102.4 Bike Rack

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The ME 102 team designed a functional bike rack model for the Mechanical Engineering Department's design project competition. The rack's primary function is to securely hold bicycles and provide easy access to them when needed. The initial idea was inspired by a typical parking lot rack, but with significant improvements in functionality and aesthetics. After several brainstorming sessions and sketching out various concepts, the team landed on a unique design that incorporates multiple features. A key feature of the bike rack is its adjustable height setting, which allows users to customize it according to their needs. This is achieved through a simple yet effective mechanism involving two adjustable rods that can be moved up or down along the frame's vertical axis. Another notable aspect is the integrated lighting system, which provides users with a clear view of the area around their bicycle even in low-light conditions. The lights are powered by rechargeable batteries and can be easily removed for maintenance purposes. The rack's structure is made from durable steel tubing, ensuring it can withstand heavy loads and harsh weather conditions. A protective coating has been applied to prevent rust and corrosion over time. To ensure the bike rack meets user expectations, the team conducted a series of usability tests with local cyclists. Their feedback was invaluable in refining the design and making necessary adjustments. Throughout the project's duration, collaboration between team members was seamless due to regular meetings and open communication channels. This synergy enabled them to address challenges efficiently and produce a high-quality outcome within the given timeframe. The ME 102 bike rack model is an outstanding example of innovative problem-solving and effective teamwork in action. It showcases the potential for engineering students to create practical solutions that can positively impact their community.