The Strategic Partnership Takes Shape

In a significant development for Canadian higher education and defence innovation, the University of New Brunswick (UNB) has entered into a Memorandum of Understanding (MOU) with South Korea's Hanwha Ocean, a leading global shipbuilder. Announced on March 5, 2026, during Hanwha Ocean's Canadian Patrol Submarine Project (CPSP) Partners' Day event in Ottawa, this agreement positions UNB as a key player in the international submarine supply chain. Dr. Paul J. Mazerolle, UNB's President and Vice-Chancellor, emphasized the partnership's potential, stating, "As a Canadian leader in marine research and education, the University of New Brunswick is proud to partner with Hanwha on this important collaboration. This agreement creates meaningful opportunities for applied research and hands-on student engagement in advanced marine and defence technologies." This collaboration underscores UNB's commitment to aligning academic strengths with national defence priorities.

The MOU fosters tri-party efforts involving Hanwha Ocean, Canadian entities, and international expertise, aiming to bolster Canada's maritime capabilities amid growing Arctic security concerns. By integrating UNB's research prowess, the partnership supports Hanwha's bid in the competitive CPSP, where local content and industrial benefits are paramount.

Background on Canada's Submarine Capability Gap

Canada's Royal Canadian Navy (RCN) currently operates four Victoria-class submarines acquired from the UK in the 1990s. These diesel-electric vessels have faced persistent maintenance issues, resulting in low operational availability—often below 20% fleet-wide. The CPSP seeks to procure up to 12 next-generation conventionally powered submarines capable of operations in the Atlantic, Pacific, and Arctic oceans, addressing sovereignty needs in a strategically vital region amid climate change opening new passages.

Launched formally in 2022, the project is valued at approximately $60 billion CAD ($43.5 billion USD), with qualified suppliers narrowed to Hanwha Ocean's KSS-III (Batch 2) and Germany's ThyssenKrupp Marine Systems (TKMS) Type 212CD in August 2025. Final proposals were submitted recently, with contract award anticipated by late 2026 and first deliveries in the early 2030s to ensure seamless transition before Victoria-class retirement in the mid-to-late 2030s. This procurement emphasizes Industrial and Technological Benefits (ITB), requiring bidders to invest equivalently in Canadian industry, research, and workforce development.

UNB's World-Class Marine Research Ecosystem

The University of New Brunswick stands as Canada's premier institution for marine additive manufacturing and ocean mapping, making it an ideal partner for advanced submarine technologies. The Ocean Mapping Group (OMG) at UNB's Department of Geodesy and Geomatics Engineering is globally recognized for pioneering multibeam sonar processing, seabed visualization, and hydrographic surveys—critical for submarine navigation, mine countermeasures, and Arctic seafloor intelligence.

Complementing this, the Marine Additive Manufacturing Centre of Excellence (MAMCE), launched in 2017 as Canada's first dedicated 3D metal printing facility for marine and defence applications, enables rapid prototyping of complex components like propellers and hull fittings. UNB's Faculty of Engineering ranks #1 in Canada for research quality, with ongoing defence-aligned projects including satellite imagery enhancements for the Department of National Defence. These assets position UNB to contribute stealth coatings, acoustic sensors, and simulation models under the Hanwha MOU.

Core Pillars of the UNB-Hanwha Collaboration

The MOU delineates specific domains where UNB's expertise will converge with Hanwha Ocean's shipbuilding prowess:

• AI-enabled naval and maritime systems for autonomous decision-making and threat detection.
• Digital and simulation technologies to model submarine performance in harsh Arctic conditions.
• Underwater acoustic and stealth technologies to minimize detectability.
• Arctic-capable vessel designs resilient to ice and extreme cold.
• Intelligent automation for crew reduction, enhancing efficiency and safety.

These efforts will involve joint R&D labs, technology transfer, and co-developed prototypes, ensuring Canadian intellectual property retention while accessing Hanwha's proven KSS-III platform—over 3,000 tons displacement, lithium-ion batteries for extended range, and vertical launch systems.

