This post was written by Steven Micetic ‘19
From solar power to vitamin D fortification, universities are a fundamental source of innovation that advances humanity’s ability to live healthy, sustainable lives. And yet research funding, though it often translates into exciting, new intellectual property, typically doesn’t result in innovations that make it to market and drive impact.
Many of UVM’s 13 colleges and schools are at the forefront in their respective fields of research. In 2016, UVM received $138m in outside research funding alone. Much of this funding goes to efforts that align with the ethos of the Grossman School’s Sustainable Innovation MBA program: mitigate agricultural runoff, improve the efficiency of renewable energy generation, and advance access to care and treatment of chronic diseases.
It is within this context that The Sustainable Innovation MBA offers a unique opportunity to young professionals seeking to translate innovation into impact. In the initial weeks of our classes, I reached out to Associate Professor and Steven Grossman Endowed Chair in Entrepreneurship Erik Monsen because I wanted to learn more about the technologies under development at UVM. Within days, Erik and I were meeting with Assistant Professor of Civil and Environmental Engineering Dr. Appala Raju Badireddy. Dr. Badireddy and his team are developing a filter technology that can extract elements from wastewater previously thought impossible or cost-prohibitive to extract.
Initial conversations with Dr. Badireddy led to a group of Sustainable Innovation MBA students addressing one of the key questions in the technology’s underlying business model. Integrating this work into the Entrepreneurial Business Model class, the team spent eight weeks evaluating markets for captured phosphorous. Beyond making for a rich classroom experience, our work may have real-world application as Dr. Badireddy takes this work from the university to the marketplace.
As we move into the latter half of the program and acquire new skills through the our courses, the prospect of continuing to support the success of green technologies like Dr. Badireddy’s filter technology is an exciting one. Perhaps the next great green technology may come from the laboratories of UVM, and perhaps its success may be supported by one of my fellow students.