¶¶̉ờ½̀½Ventures Fund | Office of the Vice President for Research (OVPR) | ¶¶̉ờ½̀½(title)

For projects that are ready to accelerate the commercialization of technology developed at ¶¶̉ờ½̀½ and provide next-generation employment opportunities throughout Vermont.

About ¶¶̉ờ½̀½Ventures

Description

Body

The Office of the Vice President for Research (OVPR) is issuing this Call for Proposals for projects that are ready to accelerate the commercialization of technology developed at ¶¶̉ờ½̀½ and provide next-generation employment opportunities throughout Vermont. This award will provide hard-to-get financial support for final validation of prototypes and other proof-of-principle work and to initiate the early phases of scaling up production which will enhance the prospect of success of ¶¶̉ờ½̀½ start-ups and licenses.  Applications will be reviewed as they are received and the funds may be awarded before the submission deadline of 9/30/2021.

Who May Apply

Body

This competition is open to ¶¶̉ờ½̀½ faculty or staff who have filed an Invention Disclosure with ¶¶̉ờ½̀½ Innovations and have met with them, indicating an interest to pursue commercial opportunities. These awards are not for basic science development or refinement of technology. (Current and previous ¶¶̉ờ½̀½Ventures awardees are eligible to apply.)

Criteria for Selection

Body

Awards are made on a competitive basis that takes into consideration the quality of the application, including:

  • potential to contribute to local and state economic development
  • probability of attracting future investments or licensing within Vermont
  • commercial potential and business viability, including protection by patent or copyright
  • technical merit
  • maturity of project
  • projected ability of innovation to sustain competitive advantage
  • qualifications of project team members and their ability to complete project plan


 

Award Conditions

Body

Funds may be used to:

  • support retention of a highly technical workforce within Vermont
  • fund qualified startup ventures based on ¶¶̉ờ½̀½ research
  • fund ¶¶̉ờ½̀½ technologies on the path to commercialization
  • support research projects using the resources of the .
  • fund access to ¶¶̉ờ½̀½ resources, such as the Instrumentation and Model Facility (IMF)

Funds may not be used for:

  • faculty salary

During the application period, To Apply:

Body

We use an online submission system. All submisson details can be found in the online application. Please go to :

Click "Log In" (upper right-hand corner).
Click blue "University of Vermont Login" button. Log in with your ¶¶̉ờ½̀½ Netid.
Scroll down the homepage and click on "¶¶̉ờ½̀½Ventures Fund" in the list of open competitions.
Read competition details and click the "Apply" button.

¶¶̉ờ½̀½Ventures Recipients

2021

Body

Jason Bates and Michael Lane - Vermontilator
Build and evaluate prototype design for a new ventilator developed at ¶¶̉ờ½̀½.

2020

Body

Jeff Frolik — Packetized Energy Management
Quantifying value for consumers and utilities from packetized distributed energy resources

Ryan and Ellen McGinnis— Android PanicMechanic App
Mobile application for treating panic attacks wherever and whenever they occur

2019

Body

Heather Darby and Jana Kraft — Ingraining hemp seed
Recreate methods described in patent #7416752; build collaborative relationship with scientists at Botanical Intelligence

Jeff Spees — VasaPlex (HGF/IgG complex) for treatment of vascular injury
Determine stability of HGF/IgG

2018

Body

Chris Callahan — DewRight™ Psychrometer
Development and testing work by Vermont Energy Control Systems, North Ferrisburgh, Vermont

Wolfgang Dostmann — Novel treatment of hypertension and episodes of hypertensive crisis
Lab tech support at ¶¶̉ờ½̀½ to further study the effectiveness and evaluate the commercial potential of technology

Elise Hotaling — Breast Biopsy Simulator
Stage 2 (haptic feedback) development work performed by M&E Design, Burlington, Vermont

Ryan McDevvitt — Microsatellite thruster technologies
Development and testing by Benchmark Space Systems, South Burlington, Vermont

2017

Body

Jason Botten — Generation of live attenuated arenavirus vaccines through late domain manipulation
Research toward using Dr. Botten’s discovery of LCMV matrix proteins to develop new arenaviruses to be used as vaccines against diseases for which vaccines have not been developed to date

Jeff Frolik / Paul Hines  — Packetized Energy
Startup support

Elise Hotaling — Breast Ultrasound Guided Biopsy Simulator Device
Development of prototype

2016

Body

Jason Botten — Generation of live attenuated arenavirus vaccines through late domain manipulation
Research toward using Dr. Botten’s discovery of LCMV matrix proteins to develop new arenaviruses to be used as vaccines against diseases for which vaccines have not been developed to date

Jeff Frolik / Paul Hines  — Packetized Energy Management System
Development of hardware demonstration

Christopher Jones — Trusx System
Development of prototype

Elizabeth Pope — Incentivizing Physical Activity Using Gamification
Development of app and pilot study

Matthew Poynter — New Anti-Inflammatory Drugs Discovery
Further study of newly discovered effects of certain alcohols as anti-inflammatories

Michael Rosen — "Free Ride" Simulation Vehicle
Development of prototype

Ting Tan — Hybrid Renewable Energy System
Development of prototype and testing