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Alumni Association

Tim Owens

‘Green Machine’:  Alum Creates Cleaner Industry, Straighter Golf Ball

After being impressed with what he researched about UC’s civil and environmental engineering graduate program (particularly in air pollution, his area of specialty), Owens moved his young family to Cincinnati nearly 20 years ago to attend graduate school at UC. “My wife gave birth to our third and fourth children — twins — while I was writing my doctoral dissertation,” said Owens, who earned a PhD in environmental engineering before moving back to the Carolinas.

Owens’ career has been quite literally down-to-earth. With another engineer, he once designed a water treatment system for remote villages in developing countries, then spent more than a year installing the systems in places like Honduras and Mozambique. Currently, he’s a co-owner of Charleston, S.C.-based Meridian Energy & Environment, a full-service environmental engineering firm specializing in managing and recovering energy from industrial waste streams.

“This ‘value-stream engineering’ is a way to cut down on a company’s waste stream and reduce disposal costs, while getting some quick payback from the stream’s energy value,” Owens said.

Seeking Golf Ball Design’s ‘Holy Grail’

While doing a post-doc at the National Institute of Standards and Technology in 1996, the federal government shut down temporarily over a budget dispute between President Clinton and Congress.  Not allowed to come to work, Owens and his colleagues decided to apply their engineering know-how and problem-solving skills to their golf games. So they set out to design, manufacture and sell what is perhaps the sporting world’s version of the better mousetrap — a golf ball that resists hooking and slicing.

Tim Owens

The “straightest golf ball” that Owens engineered is now being marketed by OnCore Golf as the Omen, the world’s first and only hollow metal core golf ball.

“It’s all physics,” Owens said. “The ball’s hollow core puts the weight on the outside of the ball, which minimizes sidespin. In engineering we refer to it having a High Moment of Inertia — that’s kind of the ‘Holy Grail’ of golf ball design.”

Taking the design forward was also a chance for engineers to do what engineers like to do, such as field-testing with a golfing robot and building an air cannon inside a netted area to test the coefficient of restitution, or rebound energy efficiency. “The first shot was pure excitement — and danger … Lots of fun!” he said.

Owens and his fellow “golf ball engineers” on the project shopped their invention around. “I devoted myself to it full-time for about three years. Maxfli had some interest and signed some non-disclosure documents. It all sounded very exciting — we thought we were going to be gazillionaires! But after a few months they decided not to pursue it, so we put it away and continued with our engineering careers.”

Eventually, the product was sold to a company in Buffalo called OnCore Golf, which made some refinements and is now marketing the ball.

Tim Owens

Owens with his co-inventor, Doug DuFaux, uses a robot to do field testing on the golf ball in San Diego.

As for Owens, his environmental engineering business is helping to make the Carolinas “greener,” and he has also become an author. Released earlier this year and already earning good reviews, his first novel, The Search Committee, breaks completely different ground, telling the story of a group of seven church members traveling around the South on Sundays seeking a new pastor for their congregation.  The book won the Operation First Novel contest sponsored by Tyndale House Publishers and the Christian Writers Guild.

His next project is helping his wife start a cut-flower business (zinnias) on a small farm they purchased.  Owens says, “We’re fake farmers, of course, but I love working on the old tractor.”

Tim Owens

UC grad and innovator Tim Owens combined his passion for engineering and golf to develop a new, patented golf ball technology.

Tim Owens

Owens works at a welding machine during the developmental phase of building the straight-flying golf ball.