
Powering Saudi Arabia's energy future through research, innovation, and industry partnerships.
I lead research at the intersection of power systems, renewable energy, and artificial intelligence — work that directly supports Saudi Arabia's Vision 2030 energy transformation. With 80+ publications, 7 US patents, and over SAR 2.4M in funded research, I bridge the gap between academic discovery and real-world energy infrastructure.
As Vice Dean for Support Services at the Deanship of Student Affairs, Deputy Director of CREPS, and co-founder of KAU's Knowledge Economy and Technology Transfer Center (globally ranked #4 in innovation, 2021), I bring systems-level thinking to every challenge.
"I help organizations navigate the energy transition through cutting-edge research and strategic consulting."
Consultant Professional Engineer registered with the Saudi Council of Engineers. Available for technical advisory, feasibility studies, training workshops, and expert witness work.
Load flow, fault analysis, protection coordination, harmonic studies, power quality for industrial & utility clients.
Solar PV feasibility, grid impact analysis, microgrid design, energy storage sizing & optimization.
Charging station design, grid capacity planning, fleet electrification, V2G strategy.
Blockchain energy trading, IoT monitoring, AI/ML for predictive maintenance & grid modernization.
"Dr. Sindi's expertise in microgrid design was instrumental to our project's success. His ability to bridge cutting-edge research with practical engineering solutions is exceptional."— Energy Sector Executive
Open positions for motivated graduate students in power systems and renewable energy.
Game-theoretic approaches. Strong optimization & power systems background required.
Signal processing or ML background preferred.
Interest in distributed systems and energy markets.
Strong control theory background.
Building 7, Room 213, Faculty of Engineering. Walk-in or email for appointment.
Research focuses on planning, operation, and control of modern power systems with high renewable penetration. Active areas include hybrid AC/DC microgrid architectures, blockchain-based P2P energy trading, advanced inverter control (synchronverters, grid-forming), and ML for power quality and stability prediction.
MATLAB/Simulink, PSCAD/EMTDC, ETAP, PSS/E, OpenDSS, PowerFactory
Python, MATLAB, TensorFlow, scikit-learn
Load flow, fault analysis, protection, stability, harmonics
Blockchain (Solidity), IoT, real-time HIL testing
Prof. Ehab F. El-Saadany — University of Waterloo
Prof. Hatem H. Zeineldin — Khalifa University
Dr. Mostafa F. Shaaban — American University of Sharjah
Dr. Maher A. Azzouz — University of Doha for Science & Technology
Dr. Ahmed S. A. Awad — University of Doha for Science & Technology
Prof. Muhyiddin Rawa — KAU
Prof. Abdullah Abusorrah — KAU
Dr. Majid Nour — KAU
Dr. Sultan Alghamdi — KAU
Dr. Ahmed Lasheen — KAU
Dr. Azhar Ul-Haq — NUST, Pakistan
Dr. Kemal Polat — Abant Izzet Baysal University
Dr. Ahmed Al-Durra — Khalifa University
Dr. Ahmed H. Osman — Khalifa University
Dr. Mariam Jalal Chaudhry — University of L'Aquila, Italy
Dr. Şaban Öztürk — Amasya University
1 PhD student — AC/DC Microgrids, Bargaining Interactions | 12 MSc students — Power systems, renewable energy, smart grids | Multiple capstone teams & Mawhiba gifted student mentorships
With 30% EV adoption projected by 2035, the kingdom faces 15-20 GW of new charging demand. V2G technology turns EVs from burden to grid-stabilizing asset.
Hybrid AC/DC architectures with blockchain trading can cut campus energy costs 25-40% while providing resilience against outages.
450M+ Arabic speakers, fewer than 50 Arabic power systems videos on YouTube. A massive content gap and opportunity.
Solar-powered data centers with hybrid cooling could achieve lower TCO than traditional facilities in cooler climates.
60+ additional journal articles · 10 conference papers · 1 book chapter
10 Conference Papers — IEEE PES ISGT, ICIT, CCECE, SEGE, EPEC, CIGRE (2014–2023)
Book Chapter — "AC/DC Microgrids" in Springer Reference Book on Microgrids
PhD Dissertation — "Planning and Operation Framework of Smart DER in Emerging Distribution Systems," UWaterloo, 2018 ↗
Available for keynotes, panels, and workshops on energy transition, smart grids, and engineering innovation.
Alekhbariya TV — EV market, battery storage, hackathon, data centers (2025–2026)
Barq Podcast (برق) — Engineering thinking & power systems (Mar 2025)
KAU Hackathon with Ministry of Transport (120 innovators) | Hackathon at Saudi Cultural Bureau, London (300+ students) | Robocon 2025 — 6,000+ beneficiaries
Short bio, talking points, and brand assets for journalists & event organizers.
Join my research group. PhD and MSc positions available in power systems, microgrids, and AI.
Apply NowConsulting, technical advisory, and feasibility studies for energy and power systems projects.
Start a ProjectSpeaking engagements, press interviews, and podcast appearances on energy and innovation.
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