成人大片

Last week, students from 成人大片鈥檚 Faculty of Engineering and Architectural Science (FEAS) showcased the results of a new collaboration with : the Sustainability Accelerator Extracurricular Training program, a co-curricular, industry-designed sustainability initiative paired with hands-on, interdisciplinary capstone-style projects addressing real climate and energy challenges.

In partnership with the FEAS Co-op Office, the initiative represents a significant step forward in how FEAS works with industry to co-create curriculum content, mentor students through applied projects, and connect learning outcomes to future career pathways.

Designing sustainability education with industry

Rather than layering sustainability concepts onto existing coursework, Schneider Electric worked directly with FEAS to help design the learning experience from the ground up.

Schneider Electric鈥檚 sustainability and business development leaders created a six-module curriculum that helped students understand core sustainability concepts such as ESG principles and different types of emissions (Scopes 1, 2, and 3). Interdisciplinary student teams were then challenged  to apply those frameworks to complex, real-world scenarios.

The program was designed not only as a learning experience, but as a new model for industry engagement and work-integrated learning.

鈥淭he goal was to give students not just knowledge, but the tools to understand where they can contribute and how,鈥� said Pratap Revuru, Senior Director of Microgrid Solutions and Strategic Partnerships at Schneider Electric. 鈥淪ustainability is evolving quickly, and the next generation needs opportunities to apply their digital and engineering skills to real problems.鈥�

Experiential learning that mirrors professional practice

Over the course of the program, students from multiple engineering disciplines worked in teams to develop solutions addressing energy efficiency, decarbonization, and climate risk mitigation 鈥� presenting not a single 鈥渞ight answer,鈥� but multiple viable pathways forward.

鈥淲hat impressed us most was the breadth and depth of the work,鈥� Revuru noted. 鈥淭he teams didn鈥檛 stop at one solution. They explored different scenarios, trade-offs, and approaches 鈥� exactly how sustainability challenges are tackled in practice鈥�.

This approach closely reflects FEAS鈥檚 commitment to experiential learning as a core part of its academic mission. In his opening remarks, Associate Dean of Teaching and Outreach Dr. Medhat Shehata emphasized that co-curricular partnerships like this allow FEAS to introduce emerging technologies and industry practices faster than traditional curriculum updates alone.

鈥淥ur job is our students,鈥� said Shehata. 鈥淲e want them to graduate with the skills and tools to make a real societal impact. Co-curricular education lets us bring evolving areas like sustainability directly into their learning experience 鈥� now, not years from now鈥�.

The impact of the program was felt directly by students, many of whom were engaging with sustainability concepts outside their core discipline for the first time.

Alan Rehani, who worked on the Building Management Systems Modernization project shared, 鈥淚t was really enjoyable to work on something toward a real outcome. I didn鈥檛 expect this project to influence my academic choices, but it did. It helped me realize that sustainability is something I want to lean into more 鈥� even in how I鈥檓 thinking about my future coursework and my path as an engineer.鈥�

A partnership with impact 

Beyond the curriculum and project showcase, the partnership was intentionally designed as a multifaceted learning and talent-development model. In addition to hands-on training and mentorship, the program created new pathways for students to be considered for paid work-integrated learning opportunities with Schneider Electric through FEAS Co-op.

Rather than relying solely on formal interviews, Schneider Electric鈥檚 HR team and hiring managers used the program as an opportunity to observe students working in real project environments, gaining insight into their technical abilities, problem-solving approaches, collaboration skills, and professional readiness. For students, this offered a more authentic way to demonstrate their strengths and potential in a setting that mirrors professional practice.

Dean of FEAS Dr. Sri Krishnan, highlighted the broader significance of the collaboration, describing it as a model for how academic-industry partnerships can create exponential value.

鈥淧artnerships don鈥檛 just add impact 鈥� they multiply it,鈥� Krishnan said. 鈥淲hen industry and academia come together in a meaningful way, students gain lifelong skills, institutions advance their mission, and society benefits from better-prepared graduates ready to lead鈥�.

Elevate FEAS in action

The Sustainability Accelerator reflects FEAS鈥檚 ELEVATE FEAS strategic priorities by embedding sustainability and experiential learning into the student experience while strengthening industry collaboration.

For Schneider Electric, the partnership demonstrates the value of engaging early with emerging talent. For FEAS, it reinforces a growing reputation for designing curriculum differently, with industry, interdisciplinarity, and societal impact at the centre.

As the program looks ahead to future iterations, both partners share a common goal: scaling a model that prepares students not just to enter the workforce, but to help shape a more sustainable future.