Dalhousie signs MOU to join innovation ecosystem focused on Canadian and Arctic sovereignty

- February 13, 2026

An aerial shot of Dalhousie University's Sexton Campus, one of the locations where cutting-edge marine and defence research is shaping Canada’s future innovation ecosystem. (Cody Turner photo)
An aerial shot of Dalhousie University's Sexton Campus, one of the locations where cutting-edge marine and defence research is shaping Canada’s future innovation ecosystem. (Cody Turner photo)

Dalhousie University and TKMS, a German provider of integrated system solutions in maritime defense technologies with more than 180 years of experience in naval engineering, have signed a memorandum of understanding (MOU) to explore strategic collaboration related to the Canadian Patrol Submarine Project. TKMS is one of two qualified suppliers selected by the Government of Canada to bid on the procurement program, which will construct a new submarine fleet deployable in the Arctic.  

The MOU was signed in Halifax during a visit by TKMS representatives to Dalhousie’s campus where they met with leading faculty members and their research teams. The delegation also toured research facilities across the university that showcased Dalhousie’s depth of expertise in key areas, including fundamental and applied research in complex marine and Arctic environments.

The agreement will see Dalhousie join as a partner in the company’s Canadian Defence and Dual-Use Innovation Ecosystem (CDDE). Launched earlier in February with Western University as its first academic partner, the CDDE aims to bring together select Canadian universities, industry, Indigenous partners, government, and organizations to accelerate research, training and knowledge translation focused on maritime defence and dual-use applications. Dual-use research advances technologies that have both civilian and national security purposes, supporting areas such as cybersecurity, advanced manufacturing, public safety, economic growth and national resilience.

We believe this initiative has significant potential to translate research excellence into national sovereignty and long-term public and economic benefit for Nova Scotia and Canada.

“Dalhousie is pleased to enter into this MOU with TKMS and to support the research and talent capacity at our university that is recognized as part of TKMS’s vision for the Canadian Defence and Dual-Use Innovation Ecosystem,” says Dr. Graham Gagnon, vice-president, research and innovation. “We believe this initiative has significant potential to translate research excellence into national sovereignty and long-term public and economic benefit for Nova Scotia and Canada.

Discussions during the visit focused on how the partnership could serve as a strategic platform to support Canadian sovereignty, deepen national and international collaboration, accelerate applied dual-use research, and create pathways from research to commercial outcomes. The agreement also opens opportunities to explore new learning pathways for students.


Dalhousie's Emera IDEA Building on Sexton Campus. (Nick Pearce archive photo)

“The planned collaboration with Dalhousie University enriches the CDDE with another high-ranking institution and thus with comprehensive innovation and research power,” says Dr. Jeronimo Dzaack, vice president portfolio, technology & innovation at TKMS. “We are very pleased that the agreement concluded will contribute to transforming visionary ideas and creative approaches into groundbreaking systems and solutions for the maritime defense industry in Canada and other European and NATO countries.”

Dalhousie has a long history of working with Canada’s defence and aerospace community and industry partners. This includes a current research program with Defence Research and Development Canada focused on employing advanced manufacturing to develop critical parts and processes for the Royal Canadian Navy. It also includes a cybersecurity research program in partnership with Calian, a Canadian company that provides mission-critical solutions for defence, space and other sectors to help leaders understand how everyday digital activity creates exploitable risks.