Computer-aided design software can be used in the creation a number of things, like cars and bridges. The CAD model is important when the bridge is built -- and even when it needs repair. But what happens when there is no computer model? When the original is an arm or a part for a car no longer being made? What happens when the object is scanned into a computer?
It used to take an engineer to figure things out. But, thanks to Dr. Dan Simkins Jr., an associate professor at Tampa’s University of South Florida, that’s no longer the case. Simkins has developed a software suite that resolves the problem. And it’s expected to become available in eight weeks.
“We have the software. It works. We can demonstrate it,” he says.
Simkins, of USF’s Department of Civil and Environmental Engineering, and serial entrepreneur Art Slowe co-founded Formerics in 2011. With help from four of Simkins’ doctoral students over the years, they are bringing the software to market.
The idea came from Simkins’ research before he earned his PhD. “What’s new for us is that now people want to start to do engineering on things they didn’t create from scratch, like a heart,” explains Simkins, the company’s Chief Technical Officer.
Computers come up with mathematical descriptions that are used in computerized models. When computers are used in the design process, it’s easier to test the strength of that bridge, for example. Creating a design for use in surgical planning was “a new kind of problem,” he says.
Additionally, the use of new materials brought new challenges. So Simkins found a way to work with these laminate materials. “What our technology does is it enables manufacturers to maximize the capability of those materials,” Slowe says.
The software can be used in a variety of industries, including medicine, entertainment, aerospace, defense and automotive.
“It will take a generation to fully implement this technology,” Slowe asserts.
The software does automatically what it used to take an engineer to accomplish, significantly reducing the cost of scan-to-print services. “We can convert a laser scan of an object into a 3-D printable version of that object without human intervention. That sounds silly but it’s a big deal,” Slowe explains.
got its name from the Latin words for model and number. It received a $50,000 seed loan from the USF Research Foundation, which was matched by the Florida High Tech Corridor. It also is a member of the National Science Foundation’s I-Corps, designed to help professors learn how to commercialize research.
Part of USF’s Tampa Bay Technology Incubator, Formerics is targeting the North and South American markets. “We’re resident in the USF Connect building. We’re closely tied with the USF community,” Slowe says. “We did not do this on our own. We had support and it’s made a material difference.”