A collaborative partnership among government, academia, and industry, dedicated to conducting research, developing the workforce, and advancing technology in the undersea domain.

Advances the science base of cyber-physical systems to accelerate their technological translation into sustained industrial growth.

Advances leading-edge interdisciplinary research and technology to assure reliable power during extreme weather and security events.

Accelerates sustainable energy innovation through integrated research, education, workforce training, and industry collaboration advancing clean energy solutions.

Investigates, develops, and promotes the best hardware- and software-based security practices in contemporary and emerging sectors.

Uses Thermo Fisher Scientific instrumentation, including nine state-of-the-art electron microscopes, to analyze various materials.

Uses state-of-the-art equipment to research failure analysis, forensic analysis, hardware security, hardware hacking, and reverse engineering of electrical components.

Utilizes a unique suite of thermophysical property measurement instruments to research fundamental aspects of additive manufacturing.

Uses tech-agnostic research and development to identify energy and cost-efficiency solutions for the separations industry.

Provides research opportunities in partnership with an industry leader in the aerospace and defense industries.

Provides technical assistance to the Connecticut manufacturing community using high-performance computing-based modeling and simulation.

Bridges academia and industry to drive innovation in critical sensor technology.

Develops advanced power electronics and electric drive technologies through research, education, and industry collaboration supporting electrification and smart grid systems.

Promotes new healthcare technology innovations through collaboration between nursing and engineering.

Provides transformative capabilities on manufacturing technologies to defense industry partners and supply chain to reduce scrap rates and increase yield/performance.

Develops critical insight into fundamental structure-processing-property relationships to predict and control the integration of diverse materials for 3D printing.

Drives optical science and photonics innovation through research collaboration, workforce development, and translation of emerging technologies into real-world applications.

Offers free energy and waste-reduction audits for small- to medium-sized manufacturing plants in and around Connecticut.

Strengthens power electronics and semiconductor innovation through interdisciplinary research, education, workforce training, and industry partnerships advancing resilient energy technologies.

Transforms transmission electron microscopes from imaging instruments into a comprehensive research laboratory, at the frontier of materials dynamics research.

Enables ultrafast laser manufacturing and imaging innovation through industry collaboration, research, and workforce development supporting semiconductor and advanced manufacturing applications.

Promotes environmentally sustainable business growth with strategies backed by the latest insights and innovations from organization science.

Coordinates regional partners and the Department of Energy to accelerate deployment of clean onsite energy technologies to manufacturers and other large energy users.