Research project title

Assessment of life cycle costs and environmental impacts of a new organic battery

Education level

Doctorate

Director/co-director

Director: Thomas Stringer

Co-director(s): Marcelin Joanis

End of display

July 1, 2025

Areas of expertise

Primary sphere of excellence in research

Environment, Economy, and Society

Unit(s) and department(s)

Department of Mathematical and Industrial Engineering

Detailed description

PhD Opportunity in Energy Economics

Help Shape the Future of Sustainable Energy!

We are seeking a passionate candidate to lead an innovative research project evaluating the lifecycle costs and environmental impacts of a new organic battery technology. The project will also explore the application of these batteries for energy storage in electrical grids in Northern Canada as part of a strategic case study.

What You’ll Do

You will be at the heart of multidisciplinary research combining economic analysis and environmental assessment. Your responsibilities will include:

-Conducting lifecycle analyses (LCA) to evaluate environmental and economic impacts at each stage of the battery lifecycle.
-Performing cost-benefit analyses and comparative scenario studies with existing technologies.
-Proposing strategies to improve the economic and environmental viability of organic batteries.
-Exploring energy storage applications for remote grids, such as those in Northern Canada, contributing to greater energy autonomy.
-Collaborating with experts in energy and sustainable development.

Why This Project?

-Real Impact on Global Energy Transition: Contribute to essential research guiding energy sector decisions toward sustainable technologies.
-Multidisciplinary Training: Develop expertise in LCA, economic analysis, and sustainability.
-Captivating Case Study: Help address the unique energy challenges of Northern Canada, where sustainable solutions are essential.
-Dynamic Team: Collaborate with passionate researchers and industry experts, including chemistry researchers from Université de Montréal.
-Montréal – A Vibrant Research Hub: A city renowned for its unique culture and research opportunities.

Profile Sought

You are the ideal candidate if you have:

-A bachelor’s degree in engineering, economics, business administration, environmental studies, or a related field connected to sustainable development.
-Experience in lifecycle analysis (LCA), cost-benefit analysis, or econometrics (an asset).
-Excellent communication and writing skills — a key priority for this project.
-Genuine motivation to make a positive impact on the energy transition.

How to Apply

Send a CV and a short cover letter to thomas.stringer@polymtl.ca.

Financing possibility

Funding for three years, depending on progress.