Power your future with Volt-Age
Join a PhD program focused on electrification at Concordia University and become part of an initiative actively building the future of energy. Through Volt-Age, you'll have the opportunity to work on large-scale, multidisciplinary initiatives to develop and implement new technologies and solutions for the electrification of society in Canada.
Supported by over $123 million from the Canada First Research Excellence Fund (CFREF), this initiative is driving real change in the energy landscape.
Research with Volt-Age
If your research interests align with Volt-Age, seize the opportunity to be part of transformative work backed by generous funding. Apply to Concordia University, complete the form, and make your mark with Volt-Age today.
Why pursue research with Volt-Age?
Secure generous funding
Groundbreaking research requires support. That’s why Volt-Age offers PhD students a scholarship of $35,000 per year for 4 years and access to state-of-the-art labs and research. Your ideas deserve the best resources.
Make a global impact
As a student working on Volt-Age research, you won’t just study sustainable energy—you’ll help create it. Collaborate with industry leaders like Northvolt, Tesla, Schneider Electric, and Hydro-Québec to develop real-world solutions that matter.
Work on cutting-edge projects
From decarbonized mining to smart grids, advanced energy storage systems, and AI-driven energy management, you’ll be at the center of innovation. This is your chance to contribute to technologies that will shape the future.
Volt-Age research areas
We are looking for students passionate about advancing research in two key categories within the green electrification space.
Technological innovations in the green electrification supply chain
Explore critical areas across the entire supply chain, from raw materials to recycling, such as:
- Advanced technologies: Artificial intelligence | Automation | Cybersecurity | Monitoring technologies
- Energy solutions: Battery and energy storage | Renewable energy systems | Infrastructure
- Construction and design: Buildings and envelopes | Modelling and design | Manufacturing and machinery
- Sustainable resources: Raw materials | Mining | Recycling | Transportation solutions
Societal and human impacts of electrification
Examine the broader societal effects of electrification through a social sciences lens, including:
- Cultural and knowledge integration: Co-creation | Indigenous knowledge in electrification
- Economic and entrepreneurial research: Economy | Entrepreneurship | Research-to-market approaches
- Policy and ethics: Political science | Risk management | Philosophy
- Social justice and community engagement: Social equity | Accessibility | Storytelling and oral histories.
Get in touch with the Volt-Age team
Volt-Age is funded by the Canada First Research Excellence Fund (CFREF)
