Ph.D. Position #P1 / Building Science and Engineering
We are seeking a motivated Ph.D. student to join the Community Energy Solutions (CES) Project, a four-year collaboration between Concordia University and Toronto Metropolitan University. The project is led by Prof. Ursula Eicker, the Canada Excellence Research Chair in Smart, Sustainable and Resilient Communities and Cities. The position is part of the Volt-Age Research Initiative, aimed at electrifying Canada's society.
Project overview
The CES project focuses on helping municipalities design zero-emission energy solutions that are financially viable, community-driven, and tailored to neighbourhood demand profiles. Collaborating with governments, private sector partners, and international stakeholders, we will analyze over 15 case studies across Canada, the US, and Europe to create "neighbourhood archetypes" based on factors like density, income, building usage, and transportation needs.
Using cutting-edge digital twin platforms and tools, we aim to develop scalable community energy strategies that address the unique characteristics of each area.
Position description #P1
- Background: Building science, building/mechanical/civil engineering.
- Skills: Energy modelling, GIS, strong programming skills in Python, and object-oriented programming.
- Role: You will leverage a strong programming skillset in Python, with expertise in object-oriented programming, to collaborate with computer science researchers. Your role will involve developing digital twins of use cases by applying domain expertise in building and energy systems to structure data and workflows effectively.
- Duration: 4 years, $35,000/year
- Start Date: September 2025
Why join us?
- Be part of a dynamic and impactful research environment where innovation meets real-world application.
- Collaborate with municipalities, energy utilities, industry leaders, and community groups to drive sustainable solutions.
- Gain hands-on experience across 15 diverse international case studies in Canada, the US, Europe, and Israel.
- Work within a multidisciplinary team integrating expertise in energy, mobility, finance, and governance.
- Access a state-of-the-art workspace equipped with advanced tools like digital twins, IoT labs, and augmented reality systems.
- Make a tangible impact on sustainable solutions and contribute to the global fight against climate change.
How to apply
Email your applications to Ms. Meagan Smith at nextgencities@concordia.ca.
Required documents:
- A letter of application (max. 2 pages) describing your qualifications, experience, and motivation.
- A curriculum vitae.
- Names and contact details of two references.
- Submission Instructions:
- Include "CES – WP5 – P1" in the email subject line.
- Indicate if applying for more than one position in your cover letter and email.
- Applications must be in screen-readable PDF or Word formats.
Deadline: July 1, 2025
Notes:
Both domestic and international students are encouraged to apply. International students must have a valid study permit or IRCC processing time under 12 weeks. Due to the anticipated volume of applications, only those selected for interviews will be contacted.
Concordia University strongly supports employment equity, aiming for a diverse workforce that reflects the wider community. The university encourages applications from all qualified candidates, particularly those who identify as women, racialized persons, Indigenous peoples, 2SLGBTQI+ persons, and people with disabilities. Candidates are also encouraged to self-identify in their applications. The university's employment equity policies are aligned with provincial and federal regulations.