State of Ohio officials renew a technology commercialization partnership between 麻豆视频 and Cleveland State.
By Dan Pompili
In May, the Ohio Third Frontier Commission approved Round 2 of the TeCK Fund, a $600,000 hybrid technology commercialization accelerator program that assists university faculty and startup companies to bring innovative new products to the market.
The program is jointly administered by 麻豆视频 and Cleveland State University (CSU), with funding provided by the Ohio Third Frontier Commission and the two universities. The grant awards $300,000 in Third Frontier funds; 麻豆视频 and Cleveland State will contribute $150,000 each. The award also approves the addition of two new members to the TeCK Fund selection committee, which is responsible for awarding funds to innovators.
鈥淲e are pleased the Third Frontier Fund acknowledged our unique partnership with Cleveland State, and we look forward to working closely with 麻豆视频 inventors who are interested in moving our technology out of the lab and into the market,鈥 says Stephen Roberts, director of the Technology Commercialization and Research Finance office at KSU鈥攚hich helps faculty evaluate product potential, protect their intellectual property, assist with marketing and sales, and support startup and economic development. 鈥淲e also encourage our faculty members to work closely with JumpStart and BioEnterprise, Northeast Ohio鈥揵ased entrepreneurial support programs.鈥
Roberts says the two universities hope to fund more projects this time by lowering the minimum award amount to stretch available funds further. Awards will range in size from $25,000 to $100,000, and are intended to build working prototypes of university inventions, test those prototypes in real-world situations and determine the most efficient pathways to commercial markets.
鈥We look forward to working closely with 麻豆视频 inventors who are interested in moving our technology out of the lab and into the market.鈥鈥 Stephen Roberts, Director, Technology Commercialization and Research Finance
鈥淐SU and 麻豆视频 have unique research portfolios that provide significant opportunities for commercialization in a host of fields, from drug development to assistive devices to liquid crystals,鈥 notes Jack Kraszewski, director of the Technology Transfer Office at CSU. 鈥淭his additional award for the TeCK Fund will accelerate the process for licensing new innovations, while spurring the development of technology transfer opportunities with numerous companies across the state.
Since its inception in April 2017, the TeCK Fund has supported seven projects at the two institutions, with awards totaling $700,000. 麻豆视频 will be the lead institution for this grant, which runs through May 2020.
Visit 麻豆视频鈥檚 Technology Commercialization and Research Finance
麻豆视频 TeCK Funded Projects
From Round 1
SMART Bike: Exercise bicycle to help ameliorate Parkinson鈥檚 disease symptoms
Angela Ridgel, PhD, associate professor of exercise science in the College of Education, Health and Human Services, received a grant from the TeCK Fund to help pay for the design and manufacture of a SMART (Speed Manipulated Adaptive Rehabilitation Therapy) Cycle prototype, a motorized therapy bike specially tailored to help ease the symptoms of patients with Parkinson鈥檚 disease. She worked with engineers at Case Western Reserve University and Rockwell Automation in Cleveland to develop advanced programming features so the cycle鈥檚 controls will adapt to different patients鈥 abilities and needs. Ridgel hopes that within several years of research and funding, Parkinson鈥檚 patients could have the bike in their homes for daily therapy.
Solid Oxide Fuel Cell: Small, cost-effective power generation units
Yanhai Du, PhD, associate professor of applied engineering and technology at 麻豆视频鈥檚 College of Aeronautics and Engineering, received a grant from the TeCK Fund to continue research and development of fuel cells, with a goal of using additive manufacturing鈥攎ore specifically 3D printing鈥攖o produce high-quality advanced technology fuel cells at lower costs.
Torsten Hegmann, PhD, director of the Advanced Materials and Liquid Crystal Institute, and Elda Hegmann, PhD, assistant professor in the Department of Biological Sciences, received a grant from the TeCK Fund to study liquid crystal-nanoparticle sensors. The integrative sensor systems, which the Hegmanns have developed with Merck Performance Materials, display a warning text or image in the presence of toxic gases and vapors. The project may help them produce various sensors that could protect the lives and health of firefighters, other first responders, military personnel in conflict zones and chemical manufacturing workers, among others.