Current Research Directions
Prospective students may work on one or more of the following areas. All projects are validated using industry-grade simulation tools, real-time platforms, and realistic datasets.
Power System Protection & Reliability
Adaptive and data-driven protection methods for transmission and distribution systems, including fault detection, classification, and stability assessment in renewable-rich grids.
Cybersecurity of Power & Energy Systems
Detection and mitigation of cyber-attacks on state estimation, protection systems, PMU-based applications, and wide-area monitoring and control.
Cyber-Physical Power System Modeling
Integrated modeling of electrical networks, communication systems, and control layers to study cascading failures, coordinated attacks, and system resilience.
Data-Driven & AI-Based Methods
Use of ML and AI for protection, anomaly detection, system identification, and decision support in modern power systems.
Who Should Apply
We welcome applications from students with a strong background in any of the following areas:
- Electrical and Computer Engineering, or closely related fields
- Power systems, protection, or control
- ML, AI, or data analytics applied to engineering systems
- Cybersecurity, communication networks, or CPS
Experience with the following tools is an asset, but not mandatory:
MATLAB
Simulink
Python
PSCAD
Real-Time Simulation
Hardware in the Loop
Open Positions
Postdoc / RA
Postdoctoral Fellow / Research Associate
Postdoctoral fellows and research associates in the SPEARS Lab are expected to lead advanced research in cyber-resilient and intelligent power systems, contribute to high-impact journal publications, and support the development of innovative solutions for renewable-rich grids. The role involves close collaboration with graduate students, industry partners, and academic collaborators.
- Competitive Salary & Benefits
- Research Funding Support
- Industry & Academic Collaboration
Candidates should have a strong background in power systems, control, or related fields, with demonstrated research experience and publication record.
M.Sc. / Ph.D.
Graduate Research Students
Graduate students in the SPEARS Lab are expected to develop strong analytical and technical skills related to power systems, conduct independent high-quality research, and publish in reputable journals and conferences. Collaboration with industry and academic partners is an integral part of the program.
- Research Assistantship
- Teaching Assistantship
- Scholarships
Qualified graduate students are normally supported through a combination of the above, subject to availability.
Undergrad
Undergraduate Research Opportunities
Highly motivated undergraduate students may join the lab through several pathways. These positions are ideal for students considering graduate studies in power systems or cybersecurity.
- Final-Year Capstone Projects
- Research Assistant Positions
- Summer Research Internships
