Industry Projects
Fall '25 Practicum
Portfolio of Strategic Academic Research Collaborators for FujiFilm Biotechnologies
Our team undertook a project for FUJIFILM Biotechnologies to identify academic collaborators in two priority biomanufacturing areas: in silico cell simulation (digital twins) and cell-free protein synthesis (CFPS, including chemical synthesis). The initiative combined a foundational science review, a comprehensive literature and technology landscape analysis, and detailed mapping of leading academic researchers. By clarifying scientific principles, tracking emerging innovations, and profiling potential partners, the project aimed to provide FUJIFILM with a clearer view of the academic ecosystem so they can build strong, forward-looking collaborations that accelerate their biologics manufacturing and innovation.
Fall '25 CMI/BAM
NanoString technology for advanced Porcine Respiratory Disease Complex diagnostics
Our team worked with Dr. Crisci’s lab to help assess the commercial potential of their NanoString-based gene expression assay for detecting Porcine Respiratory Disease Complex (PRDC) pathogens in swine herds. The work involved evaluating the market viability of the technology, analyzing the competitive landscape, and exploring strategic opportunities for differentiation, funding, and partnerships to support its successful introduction into the animal health market.
Spring '25 Practicum
Market Analysis and Business Strategy Development for Insecticidal Biologicals
Kitari Bio is a startup company focused on improving the discovery of insecticidal proteins via their proprietary AI algorithm. Our goal for this project was to conduct market research on insecticides in the U.S., identify and interview KOLs, VOCs, and potential partners, and develop a business model.
Fall '24 Practicum
Building Sustainable Food Systems Through Biosolutions
Novonesis is a biotechnology company that focuses on developing biosolutions that promote sustainability and human health. Although already present in many markets, Novonesis is looking to expand further into food and beverage via substrates they currently don't utilize extensively. Our team investigated the potential for new biosolutions with potato, rice, pea starch, and food and beverage upcycling within existing value chains. Key competitors and potential partners were identified and VOS outreach was conducted to assess specific needs and outlooks.
Fall '24 CMI/BAM
Fibrous Biomaterials for Ocular Surface Repair
Conducted research towards identifying potential manufacturers and partners for Dr. Jessica Gluck's tissue engineering lab at NCSU. Patenting potential for a new potential ocular wound repair technology was also investigated and reported.