Nathan Melenbrink (Physics)
First-Year Seminar 53J | 4 Credits (Fall 2024) | CANVAS SITE
Tuesday, 9:00 AM – 11:45 AM
Have you ever wanted to learn how to transform a concept into a functional product using both traditional craftsmanship and advanced digital fabrication techniques? This seminar is designed as an experiential learning opportunity, where the act of working on a collaborative build project serves as a dynamic avenue to deeply understand core physics concepts. Students will be organized into small teams of 3-4 members, with each team taking on the challenge of fabricating a full-scale wooden boat from provided plans and instructions.
By the end of the semester, students will demonstrate the seaworthiness of their vessels by ferrying their team members across the Charles River. This hands-on project not only teaches students the principles of rapid prototyping and construction but also immerses them in the practical application of crucial physics concepts such as buoyancy, displacement, friction, and force vectors. Furthermore, participants will gain direct experience in a variety of shop skills, from the use of basic hand tools to advanced digital fabrication equipment, including laser cutters, CNC routers, and 3D printers.
This seminar aims to equip students with real-world fabrication skills, fostering an environment where creativity and innovation are at the forefront. Beyond the technical skills and knowledge, the seminar places a strong emphasis on building confidence and enhancing team-building skills, critical components in the personal and professional development of students.
Note: Student teams will take on the challenge of fabricating a full-scale wooden boat from provided plans and instructions. By the end of the semester, students will demonstrate the seaworthiness of their vessels by ferrying their team members across the Charles River.