Kongsberg Maritime and BCIT jointly establish the Marine Innovation Simulation Centre of Excellence, taking another step forward in Canada's maritime technology autonomy.

Event Overview

On July 8, 2026, Kongsberg Maritime and the British Columbia Institute of Technology (BCIT) jointly announced the establishment of the Marine Innovation Simulation Centre of Excellence (MISE) in British Columbia. The investment is realized through Canada's Industrial Technological Benefits (ITB) policy and aligns with Kongsberg's project plans in Canada.

Why Build Together Now?

This collaboration is not an isolated technology procurement, but a concrete step in the implementation of Canada's defense industrial strategy. The ITB policy requires defense contractors to invest in domestic technology in exchange for contract opportunities. Kongsberg, a Norwegian defense and maritime technology giant, has multiple projects in Canada, and MISE is a strategic move to fulfill its industrial offset obligations while deepening local R&D capabilities.

From BCIT's perspective, as the largest polytechnic institution in Western Canada, its maritime training and simulation facilities urgently need upgrades to cope with the industry's digital transformation and the wave of autonomous shipping. The complementary needs of both sides, leveraged by the policy mechanism, facilitated this investment.

Profound Impact on Canada's Maritime Industry

MISE's core equipment is Kongsberg Maritime's simulation system, providing synthetic environments, development toolchains, and APIs. This enables collaborative applied research among Canadian industry, academia, defense sectors, and public institutions, covering the following key areas:

• Autonomous Systems: Testing perception, decision-making, and control algorithms for autonomous vessels in virtual environments, reducing risks and costs of real-ship testing.
• Cybersecurity: Simulating attack scenarios in port and ship-shore communication networks to develop resilient defense solutions.
• Low/Zero Emission Operations: Simulating the efficiency and safety of new propulsion systems such as hydrogen fuel and battery power, accelerating verification of green technologies.
• Accident Analysis and Human Factors: Using high-fidelity simulations to reconstruct accident sequences, optimizing human-machine interfaces and operating procedures.

Additionally, the center offers cloud-based simulation licenses, enabling training without geographical constraints and greatly expanding Canada's maritime education coverage. More importantly, MISE will serve as a commercialization accelerator, helping local startups and research institutions bring innovations from the lab to the market, thereby cultivating Canada's sovereign maritime technology capabilities.

Canada's Position in the Global Competitive Landscape

The global maritime simulation market is growing at an average annual rate of about 8%. Maritime powerhouses such as Norway, Singapore, and the Netherlands have all established national-level simulation centers. Canada previously lacked a centralized open platform in this field; the establishment of MISE fills this gap.More noteworthy is that this project is a typical case of the "defense industry strategy—ITB policy—industry-academia-research cooperation" model. Compared to simply purchasing equipment, Canada leveraged policy tools to facilitate technology transfer and local capacity building from Norwegian enterprises, securing a place in next-generation technology tracks such as autonomous shipping and green maritime.

Long-term Trends: How Simulation Technology Reshapes the Marine Economy

MISE is not a static training facility, but a continuously evolving innovation ecosystem node. In the next 3-10 years, as the International Maritime Organization (IMO) tightens emission reduction targets and international rules for autonomous ships gradually improve, the demand for safe, efficient, and reusable digital simulation platforms will surge.

For Canada, the truly strategic significance lies not in the center itself, but in the sovereign capability incubation mechanism it carries. Through open APIs and collaborative R&D, MISE is expected to give rise to a group of Canadian local enterprises focusing on maritime digital twins, autonomous navigation, and green power systems, and to form a unique competitive advantage in the operation of the North Atlantic and Arctic shipping routes.

The inspiration for the future is: A maritime power is no longer a contest of "fleet size", but a competition of a trinity innovation ecosystem of "digital simulation + autonomous technology + clean energy". Canada is using this "policy guidance, industry acceptance, university implementation" model to secure a new ticket for itself.