For context, the step-by-step process begins with feasibility studies using UNB's simulation tools, progresses to prototype testing in controlled environments like wave tanks, and culminates in field trials integrating Hanwha subsystems. This structured approach mitigates risks in high-stakes defence integration.

Transformative Opportunities for UNB Students and Faculty

Undergraduates and graduate students in UNB's marine engineering, geodesy, and mechanical engineering programs will gain unprecedented access to real-world projects. Imagine co-op placements at Hanwha facilities in Geoje, South Korea, or collaborative labs in Fredericton developing AI algorithms for submersible drones. Faculty grants for defence research will expand, fostering publications and patents.Explore research assistant positions in this burgeoning field.

This partnership exemplifies how universities bridge academia and industry, preparing graduates for roles in naval architecture, hydrodynamics, and systems engineering. With Canada's defence spending rising to 2% GDP by 2032, demand for skilled talent surges—UNB alumni could lead CPSP sustainment contracts worth billions over decades.

Economic Ripple Effects for New Brunswick and Atlantic Canada

New Brunswick, home to Irving Shipbuilding's major contracts under the National Shipbuilding Strategy, stands to gain from CPSP spillovers. The UNB-Hanwha tie could spawn spin-off firms in acoustics and 3D printing, creating hundreds of high-tech jobs. Provincial leaders hail it as a catalyst for the 'blue economy,' leveraging UNB's innovations for fisheries monitoring and offshore wind alongside defence.Official CPSP procurement update

Statistics project 5,000-10,000 direct and indirect jobs nationally from CPSP, with Atlantic hubs like Halifax and Saint John benefiting disproportionately due to existing infrastructure. UNB's role amplifies regional GDP by investing in human capital—vital as youth outmigration challenges Maritime provinces.

Hanwha Ocean's Comprehensive Canadian Ecosystem

UNB joins a robust network: MOUs with University of Toronto (AI/space), Dalhousie University (ocean engineering), Mohawk College (workforce training), and firms like GeoSpectrum Technologies (sonars) and Ultra Maritime (defence electronics). This 'Team Hanwha' strategy complies with ITB mandates, promising 100% offset investments in Canadian SMEs, R&D, and exports.

Unlike siloed bids, Hanwha's model emphasizes sustainment hubs across provinces, ensuring long-term viability post-delivery.

Navigating the Competitive Landscape

Hanwha's KSS-III offers superior endurance (18,000 nautical miles) and VLS for missiles, tailored for Arctic ops, versus TKMS's air-independent propulsion focus. Both pledge Canadian builds, but Hanwha's aggressive partnering—over 35 MOUs—edges in local content. Critics note risks in foreign lead integration, yet precedents like Australia's AUKUS subs validate allied co-production.Breaking Defense analysis

Overcoming Procurement Hurdles

Canada's defence acquisitions historically suffer delays—Victoria refits ballooned to $4B. CPSP mitigates via fixed-price bids and ally selection. Challenges include supply chain vulnerabilities (e.g., batteries) and skilled labour shortages, addressable through UNB-style training pipelines. Multi-perspective views: unions seek job guarantees, environmentalists demand low-emission designs, Indigenous groups input on Arctic impacts.

Photo by Ben Mayberry on Unsplash

Looking Ahead: Innovation and Careers

If awarded, CPSP launches a 30-year sustainment era, with UNB at the forefront of upgrades like unmanned underwater vehicles. Aspiring professionals should pursue UNB's BEng in Mechanical or Geomatics, bolstering resumes with defence certifications.Craft a winning academic CV for such roles. Check faculty positions or postdoc opportunities in maritime tech.

For Maritime students, this heralds a renaissance—pairing academic rigour with global industry. Explore Rate My Professor for UNB insights, and visit university jobs for openings. As Canada asserts Arctic presence, UNB-Hanwha exemplifies higher ed's pivotal role.