Phd Researcher at Imperial College Lodnon, United Kingdom
Aimon Mirza Baig is a power systems researcher based in the United Kingdom, with specialized expertise in real-time modeling of flexible energy assets for grid stability. His research focuses on advanced mathematical modeling, energy market optimization, and ancillary service pricingβespecially in the context of renewable-dominated and nuclear-integrated electricity grids. He is proficient in multiple programming and modeling tools, and has published extensively in high-impact journals and IEEE conferences. Fluent in six languages, Aimon also engages in STEM education outreach internationally.
Publication ProfileΒ
Scopus
Orcid
Educational Background π
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PhD in Electrical and Electronic Engineering
Imperial College London (2019β2025)
Focus: Real-time modeling of flexible assets, frequency-security constrained unit commitment (SUC), ancillary service optimization.
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MSc in Advanced Electrical Engineering (Distinction)
Queen Mary University of London (2018β2019)
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BEng in Electrical and Electronics Engineering (First Class)
University of Greenwich (2015β2018)
Professional Experience πΌ
Imperial College London (2019β2025)
Modeling & Optimization Techniques
Simulation & Data Analysis
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Used real-time National Grid data to validate models.
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Demonstrated cost-effectiveness of inertia and frequency response co-optimization.
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Evaluated benefits of ancillary services from nuclear, battery, and renewables.
Teaching & Mentorship β Riyadh, Saudi Arabia (2024)
Research Interests π¬
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Power system stability and control
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Co-optimization of energy and ancillary services
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Virtual power plants and non-convex bi-level optimization
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Flexible nuclear integration
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Stochastic modeling of energy systems
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Market design and pricing mechanisms for grid services
Awards and Honorsπβ¨
Skills
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Programming: Python, C++, MATLAB, VHDL
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Tools: Proteus, Microsoft Office
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Languages: English, Arabic, Hindi, Urdu, Pushto, Panjabi
Conclusionπ
Aimon Mirza Baig stands out as a dynamic researcher bridging theoretical modeling with practical energy system applications. His contributions to ancillary service markets, renewable integration, and nuclear flexibility optimization position him as a future leader in power systems engineering. His blend of technical expertise, educational outreach, and publication record reflects a strong commitment to energy innovation and sustainable grid development.
Publications π
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π “Importance of Linking Inertia & Frequency Response”
π IEEE PowerTech, 2021
π Focus: Grid stability through inertia and frequency dynamics.
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π “Procurement: The Great Britain Case”
π Independent Research Publication
ποΈ Focus: Analysis of procurement mechanisms in the GB electricity market.
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π “Market Design for Ancillary Services via Virtual Power Plants: A Non-Convex Bi-Level Optimization Approach”
π Applied Energy, 2024
βοΈ Focus: Virtual power plants, optimization, and market integration.
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π “Co-optimising Frequency-Containment Services in Renewable-Dominated Electricity Grids”
π International Journal of Electrical Power & Energy Systems (IJEPES), 2025
πΏ Focus: Frequency services in high-renewable environments.
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π “Stochastic Co-Optimisation of Energy, Frequency & Carbon Services in Flexible Nuclear Power Plants”
π IJEPES, 2025
π Focus: Multi-service provision from nuclear plants under uncertainty.
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π “Marginal Pricing Scheme for Ancillary Service Provision from Flexible Nuclear Power Plants”
π IEEE Transactions on Sustainable Energy, 2025
πΈ Focus: Pricing mechanisms for nuclear-powered ancillary services.