Journal (Q1)MDPIPhotovoltaic Power Forecasting
Burhan U Din Abdullah
Researcher in Power Systems & Artificial Intelligence
Renewable Energy • Smart Grids • Cyber-Physical Energy Systems
Biography
I am an Electrical Engineering researcher focused on the operations, control layer security, and design optimization of modern intelligent energy networks. My expertise spans across photovoltaic infrastructures, distributed microgrids, low-inertia systems stability, and multi-disciplinary techno-economic constraint validation models.
By integrating applied Machine Learning architectures, Multi-Agent control dynamics, and cyber-physical resilience tools, my work aims to establish autonomous framework applications that defend next-generation distribution grids from targeted cyber vulnerabilities while navigating volatile renewable energy distributions.
Education Matrix
Ph.D. in Electrical Engineering
Sharda University, India
Completed: Jul 2025
Dissertation: Intelligent Control and AI-Assisted Optimization of Grid-Connected Photovoltaic Systems for Resilient and Sustainable Energy Infrastructure.
M.Tech. in Power Systems
J. C. Bose University of Science and Technology, India
Completed: Aug 2020
Thesis: Performance Assessment of Hybrid Renewable Systems in Grid-Connected and Islanded Operation.
B.Tech. in Electrical & Renewable Energy Engineering
Baba Ghulam Shah Badshah University, India
Graduated: Aug 2015
Thesis: Automation for Residential Buildings.
Professional Appointments
Open Source Research Contributor — PowerMCP
Harvard John A. Paulson School of Engineering and Applied Sciences, USA
Jan 2026 — Present
- Contribute to agent-based intelligent power system modeling and AI-assisted decision-support workflows.
- Develop validation, testing, and error-handling modules for scalable simulations.
- Support transparent and reproducible infrastructure modeling platforms.
Postdoctoral Researcher
Indian Institute of Science (IISc), Bengaluru, India
Nov 2025 — Apr 2026
- Led techno-economic modeling tracks for the Namma Metro Blue Line energy infrastructure project.
- Developed structural reliability assessments and scenario-based infrastructure planning algorithms.
- Integrated architectural engineering, commercial, and regulatory constraints into frameworks.
- Collaborated deeply across engineering, policy, and market economics fields.
Business Development Manager - Renewable Energy
Helium Four Solar Pvt. Ltd., India
Feb 2025 — Aug 2025
- Conducted technical feasibility and comprehensive sustainability audits for utility solar projects.
- Guided clean energy transition deployment roadmap pipelines.
Teaching Assistant
Sharda University, India
Mar 2021 — Sep 2023
- Assisted teaching loops in core Power Systems and Renewable Energy courses.
- Mentored undergraduate research designs in smart grid integration and energy data analytics.
Research Vector Specializations
Power Systems
Artificial Intelligence for Power Systems
Renewable Energy Integration
Microgrids & Distributed Energy Resources
Grid Stability and Resilience
Cyber-Physical Energy Systems
Energy Infrastructure Planning
Techno-Economic Analysis
Peer-Reviewed Publications
Peer-Reviewed Journal Articles
[1]
"Comparative analysis using multiple regression models for forecasting photovoltaic power generation."
Energies, 17(7), 1564.
[2]
"A hybrid artificial ecosystem optimizer and incremental-conductance MPPT-controlled grid-connected PV system."
Energies, 16(14), 5384.
Journal (Q1)MDPIControl Layer Optimization
[3]
"Hybrid MPPT control using hybrid pelican optimization algorithm for PV connected grid."
Frontiers in Energy Research, 12, 1505419.
JournalFrontiersPelican Meta-Heuristic Optimization
Conference Proceedings & Scholarly Chapters
[4]
"IoT-based solar monitor system."
International Conference on Computing, Communication and Intelligent Systems.
[5]
"Performance and Reliability Investigation of Practical Microgrid with PV Units."
In Artificial Intelligence for Solar PV Systems (pp. 255-288).
