Engineering Club is a group of students who are interested in engineering technology, how it applies to the real world, and how to utilize math and science skills while solving problems. The competitions we attend involve solving problems creativity. Students who would like to be challenged and have a love for Science and Math are welcome to join us.
Our vision is to inspire and empower high school students to become innovative problem-solvers and future engineers by fostering creativity, critical thinking, and collaboration. We aim to provide a stimulating environment where students can explore engineering concepts, engage in hands-on projects, and develop practical skills to address real-world challenges. Through mentorship, teamwork, and exposure to cutting-edge technologies, we strive to cultivate a passion for engineering, preparing students to lead with innovation, resilience, and purpose in a rapidly evolving world.
Last season, the Engineering Club explored three dynamic tracks: Automotive, Biomedical, and Computer Engineering. Students delved into real-world challenges, designing innovative solutions in each field. The automotive track focused on aerodynamics and vehicle efficiency, while the biomedical track tackled healthcare innovations like wearable devices. The computer engineering track emphasized programming, AI, and hardware development. These projects showcased teamwork, creativity, and technical expertise, preparing members for future academic and professional success.
The integration of aerodynamic efficiency with aesthetic appeal provides major challenges for modern automotive design. Reaching a balance between all performance metrics and consumer appeal requires creative solutions that balance form with functionality.
Wake structures are formed when the boundary layer detaches from the surface of the vehicle leading to unsteady, low pressure,....
Carburetors: Introduced in the early days of automotive engineering, carburetors mix air and fuel mechanically using the Venturi effect. They rely on pressure differences to deliver the air-fuel mixture to the engine. Fuel Injectors: Modern fuel injection systems electronically control the delivery of precise amounts of fuel directly into the engine's combustion chamber or intake manifold.
