Lakehead University, Barrie STEM Hub  ·  Barrie, Ontario
Intelligent, cyber-resilient protection and control for renewable-rich power Grids

SPEARS Research Lab

SPEARS: Security, Protection, and Electrification of Advanced Renewable-rich Energy Systems

We develop data-driven and physics-informed methods for protection, monitoring, and control of renewable-rich power Grids, with a focus on Security.

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$1.6M+
Research Funding (Since 2021) on Cyber-Security & Demand Management in Power Grids
80+
Publications in top-tier Venues, such as IEEE Transactions Journals & IEEE conferences
30+
Undergraduate, Graduate, & Postdoctoral Researchers
10+
Projects supported by NSERC, Public Safety Canada, CFI, FRQNT, & National Cybersecurity Consortium (NCC)
Dr. Amir Ameli
Ph.D., P.Eng., SMIEEEy
Associate Professor
Electrical & Computer Engineering Dept.
Lakehead University, Barrie STEM Hub
Barrie, Ontario, Canada
The Director

Dr. Amir Ameli

Dr. Ameli is an Associate Professor of Electrical and Computer Engineering at Lakehead University and a licensed Professional Engineer in the province of Ontario. He received his Ph.D. from the University of Waterloo in 2019, where he also completed a postdoctoral fellowship.

His research focuses on cyber-resilient protection of renewable-rich power grids, leveraging data-driven methods, AI-based analytics, and cyber-physical system modelling. He is a Senior IEEE Member and recognised for research excellence and top reviewer contributions.

Power System Protection Cyber-Security AI & Data-Driven Methods Renewable Energy Integration Wide-Area Monitoring, Protection, & Control Cyber-Physical Systems
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Research Focus

Bridging Innovation & Real-World Grid Security

SPEARS Lab develops tools and methods that address the evolving cyber-physical landscape of modern power systems — from advanced cyber-physical security to AI-enabled demand management.

Read more about our research
Physics-Based Security for Power Systems
Physics-driven protection methods that detect and mitigate cyber-attacks and data manipulation in real time.
Power System Protection and Reliability
Fast and reliable protection strategies that enhance system stability and resilience in large-scale power networks.
Cybersecurity of Protection Systems
Cyber-resilient protection frameworks that secure relays and monitoring systems against coordinated cyber threats.
Security and Protection of Renewable-Rich Power Grids
Adaptive protection solutions that address emerging security challenges in renewable-integrated power systems.
Recent Work

Selected Publications

Published in top-tier IEEE journals and conferences. Click any paper to view on IEEE Xplore.

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From the Lab

Latest News

Updates on research milestones, awards, publications, and lab events.

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Interested in Joining the Lab?

We welcome motivated graduate students and researchers with a passion for power system protection, cyber-security, and AI-driven solutions. Fill out the form below and we will be in touch.

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