The Wolff New Venture Competition features 10-minute presentations by the top five entrepreneurial teams from the CCEI Summer Fellowship program, chosen on a basis of venture viability and value added to the market. A panel of venture experts decide which team deserves the Wolff Prize and the $20,000 accompanying it.
The process started with 10 entrepreneurial teams selected by an independent panel for the CCEI Summer Fellowship Program. The purpose of the program is to strengthen the support for the university's top entrepreneurial teams to take them beyond business concepts and towards market readiness. Another purpose is to keep entrepreneurial focus on venture concepts during the summer months.
This competition is open to Summer Fellowship participants. Contact email@example.com to learn more.
2019 Wolff Winners – Phoenix Tailings
Congratulations to Phoenix Tailings for winning the 2019 Wolff New Venture Competition!
Phoenix Tailings recycles industrial mining waste that produces usable material for other industries. Learn more about Phoenix Tailings
"A startup that could rid the earth of vast cesspools of toxic sludge won UConn’s annual Wolff New Venture Competition, and a $20,000 prize, on Monday night.
The entrepreneurial competition honors some of the strongest startup programs with a UConn affiliation. All five of the teams that participated have spent at least a year refining and developing their business plans under the guidance of the School of Business’ Connecticut Center for Entrepreneurship & Innovation..." [read more]
2018 Wolff New Venture Competition Winner
Congratulations to QRFertile lead by Reza Amin and Stephanie Knowlton, graduate students in the School of Engineering as for winning the 2018 Wolff New Venture Competition
QRFertile is an at home, affordable and easy to use test for male fertility.
Read more about QRFertile.
2017 Wolff New Venture Competition Winner
Congratulations to Simvize (Formally Eir Medical Devices) lead by Kostyantyn Partola, a graduate student in the School of Engineering as well as Dr. George Lykotrafitis for winning the 2017 Wolff New Venture Competition
Simvize (Formally Eir Medical Devices) developed a device designed to help physicians measure patients’ blood viscosity, a traditionally un-used, but promising indicator of cardiac risk, and health for patients on dialysis and certain types of cancers.
Read more about Simvize
Geyser Remediation: Nikolas Franceschi-Hofmann, School of Engineering, Brendan MacInyre, School of Engineering, Elizabeth Perry, School of Business, Gabrielle Conrad-Amlicke, School of Social Work
A remediation system that breaks down PFAS in drinking water.
Land Maverick: Emily Yale, School of Engineering
A soil-sampling rover that can test soil moisture, pH and overall nutrient level creating precise and organized measurements to maintain soil quality.
Levo International: Christian Heiden, College of Agriculture, Health and Natural Resources
Provides sustainable produce to suburban families and uses the proceeds to increase food stability in other countries. Their Patio Greenhouse is a self-contained growing system that allows suburban homeowners to grow healthy agriculture in the convenience of their own home.
Nami Therapeutics: Dr. Xiuling Lu, School of Pharmacy, Derek Hargrove, School of Pharmacy, Sterling Glass, School of Pharmacy
Provide advanced cancer treatments to fulfill the unmet needs of patients and partner with pharmaceutical companies to help in minimizing product toxicity while maximizing effectiveness.
Phoenix Tailings: Michael Martin, School of Engineering, Nicholas Myers
Recycles industrial mining waste that produces usable material for other industries.
Encapsulate: Armin Tahmasbi Rad, Ph.D. Candidate, School of Engineering & Leila Daneshmandi, Ph.D. Candidate, School of Engineering
A diagnosis device to determine personalized treatment for cancer.
MycoZap: Dr. Cindy Tian, Faculty, College of Agriculture, Health, & Natural Resources & Elizabeth Johnson, Graduate Student, College of Agriculture, Health, & Natural Resources
A plant-derived antimicrobial treatment for illness in cattle caused by microplasma bovis.
QRFertile: Reza Amin, Ph.D. Candidate, School of Engineering, Stephanie Knowlton, Ph.D. Candidate, School of Engineering, & Dr. Savas Tasoglu, Faculty, School of Engineering
An in-home device to measure male fertility.
SAVKAR.AI: Dr. Amit Savkar, Faculty, College of Liberal Arts & Sciences and Center for Excellence in Teaching and Learning, Bill Moschella, Chairman, Savkar, Inc. & David Nichols, Ph.D. Candidate, College of Liberal Arts & Sciences
A predictive analytics platform for student retention in STEM fields.
WellTech: Dr. Robert Aseltine, Faculty, UConn Health, Dr. Riddhi Doshi, Postdoctoral Fellow, UConn Health, Wenjie Wang, Graduate Student, College of Liberal Arts & Sciences, Madeleine Aseltine, Undergraduate Student, College of Liberal Arts & Sciences, & Cal Colins, Industry Partner, CEO, OpenClinica
Tablet application to assist healthcare providers in collecting patient information to improve
Eir Medical Devices: Dr. George Lykotrafitis, Faculty, School of Engineering & Kostyantyn Partola, Graduate Student, School of Engineering
Developed a device designed to help physicians measure patients’ blood viscosity, a traditionally un-used, but promising indicator of cardiac risk, and health for patients on dialysis and certain types of cancers.
Hans Health: Dr. David Han, Faculty, UConn Health & Veneta Quendro, Ph.D. Student, UConn Health
Developed a new way to provide doctors with information about the specific type of mutations causing an individual patient’s form of cancer.
NataSure: Dr. Courtney Townsel, Fellow, UConn Health & Dr. Winston Campbell, Faculty, UConn Health
Developed a new device that will replace in the treatment of cervical insufficiency, a condition that causes prevent premature birth due and miscarriage.
Potentiometric Probes: Dr. Corey Acker, Research Associate, UConn Health, Dr. Leslie Lowe, Faculty, UConn Health & Dr. Ping Yan, Research Associate, UConn Health
Created a new voltage-sensitive dye that can help medical researchers and pharmaceutical companies study electrical conductivity in cells, and test for dangerous cardiac side effects while new prescription drugs are in development.
Quantum Purification: Dong Yu, Graduate Student, School of Business & Michael Curtis, Industry Mentor
Developed a new type of filtration process to help producers of biogas – a renewable natural gas – remove damaging and toxic byproducts more cost efficiently than current solutions that limit its production and adoption as a reliable form of alternative energy.