PhD & Postdoc Positions in Power Systems Security and Intelligence at Toronto Metropolitan University

Project Overview

This research focuses on enhancing the security, stability, and intelligence of modern power systems amid the global transition toward renewable energy, distributed resources, and digital infrastructure. Critical research areas include grid control, protection, stability, inverter-based distributed energy resources (DERs), cyber-physical security of smart grids, substation automation, IEC 61850 standards, communication networks for power systems, and quantum-resilient cybersecurity.

What You Will Do

Successful candidates will engage in interdisciplinary research projects within the Electrical, Computer, and Biomedical Engineering Department. They will work under the guidance of leading faculty members, employing advanced modeling, analysis, and simulation techniques to address challenges in power systems and cybersecurity. Collaborative work with industry and international partners is encouraged to ensure practical relevance and impact.

Expected Outcomes

The research aims to develop robust, resilient, and secure energy networks capable of withstanding increasing cyber-attacks and infrastructure challenges. Outcomes include novel control strategies, enhanced stability and protection mechanisms, cyber-physical security frameworks, and standards-compliant automation solutions to support next-generation smart grids.

Why This Matters

This work supports the modernization of global energy systems, ensuring reliable and sustainable power delivery. It addresses critical vulnerabilities brought by increased digitalization and integration of renewable resources, influencing energy policy and technology development both in Canada and worldwide.