This project involves the design and implementation of a small automated lift system on a truck using the Arduino IDE. The primary goal is to create a functional prototype that demonstrates the integration of hydraulic mechanics with microcontroller programming. Learners will utilize an Arduino UNO, Nano, or ESP32-WROOM32 to control the hydraulics, allowing for precise movement and automation. Students will have access to 3D printers as well as basic shop equipment and assistance as required. They will also have access to an old school non-functional version of the project for ideas. The project challenges students to apply their knowledge of electronics, programming, and mechanical systems to solve real-world automation problems. By working on this project, learners will gain hands-on experience in circuit design, coding, and system integration, enhancing their understanding of how microcontrollers can be used to control mechanical systems. The project is designed to be completed within 80 hours, making it suitable for a focused, intensive learning experience.

The deliverables for this project include a fully functional prototype of the automated lift system, complete the a detailed report and presentation. The report should document the design process, including circuit diagrams, code explanations, and testing results. They will learn skills that will lead to opportunities to apply the learned knowledge. Additionally, a demonstration video showcasing the lift system in action will be required. This ensures that learners not only build the system but also effectively communicate their process and results.