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SEEGrad 2025








SEE's Annual Research Conference
The School of Sustainable Energy Engineering (SEE) and the SEE Graduate Student Association are hosting the second annual SEE Graduate Student Research Conference on May 16th, 2025.
The research and innovation at SEE are cutting-edge interdisciplinary fields such as innovative vehicle technologies and energy sources, carbon capture and sequestration, use of material science in sustainability, energy and atmospheric modelling, photovoltaic, smart power grids, hydrogen and fuel cells, nexus of water, energy, and food, and sustainable vehicle-track interaction.
EVENT DETAILS
- Date: May 16, 2025
- Time: 8:00 a.m. to 6:30 p.m.
- Location: Sustainable Energy Engineering Building (SRYE)
Participation is free, but all attendees are required to register.
Call for Abstracts
In partnership with the SEE Graduate Student Society, the School of Sustainable Energy Engineering (SEE) is thrilled to announce the second Graduate Student Research Conference (SEEGRAD 2025). The primary aim is to unite the remarkable SEE research community for a day filled with enthusiasm, fostering the exchange of innovative ideas and research initiatives directed towards a sustainable future.
All SEE graduate students (MASc, PhDs) and post-docs are strongly encouraged to submit an extended abstract for an oral presentation or a poster presentation.
Scientific Committee: Prof. Vincenzo Pecunia (Chair), Prof. Mariana Resener, Prof. Taco Niet, and Prof. Colin Copeland
Organizing Chairs: Navid Balazadeh, Hamid Delbari, Zeinab Heidari, Mashama Noor, Gustavo Aschidamini
Conference Date: May 16, 2025
Cash Prizes: Awarded to the top 3 presentations and top 3 posters by graduate students
IMPORTANT DATES
- Submission Deadline: PDF files of posters and presentations are due by Tuesday, April 15th, 2025.
Event Agenda
Keynote Speaker

Sagar Kancharla
Director - Energy Transition Advisory & Investments
WSP Canada
Biography
At WSP, Sagar is involved with advising organizations in navigating the energy transition. In particular - evaluating opportunities, enabling strategic decisions, and guiding successful executions. He is an accomplished leader in the energy sector with ~25 years of experience having worked with an energy company, an energy regulator and now with an energy consultancy. His broad expertise is built from the roles he held in strategy, corporate finance, business development and regulation in organizations that include Enbridge, Ontario Energy Board, Ontario Ministry of Finance and GE.
He has extensive experience in policy interpretation, market analysis and investment reviews of opportunities across the energy infrastructure spectrum. With regards to energy transition projects, he is currently involved or completed engagements in Canada, US, Colombia, Norway, Sweden, and New Zealand.
He is a civil engineering undergraduate and an MBA graduate from the Indian Institute of Management, Ahmedabad, India and McMaster University, Canada. He is also a Chartered Director from The Directors College, Canada. Sagar serves on the Board of Geneva Centre for Autism, Toronto.
Publications:
- Hydrogen’s Pragmatic Turn
- Mapping the Energy Transition – An inclusive approach
- Transitioning to a Sustainable Energy Mix at Airports
- Energy Transition: Ready. Resilience. Go.
- Accelerating the Hydrogen Economy.
Abstract
Energy Transition in Turbulent Times:
Balancing Security, Sustainability and Affordability
In the face of global challenges, Canada’s energy future hinges on balancing security, sustainability, and affordability. This keynote speech explores the critical role that future leaders, including sustainability engineering graduates, will play in navigating the turbulent energy landscape.
It examines the importance of Canada’s energy resources in the global context, the impact of geopolitical and environmental pressures, and the solutions that will drive the energy transition.
Technology is critical to addressing the triple challenge of security, sustainability, and affordability. Sustainability professionals are uniquely positioned to drive and innovate within this space. Key innovations, such as smart grids, renewable energy technologies, energy storage, hydrogen and carbon capture, will enable Canada to ensure energy security, reduce emissions, and make clean energy more accessible and affordable.
This address highlights how technology could be leveraged and the importance of interdisciplinary collaboration in shaping a resilient, sustainable energy system for the future.
Panelists
Canada’s battery sector is at a crucial point, facing challenges in scaling supply chains, adapting to evolving EV demand, and advancing sustainable energy storage solutions. With significant investments in the industry, regulatory complexities and market shifts continue to shape its trajectory.
This panel brings together experts in battery chemistry, micro-mobility, and energy storage systems to discuss how Canada can leverage its mineral resources, technical expertise, and industry collaborations to address key obstacles and drive innovation. Join us for an insightful discussion on the current landscape, emerging opportunities, and the role of battery technology in supporting both economic growth and sustainability goals.

