Innovation called “T-Splines” can unify geometric models for engineering & design
Brigham Young University’s Tom Sederberg and his team solved a problem that has troubled the computer-aided design industry since 1980.
As a reward, their start-up
“We initially thought they’d like us to license our technology to them,” said Sederberg, a BYU computer science professor. “They said, ‘No, we want to buy the company.’”
Most computer-aided design programs share a common limitation: Creative designers can make a visually appealing model, but it doesn’t work for engineers who need to analyze how a product would hold up under stress.
The math Sederberg wrote for T-Splines fixes that problem and also provides more flexibility to designers, as noted in this “Engineer vs. Designer” podcast
“With T-Splines, you can actually use the same model in both places,” Sederberg said. “The potential is that it can marry the two industries of computer-aided design and computer-aided engineering.”
Getting to this point wasn’t easy, of course. Here are the key milestones for the development of T-Splines:
- Dec. 2002: Prof. Sederberg formulates an alternative method for geometric modeling
- July 2003: The research team presents the concept at an international conference of computer graphics
- April 2004: Team places 2nd at BYU Business Plan Competition, awarded $7,500
- Nov. 2004: T-Splines founded with three employees
- Aug. 2006: National Science Foundation awards $500,000 grant for further development
- Sept. 2007: U.S. patent for T-Splines issued to BYU; the company introduces a plug-in for Rhino software
- Dec. 2011: T-Splines acquired by Autodesk, a software company with 7,000 employees and nearly $2 billion annual revenue
Autodesk has indicated that they will continue to support the T-Splines plug-in for other platforms. Sederberg is hopeful that the technology will be incorporated across all Autodesk software products.
“The technology acquisition will strengthen our Digital Prototyping portfolio with more flexible free-form modeling and will help achieve even closer integration between industrial design and engineering workflows,” said Buzz Kross, senior vice president, Manufacturing Industry at Autodesk. “T-Splines technology will benefit designers and engineers that require watertight surfaces for downstream analysis and manufacturing.”