Announcing a Groundbreaking International Collaboration in Clean Energy Education

Durham College in Oshawa, Ontario, and the University of the Highlands and Islands (UHI) in Scotland have forged a strategic partnership to address the surging demand for skilled professionals in the renewable energy sector. On March 18, 2026, representatives from Durham College visited UHI House in Inverness, where they signed a Memorandum of Understanding (MOU) formalizing their collaboration. This alliance marks a significant step in transatlantic higher education cooperation, with the inaugural joint offering—an online Renewable Energy Project Management program—set to launch in autumn 2026.

The program targets professionals already working in or aspiring to enter the renewable energy field, blending the practical training strengths of Durham College with UHI's deep-rooted expertise in Scotland's pioneering renewable projects. This initiative comes at a pivotal time, as both Canada and Scotland accelerate their transitions to net-zero economies, creating urgent needs for project leaders who can navigate complex developments from offshore wind farms to hydrogen production facilities.

Durham College's Commitment to Ontario's Clean Energy Workforce

Durham College, a leader in applied learning within Ontario's postsecondary landscape, has long prioritized programs that align with the province's clean energy ambitions. Situated in the Greater Toronto Area, the college serves a region rich in energy infrastructure, including nuclear plants and emerging renewables. Its Renewable Energy Technician diploma, for instance, trains students in energy audits, solar installations, and wind turbine maintenance, preparing them for roles in Ontario Power Generation (OPG) projects and beyond.

The college's engineering technician programs, such as Mechanical Engineering Technician – Non-Destructive Evaluation (with co-op) and Welding Engineering Technician, equip graduates with hands-on skills for inspecting materials used in energy infrastructure. These programs emphasize industry-standard tools and simulations, ensuring job-ready competency. Durham College's corporate training arm further customizes courses for workforce upskilling, responding to Ontario's projected electricity demand growth of up to 80% in northern regions by 2050.

Through partnerships with OPG and other utilities, Durham College has launched careers in low-carbon technologies, from boiler operations in Power Engineering Techniques to automation in electrical engineering. This foundation positions the college ideally to co-deliver advanced project management training tailored to renewable deployments.

UHI's Pioneering Role in Scotland's Renewable Energy Landscape

The University of the Highlands and Islands, a unique federation of 12 campuses across Scotland's remote regions, excels in energy research and training amid world-leading renewable resources. UHI's specialists focus on offshore wind, tidal and wave energy, onshore wind, and green hydrogen—key pillars of Scotland's net-zero strategy. Engineers and scientists at UHI develop predictive models for marine impacts, resource assessments, and lifecycle management, collaborating with stakeholders on projects like ScotWind offshore leasing rounds.

In hydrogen, UHI supports innovation from production to distribution, leveraging Shetland's wind resources for electrolysis. The university's Environmental Research Institute advances decommissioning strategies for aging oil infrastructure, transitioning skills to renewables. With Scotland's offshore wind sector already supporting 10,000 full-time equivalent jobs, UHI's programs bridge academia, industry, and communities in the Highlands, Islands, Moray, and Perthshire.

UHI's distributed model fosters regionally relevant education, making it a natural partner for global renewable project management expertise.

Unpacking the Joint Renewable Energy Project Management Program

The online program will immerse learners in the full lifecycle of renewable projects: from feasibility studies and permitting to construction, operations, and decommissioning. Participants will master tools like risk registers, stakeholder engagement frameworks, budget tracking, and critical path scheduling—essential for multi-million-dollar wind or solar farms. Step-by-step, the curriculum covers site assessments (e.g., wind resource mapping), regulatory compliance (environmental impact assessments), supply chain coordination, and performance monitoring using data analytics.

Delivered fully online, it accommodates working professionals with flexible modules, live expert sessions from both institutions, and capstone projects simulating real-world scenarios, such as integrating hydrogen storage with offshore wind. This format democratizes access, allowing Canadian technicians and Scottish engineers to upskill without relocation.

Why Project Management is the Linchpin of Renewable Success

Renewable energy projects demand more than technical know-how; they require adept managers to handle volatility in supply chains, weather-dependent timelines, and interdisciplinary teams. In Canada, where wind capacity could add 50-150 GW by 2050, skilled project leads mitigate delays costing millions. A typical offshore wind farm development unfolds in phases: pre-feasibility (resource modeling), development (permits, financing), construction (turbine installation), and operations (maintenance contracts). Managers must integrate geotechnical surveys, grid connection studies, and community consultations to ensure viability.

• Risk management: Forecasting delays from permitting or weather.
• Budget oversight: Allocating for escalating material costs.
• Sustainability integration: Embedding ESG criteria from inception.

Scotland's hydrogen economy similarly relies on project pros to scale pilot plants into gigawatt electrolysers. This program fills a critical gap, as IRENA notes renewable jobs in Canada reached 113,610 in recent estimates, with management roles in high demand.

Canada's Renewable Job Boom: Stats and Projections

Canada's clean energy sector is exploding, with renewable capacity projected to hit 127.91 GW by 2030 from 114.06 GW in 2025, growing at 2.32% CAGR. The Canada Energy Regulator's 2026 outlook forecasts electricity demand surging 26-84% by 2050, driven by electrification and data centers, necessitating massive renewable builds. Ontario alone eyes utilities workforce stability at 59,500 jobs, with clean energy roles expanding amid natural gas phase-outs.

Clean energy GDP could reach $107 billion by 2030, supporting 639,000 jobs nationwide. Project managers, earning competitive salaries, are pivotal as wind drives 73% of new capacity by 2030.Canada Energy Regulator Report

Scotland's Green Revolution and UHI's Contributions

Scotland leads Europe in offshore wind, with ScotWind unlocking vast potential and hydrogen projects like those in Shetland poised for scale-up. The sector supported 10,000 jobs in 2021, with supply chain demands growing. UHI's research in marine energy impacts and hydrogen training positions it to export skills globally.

Workforce needs span engineering to project delivery, with green freeports like Inverness & Cromarty Firth creating pathways in wind, hydrogen, and marine energy.

Benefits of Cross-Border Learning and Global Expertise

This partnership exemplifies how international alliances enhance higher education. Learners gain dual perspectives: Durham's North American regulatory focus (e.g., Ontario's Long-Term Energy Plan) and UHI's European innovations (EU funding models). Online delivery reduces barriers, fostering a global network of alumni tackling shared challenges like grid integration.

Robin Young of Durham College notes, “Partnering with UHI allows us to bring global expertise directly to learners... helping us meet that need.” Vicki Nairn of UHI adds, “This brings together international expertise to create learning opportunities... supporting workforce development.”

Future Horizons: Expanding Collaborations and Impacts

Beyond the flagship program, the MOU paves the way for joint research in hydrogen and decommissioning, industry placements, and customized corporate training. As Canada invests $17 billion in global research and Scotland eyes 100,000 green jobs, this model could inspire more Canada-UK ties.Durham College Announcement

For students and pros, it offers credentials boosting employability in a market where green skills command premiums. Institutions benefit from shared resources, elevating Canada's higher ed profile internationally.

Real-World Implications for Learners and Industry

Graduates will lead projects like Ontario's solar megaprojects or Scottish floating wind arrays, armed with actionable insights. Case in point: Durham alumni now support OPG's small modular reactors, while UHI partners advance tidal arrays. This program accelerates such transitions, ensuring diverse workforces—21% visible minorities, 17% immigrants in energy.