Alisa Makusheva

Concordia University in Montreal, Quebec, Canada is recruiting students for funded Volt-Age research projects in the areas of social economy , energy , sustainability , and innovation . The post specifically highlights a fully funded PhD position in social economy, and also mentions funded MSc and PhD opportunities. The PhD funding package is stated as 35,000 CAD per year for 4 years . This makes the opportunity especially attractive for applicants seeking long-term support for doctoral research. The post does not provide a full list of eligibility criteria, but it asks applicants to check the requirements before applying. Research interests that appear relevant include social economy, sustainable development, energy transitions, innovation studies, and related applied social science or economics topics. The opportunity is associated with Volt-Age at Concordia University . Applicants should review the original post carefully, confirm fit with the research area, and follow the application instructions in the LinkedIn post. No separate deadline is stated in the text provided.

Concordia University is advertising a fully funded PhD opportunity in Energy Management Systems (EMS) , with related research themes in Battery Management Systems (BMS) , Li-Ion Batteries , AI , and Explainable AI (XAI) . The position appears to be based in Montreal, Quebec, Canada, and is associated with Volt-Age at Concordia University. The project is especially relevant for students with interests in electrical engineering , computer science , and energy systems research. Desired experience includes EMS , BMS , Python , MATLAB , optimization , and hybrid microgrids . This suggests a strong applied research environment combining energy storage, control, optimization, and AI methods. The post states that applications are still being accepted, but no formal deadline is provided. Funding is described as fully funded , making it suitable for candidates seeking a supported doctoral research position. Interested applicants should review the project requirements and apply via the LinkedIn post link. If your background matches the requested technical skills and research interests, this could be a strong fit for a PhD in energy systems and battery-related research.