Alex Canning-Choi is an aerospace engineer turned EV infrastructure specialist, with a career dedicated to advancing sustainable energy and transportation solutions. He holds a Bachelor of Engineering in Aerospace from Carleton University and an MBA in Innovation & Entrepreneurship from UBC Sauder School of Business.
Currently a Project Manager at BC Hydro, Alex oversees the design, deployment, and optimization of large-scale EV charging networks, collaborating with utilities, municipalities, and private stakeholders to accelerate electrification efforts. His prior experience spans engineering project integration, system design, and infrastructure deployment, having worked on major energy and transportation projects, including the development of Rolls-Royce’s Test Bed 80 (the world’s largest gas turbine test facility).
Passionate about technology-driven sustainability, Alex applies his engineering expertise to solving real-world challenges in EV charging site design, grid integration, and energy infrastructure development.

Ali Kazemkhani is a passionate engineer dedicated to sustainability, efficiency, and eco-friendly innovation.
After earning his postgraduate degree in Mechanical Engineering, he pioneered micro-mobility solutions by developing the first Universal Electric Bike Conversion Kit in 2002. However, in an oil- and gas-rich country where e-mobility was undervalued, he sought a place where his vision could thrive. Finding no such company, he founded ENVO Drive in Canada, bringing together a team of top talents committed to innovation.
Under his leadership, ENVO has introduced groundbreaking micro- and mini-mobility solutions, including electric bikes, snowbikes, electric ATVs, e-velomobiles, and most recently, a game-changing mini-mobility vehicle called UPT.
As a thought leader in micro-mobility, Ali champions its vast potential to reshape urban transportation. His vision has positioned ENVO among Deloitte’s Fast 50 Clean Tech companies, driving the movement toward “rightsizing mobility for a healthier community.”

Brandon Hong is an Account Executive at Moment Energy, responsible for driving business growth through strategic partnerships and sales initiatives. He plays a key role in identifying and building client relationships while shaping Moment Energy’s sales strategy alongside the co-founders. Brandon successfully secured major contracts, including agreements with BC Hydro and God’s Pocket Resort—the largest in Moment Energy’s history. He is an SFU alumni with a Bachelor of Arts in Economics.

As a senior research scientist, Dr. Arman Bonakdarpour has been leading research projects at UBC’s Department of Chemical and Biological Engineering in the fields of sustainable electrochemical energy and water technologies, including batteries, fuel cells, electrolysis, water treatment, and CO₂ conversion. His work has resulted in over 85 peer-reviewed papers and 12 patents. He is a co-founder and technical advisor at Mangrove Lithium. As a faculty member, Arman teaches sustainable energy technologies, energy modeling, and energy computer applications at New York Tech (Vancouver). In the summer of 2024, Arman was invited by the U.S. Department of Energy to lead a team of students in the National U.S. Collegiate Solar District Cup. His team successfully advanced as finalists and has been invited to participate in the second and final phase of the solar-plus-storage competition.
Sponsorship Opportunities
There are sponsorship opportunities available for this event. Please contact tina_shoa@sfu.ca to learn more.