What if the next major step in reducing a university’s carbon footprint starts with the work you lead? As the Energy Engineering Project Manager, you'll help Toronto Metropolitan University turn its sustainability commitments into measurable action. You'll help shape and deliver strategies that reduce energy consumption, lower greenhouse gas (GHG) emissions, and build a more sustainable future for the university.
Working closely with the Executive Director, you'll contribute to the development of TMU's long-term strategic energy management and GHG emissions reduction strategies, identifying opportunities where engineering innovation can translate into meaningful environmental and operational impact. You'll assess potential projects and initiatives, evaluate options, establish measures of success, and develop practical approaches to turn ideas into results.
As a project leader, you'll take initiatives from concept through implementation, coordinating engineering studies, engaging stakeholders, and managing projects designed to achieve both immediate energy savings and long-term emissions reduction goals. You'll bring together technical expertise, analytical thinking, and project management to ensure that investments in energy efficiency deliver measurable and lasting results.
You'll also establish and maintain processes for tracking energy use, monitoring performance, and measuring progress against energy and emissions reduction targets. By turning complex energy data into actionable insights, you'll help the university understand what is working, where opportunities remain, and how it can continue to improve.
This is an opportunity to make a tangible difference at a leading university by helping advance sustainability not simply through plans and commitments, but through projects, engineering solutions, and measurable results. If you're passionate about using your technical expertise to address one of today's most important challenges, this role offers the opportunity to help shape a lower-carbon, more efficient, and more sustainable campus for the future.
