid Dynamics) simulations in Ansys Fluent to analyze and refine aerodynamic performance.
• Assisted in the fabrication and assembly process, working with CNC machining, laser cutting, and 3D printing to bring designs to life.
• Explored sidepod integration methods, balancing aerodynamic efficiency with chassis compatibility.
• Ran stress analysis tests to ensure the structural integrity of aerodynamic components under high-speed conditions.
📌 Check out the uOttawa Formula SAE Team to learn more.
• Upgraded a filament winding machine to enhance the composite airframe manufacturing process.
• Used a CNC router to machine custom fixtures for securing and supporting a metal cast rocket body.
• Optimized machine alignment, tensioning systems, and fiber layup parameters to ensure precision and repeatability.
• Conducted mechanical analysis and troubleshooting to refine the filament winding process and improve structural integrity.
📌 Check out the uOttawa Rocketry Team to learn more.
• Designed 3D models of the polisher, incorporating optimized features for efficient blade polishing.
• Developed adjustable polishing heads to accommodate various blade sizes and geometries, enhancing versatility.
• Focused on automation, integrating motor-driven components into the conceptual design for consistent and efficient polishing.
• Documented the entire design process, including detailed SOLIDWORKS models and a final engineering drawing.
📌 Check out the Final Project Drawing.
Client-Based Projects
• Designed and refined SOLIDWORKS 3D models, incorporating accessibility-focused features.
• Assembled the prototype using 3D printing, laser cutting, and workshop tools for precise construction.
• Integrated an ultrasonic sensor, servo motor, DC motor, and an Arduino Uno motherboard to automate the launching mechanism.
• Iterated through multiple design prototypes, conducting testing and troubleshooting to refine performance.
• Documented the entire design and development process, including challenges, solutions, and final testing.
📌 Check out the Repository.
• Built the app using Microsoft Power Apps, incorporating features such as point management, transaction history tracking, barcode scanning, and promotional deal integration.
• Tested and analyzed multiple point conversion techniques to determine the optimal exchange rate for existing market reward points into Zafin’s system.
• Designed and optimized automated workflows for seamless interaction between point transactions, barcode scanning, and transaction history tracking.
• Presented the completed functional prototype to the client, detailing the app’s core features and business benefits.
📌 Check out the Repository.