UAV Engine
As part of an innovative startup venture, I collaborated with another student at McMaster University on an exciting project to design a cutting-edge UAV engine. Our ambitious goal was to create an engine that would outperform existing models in terms of both cost-effectiveness and speed. To achieve this, we partnered with students from the University of British Columbia (UBC) to leverage their expertise and insights in the field. Additionally, we worked closely with the McMaster Manufacturing Research Institute, benefiting from their state-of-the-art facilities and resources to help build and create the physical model of the UAV engine. This collaborative effort allowed us to explore novel approaches and cutting-edge technologies, pushing the boundaries of UAV engine design. The project not only enriched my engineering skills but also instilled a strong entrepreneurial spirit, propelling me toward creating impactful and revolutionary solutions in the aerospace industry.
What?
I designed and manufactured a jet engine for an unmanned aerial vehicle (UAV) using Solidworks, taking into account both aerodynamic performance and cost factors. The project involved analyzing various design iterations to optimize the engine's efficiency and cost-effectiveness.
How?
-Utilized Solidworks to create a 3D model of the jet engine, applying DFM and DFT principles while considering aerodynamic principles and performance requirements.
-Collaborated closely with manufacturers to oversee the production process, particularly involving sheet metal. I ensured precision fabrication using techniques such as water jet cutting, which contributed to the overall performance of the engine.
-Identified and engaged with various vendors to reduce material and production costs in the manufacturing process.
Final Results
The final jet engine design for our UAV was the result of relentless pursuit, ingenuity, and meticulous engineering. We focused on enhancing aerodynamic performance and optimizing cost efficiency. Embracing cutting-edge manufacturing techniques reduced costs without compromising quality, ensuring a high-quality, reliable engine. The success was a testament to teamwork and interdisciplinary collaboration. Engineers, designers, and technicians leveraged their diverse expertise, elevating the project to new heights. This achievement sets a new standard in aerospace engineering, inspiring us to explore uncharted territories in aviation. We want our work to reach the market of buyers soon which will shape the future of UAV technology.
