University of New Haven Partners with C3 to Advance Medical Device Innovation

A new research alliance brings real-world medical device innovation into the classroom, while helping life-saving technologies reach the market faster.

The University of New Haven has announced a new research partnership with C3 Medical Device Consulting, a Connecticut-based company known for turning medical ideas into market-ready products. The collaboration marks an important step in strengthening medical device innovation while preparing students for careers in one of healthcare’s fastest-growing fields.

Formalized through a master research agreement, the partnership is led by the University’s Center for Innovation and Applied Technology (CIAT). It creates a clear pathway for the University and C3 to work together on research-driven projects that support the design, development, and advancement of medical devices.

C3 Medical Device Consulting headquartered in Burlington, Connecticut, works with healthcare innovators from the earliest concept stage through product launch. Its expertise spans engineering, electronics, embedded software, and modern technologies such as cloud platforms, IoT, and mobile applications, critical elements in today’s connected medical devices. Just as important, the company is known for its hands-on mentorship approach, guiding teams through technical and regulatory challenges.

Through this collaboration, students at the University of New Haven will gain valuable exposure to real medical device projects, learning how technology, safety, and compliance come together in real-world healthcare solutions. For C3, the partnership provides access to fresh talent, academic research, and engineering insight.

Together, the University and C3 aim to accelerate medical device innovation while building a stronger, skilled workforce. The partnership also reflects a broader commitment to growing Connecticut’s healthcare technology ecosystem, where education, research, and industry come together to make a meaningful impact on patient care.