Entries for The Marine Energy Collegiate Competition

Demonstrate a proof-of-concept of a desalination plant powered by renewable energy (wave energy converter) and feasibility of this design

This report provides details on the business, technical design, build and test work that the IIT team did for MECC 2024.

The goal of this year's project is to improve upon the previous work done on current energy extraction.

The OSU team designed a wave energy system for OOI's offshore data buoys.

The UCR Marine Energy Harvesting (MEH) project represents a collaborative effort between multidisciplinary teams to build a WEC prototype

Coupling wave-energy converter with pulse reverse osmosis to enable the production of clean water in disaster-stricken communities.

Powering Drifter Buoys with Wave Energy and Rotating Mass Technology

The Rutgers University submission for the Business Plan, Technical Design, and Build and Test Challenges.

A modular versatile wave point energy absorber with the focus on industrial collocation with offshore wind.

The Maximal Asymmetric Drag Wave Energy Converter Captures the oscillating linear motion of ocean waves to produce electrical energy.

Final report by Cal Poly's MECC 2023-24 team, including information on all challenges: Business Plan, Technical Design, and Build and Test.

The MTU SENSE Point Absorber design aims to accelerate and streamline exploration and mobilization efforts in the Great Lakes.