Experimental/theoretical/numerical studies of an innovative ocean wave energy converter
Reza Alam, Professor
Mechanical Engineering
Applications for Fall 2025 are closed for this project.
We are seeking motivated students to contribute to the design, fabrication, and testing of wave energy converters (WECs) for autonomous sailboat drones. The goal is to develop compact, efficient systems that harvest wave energy to extend mission endurance.
Students will gain hands-on experience in mechanical design, marine engineering, prototyping, experimental testing, and data analysis while contributing to cutting-edge research in renewable ocean energy.
For the experimental part, we need students to come to the lab to help collect data.
If you are more interested in computational analysis, we also have important unsolved simulations waiting for you.
Role: Key tasks include:
Designing and fabricating waterproof housings to protect internal components in marine environments.
Experimenting with multiple pendulum lengths to optimize energy capture across varying wave conditions.
Integrating WEC systems onto the sailboat drones with secure, modular mounts.
Determining optimal electrical resistance for maximum power transfer.
Designing and building a uniform test jig to ensure consistent, repeatable performance measurements.
Designing and conducting scientific experiments to evaluate system performance and analyzing experimental data to guide design improvements.
Qualifications: We require a *minimum* time commitment of 12 hours a week.
Also, Required: comfortable with one programming language (typically matlab or python)
Preferred: C, ANSYS, LabView, CAD, Signal Processing, Fluid Mechanics, ME/CS/Physics/Math background will be helpful
Hours: 12 or more hours
Engineering, Design & Technologies