Civil and Construction Engineering

Wave Power: The Other Sustainable Energy

Graduate student Courtney Beringer makes adjustments to LUPA, a prototype wave energy converter tested at the O.H. Hinsdale Wave Research Lab.

Photos by Johanna Carson and Chance Saechao.

What images pop up when you hear someone mention wind power and solar power? It’s a safe bet you’ll picture towering three bladed turbines, photovoltaic panels, or perhaps vast mirror arrays. But what do you see when you imagine the machinery used to harvest wave energy?

History by the barrel

In the fall of 2019, during the recently completed Merryfield Hall renovations, a plumber descended into a crawl space beneath the building to tap a water line for a new drinking fountain. He also found an odd bit of construction: a dozen concrete-filled barrels, aligned in two parallel rows, supporting a significant chunk of the building. The barrels, it turns out, had also been observed during a 2014 remodel of one of Merryfield’s labs. Who knows when anyone had seen them before that?

Spanning the globe

Photos courtesy of Rick Robertson.

Rick Robertson was barely a teenager when he started his first construction job. He dug catch basins, pushed concrete, and hauled materials through the long summer days. The hard work was nothing new.

Bryson Robertson

Dr. Robertson's research and teaching interests include the wave mechanics, hydrodynamics of floating bodies and mooring systems, and renewable energy. Working with partners in industry and the US National Laboratories, he focusses on wave, tidal and offshore wind energy resource characteristics; the co-design and modelling of hydrodynamically active offshore wind and wave renewable technologies; and numerically integrating marine power within the emerging Blue Economy. His research utilizes field measurements, hydrodynamic multi-body numerical models, and physical prototype build/test.