SportBoost AI is seeking to enhance the efficiency and functionality of a 3D-printed enclosure designed to house a stereo camera and an onboard GPU. This device plays a crucial role in sports analytics and health monitoring by capturing and processing real-time data. The project aims to optimize the 3D design to ensure durability, ease of assembly, and effective cooling for the onboard components. Additionally, the project will involve planning post-3D printing steps to streamline the assembly and integration process. The learners will apply their knowledge of 3D modeling, thermal management, and manufacturing processes to achieve these goals. The project will focus on a few closely related tasks that can be completed within the given timeframe.

The deliverables for this project include an optimized 3D design file for the enclosure, a detailed plan for post-printing assembly steps, and a report documenting the design process and decisions. The team will also provide a presentation summarizing their findings and recommendations for further improvements. These deliverables will demonstrate the learners' ability to apply theoretical knowledge to practical challenges in sports technology.