[6]
"IoT-based PV monitoring system: Need, architecture, and future directions."
In The Future of IoT with Automation in Engineering (pp. 83-102).
[7]
"Application of AI in MPPT for Solar Power Systems: A Review."
International Conference on Applied and Industrial Mathematics.
[8]
"A Review of Recent Developments in Hybrid PV System."
Recent Developments in Engineering and Technology.
Active Manuscripts Under Editorial Review
[9]
"A Time-Bounded, Fail-Secure Communication Architecture for Post-Quantum Smart Grid Systems."
Under Active Review Pass
[10]
"Adaptive Epistemic Governance and Predictive Synchronization Containment under Byzantine Consensus Dynamics."
Submitted
[11]
"Cross-Layer Cyber-Physical Anomaly Detection for Coordinated SCADA Attacks in IEEE Benchmark Power Systems."
Submitted to: IEEE Transactions on Smart Grid.
Under Submission Review
Open Research Software & Frameworks
🗲
Aegis-Grid Framework — Lead Developer
An open-source simulation architecture for secure cyber-physical power system infrastructure. Engineered multi-layer monitoring logic for system-critical network nodes, verified dynamic threshold cryptography modules, and entropy boundary thresholds to locate and suppress SCADA malicious command injections.
PythonNetwork SecurityMulti-Agent Control
🗲
Aegis-Consensus-Lab — Lead Developer
Constructed trust-weighted mathematical consensus validation kernels tailored for distributed cyber-physical infrastructures operating under adversarial penetration or localized signal decay.
Distributed ConsensusFault Tolerance
🗲
PowerMCP Infrastructure Tool — Core Contributor
Authored validation engines, data tracking structures, and pipeline test harnesses inside agent-based high-dimensional power system modeling tools.
Agent-Based ToolingVerification Modules
Global Reach & Impact
Tracking real-time reach and operational data access layers across global research networks.
System Citation Verification
Total Traffic Access Counters
International Operational Footprint
Technical Registers
Languages & Core Data Architecture
PythonPyTorchMATLABSimulinkR
Power Systems Engineering
DIgSILENT PowerFactoryPSCADPowerWorld SimulatorGrid Stability AnalysisMicrogrid Modeling
AI Models & Infrastructure Methods
Machine LearningDeep LearningOptimization ProtocolsTime-Series ForecastingTechno-Economic AnalysisAgent-Based Modeling
Academic Editorial Log
- ✓ Peer Reviewer, Springer Nature (Scientific Reports, DAS, SER)
- ✓ Peer Reviewer, Taylor & Francis Group
- ✓ Peer Reviewer, Frontiers Journals (Electrical Engineering, Microgrids)
- ✓ Peer Reviewer, Wiley (Engineering Reports)
- ✓ Peer Reviewer, Elsevier (Journal of Energy Storage)
- ✓ Peer Reviewer, Contemporary Mathematics Journal
- ✓ Technical Panel & Reviewer, IEEE Young Professionals
- ✓ Conference Chair & Reviewer, IEEE Italy Section (ICECET)
- ✓ Associate Contributor, (CS)²AI Global Cyber Security
- ✓ Research Mentor, Student Energy Network
Verified Certifications
IBM Data Science Professional Certificate
Artificial Intelligence Foundations
AI Project Management
Optimization Techniques in Renewable Energy and Power Systems (NSIC, 2023)
Electric Power Systems
Internet of Things Architectures
Big Data and Hadoop Foundations
Non-Conventional Energy Resources
Contact & Synergy
I am open to strategic communication tracks, smart grid resilience audits, and core postdoctoral fellowship alignment opportunities with leading technical laboratories.
Primary Grid Node Locator: burhanabdullah6@gmail.com
Telecommunication Uplink: --------
Global Vernacular Vectors
English (Fluent Native Professional Target Range)
Urdu (Advanced Operational Level C1)
Hindi (Operational Intermediate Threshold B1)
References available upon formal request protocols.