Files
Download Full Text (3.3 MB)
Instructor/Advisor
Franco Capaldi
Keywords
Engineering, Innovation
Abstract
This senior design project involved the design, construction, and competitive evaluation of VEX robots by mechanical engineering students. Teams applied fundamental engineering principles to systematically plan, analyze, and simulate robot performance prior to fabrication. Utilizing CAD modeling, structural analysis, and iterative prototyping, students optimized robot mechanisms to achieve efficiency and robustness. Completed robots were subsequently tested through direct competition at the university-hosted robotics event in February, demonstrating practical effectiveness, durability, and competitive success. This experiential approach emphasized not only technical proficiency in robotics but also teamwork, strategic problem-solving, and the integration of mechanical design with real-world constraints and requirements.
Recommended Citation
Hendriks, Matthew; Hubbard, Zachary; Dorgan, Aidan; Grella, Ethan; Vergow, Jacob; and Ryan, John, "Senior Design Vex High Stakes" (2025). RCAC 2025 Posters. 108.
https://scholarworks.merrimack.edu/rcac_2025_posters/108
