Ilya Avdeev has been named director of innovation at the new Lubar Entrepreneurship Center. In this role, Avdeev — an associate professor of mechanical engineering who has been instrumental in fostering entrepreneurship at UWM — will lead program development and partnership cultivation.
NSF I-Corps Milwaukee site Director and UW-Milwaukee Associate Professor of Mechanical Engineering, Dr. Ilya Avdeev, was recently awarded $600,000 from the National Science Foundation for his Milwaukee Water-Energy Nexus Education Initiative.
The Milwaukee I-Corps Program kicks off its Winter 2018 cohort with eight innovative teams. Funded by the National Science Foundation (NSF) Innovation Corps Program, the Southeastern Wisconsin I-Corps Site fosters commercialization of applied academic research and faculty/student innovation; build an innovation/commercialization network that supports faculty and/or student ventures; and broaden the pool of students and faculty fluent in Lean LaunchPad (LLP) methodology.
A National Science Foundation grant is helping UWM’s College of Engineering & Applied Science work with other disciplines on campus to bring more women and underrepresented groups into innovation. In January, UWM became one of eight National Science Foundation I-Corps sites to receive $30,000 to promote inclusion of underrepresented populations in the National Innovation Network.
If you sense that something is stirring or hear a buzz, it might just be the sound of Milwaukee’s high-tech community building the foundation for a new entrepreneurial economy. In the past several years, an outcropping of high-tech entrepreneurs has emerged here, universities have gone all out to teach entrepreneurial skills, and established companies are on board to support this emerging startup ecosystem. But perceptions change slowly, as the underlying reality shifts.
A graphene-based water sensor developed at the University of Wisconsin-Milwaukee outperforms current technologies for sensing speed, accuracy and sensitivity – exactly what’s needed to continuously monitor drinking water for miniscule traces of contaminants like lead. But the cost of mass-producing these tiny sensors using traditional methods is high.
Nurses have assigned an array of nicknames to the web of medical lines, cords and tubes stationed by a patient’s bedside. Snake pit. Spaghetti. Rat’s nest. With no universal system to sort the numerous cords and tubes, they frequently get twisted and disorganized. For health care workers, the problem of discombobulated cords can range in severity from a time-consuming nuisance to an occasional tripping hazard to something far more dangerous.
After a successful first event from UW-Madison and Accuray, BioForward’s speaker series on the importance of public university research visited the UWM Innovation Accelerator last Thursday for the second event, featuring the University of Wisconsin-Milwaukee. Lisa Johnson, CEO of BioForward, kicked off the event with BioForward updates including highlighting Wisconsin’s strengths as a state, beginning BioForward’s new membership year, and protecting research in the state through advocacy efforts.
When Loren Peterson moved ZyStor Therapeutics from St. Louis, Mo., to Milwaukee in the early 2000s, he had trouble finding other health care and biotechnology startups to keep him company. “It was pretty much a desert,” recalled Peterson, who sold ZyStor and its line of enzyme replacement therapies to BioMarin Pharmaceutical Inc. in 2010. Today, Milwaukee’s once-arid life sciences landscape is sprouting more ideas and emerging companies. It’s a trend that was on display Thursday at Milwaukee’s University Club during a pitch event that featured five promising health-tech ideas as well as two innovations in advanced materials.