2025 PROJECTS
Hands On Experience with Laser Systems
Delve into innovative maritime engineering solutions by exploring advanced technologies such as laser systems for sustainable cleaning methods or additive addressing real-world challenges like cost effectiveness, environmental impact, and performance improvement. Students will combine research, hands-on experimentation, and industry to create practical forward-thinking solutions for the marine industry. ​
Developing Expertise in Multi Material 3D Printing and Optimization
Explore the exciting field of additive manufacturing by testing, programming, and repairing advanced 3D printing equipment. Students will engage with advanced 3D printers to produce components using a variety of materials. Including metals and polymers, while solving challenges related to optimizing print quality and resolving machine errors. This project provides hands-on experience in troubleshooting, maintaining, and modifying 3D printing systems to meet industrial standards and needs.
Exploring AR/VR Applications in Manufacturing
Students will harness the power of augmented and virtual reality to revolutionize manufacturing processes. Using advanced AR/VR technologies, students will design and develop a virtual wiring harness process. This involves creating a detailed simulation to visualize and plan electrical system layout, routing, and connections within a manufacturing or engineering context. The virtual environment will allow for testing and refinement of wiring pathways, ensuring optimal placement and organization to prevent issues like interference or overheating.
Automating Precision Assembly for Advanced Technologies
Students will tackle the challenge of automating a complex assembly process critical to scaling quantum computer designs. The project focuses on achieving precision alignment of components mounted on a grid pattern secured with torqued fasteners while minimizing operator input. Students will contribute to streamlining assembly processes for cutting-edge technology through innovation and automation.
Optimizing Cable Retention for Standard Diameter Cables
Students will analyze and redesign a clamp system to ensure reliable cable retention that meetings field use pull test requirements. The project focuses on modifying the clamp design to accommodate standard diameter cables while maintaining tight tolerances to prevent pull-out failures. By addressing challenges such as cost reduction and supply chain complexities, this project provides hands-on experience in design optimization, testing and real-world problem solving in engineering applications.