In this project, students will embark on a detailed exploration of selecting and sizing mechanical and electronic components for a medical device application. The primary goal is to ensure that all components are optimally integrated to meet specific system requirements. Students will begin by analyzing the system's functional and performance requirements, identifying key parameters such as power consumption, size constraints, and compatibility. They will then research and evaluate various components, considering factors like cost, availability, and reliability. The project will culminate in a comprehensive report and presentation, where students will justify their selection process and demonstrate how their choices align with the system's objectives. This project provides an opportunity for students to apply theoretical knowledge from their coursework in a practical, industry-relevant context.

The deliverables for this project include a detailed report and a presentation. The report should document the analysis of system requirements, the decision-making process for component selection, and the rationale behind each choice. Additionally, students will create a presentation to communicate their findings and recommendations, highlighting how their selected components ensure optimal performance and integration.