ICAR-Indian Agricultural Research Institute, New Delhi, India
Author Profile
SCOPUS
🎓 EARLY ACADEMIC PURSUITS
Mr. Arun Singh’s academic journey began in the humble village of Choond, Satna, Madhya Pradesh, reflecting early perseverance and a thirst for knowledge. His strong foundational education propelled him to the Naval College of Engineering (INS Shivaji, Lonavala) where he earned his Bachelor of Engineering degree in Electrical Engineering, laying the cornerstone for a future in high-impact defence technologies. He later pursued an M.Tech in Electrical Communication Engineering from the prestigious Indian Institute of Science (IISc), Bangalore, further deepening his technical prowess and research capabilities. Currently, as a Senior Research Fellow at MRIIRS, he continues to expand his academic footprint in advanced motor control and AI-based systems.
🏢 PROFESSIONAL ENDEAVORS
Mr. Singh has had a distinguished dual-career path:
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Indian Navy (Electrical Officer): Gained extensive operational experience aboard naval warships, specializing in high-power electrical systems, propulsion, and maintenance under demanding maritime conditions.
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DRDO (Scientist): Contributed significantly to India’s defence R&D, focusing on system design, modelling, and simulation of mission-critical technologies.
Currently, he is actively engaged as a Senior Research Fellow at Manav Rachna International Institute of Research and Studies (MRIIRS), leading pioneering research in AI-driven electrical drive systems.
📚 CONTRIBUTIONS AND RESEARCH FOCUS IN ENGINEERING
Mr. Singh’s research is centered on AI-Enhanced Motor Control Systems, High-Fidelity Simulation Models, and Advanced Electrical Propulsion. His key contributions include:
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Design and implementation of novel AI algorithms for controlling multi-phase AC motors, resulting in 15% improvement in torque stability and efficiency gains.
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Simulation and modelling of 3MW, 17-Phase PMAC Motors, critical for next-gen marine propulsion systems.
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Development of dynamic models for submarine propulsion, aiding in strategic planning and performance optimization.
🏅 ACADEMIC CITATIONS, ACCOLADES AND RECOGNITION
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A. Singh & A. Khosla – “A Concept Design of a Futuristic Battery Management System for Submarines…” – Springer, 2022.
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A. Singh & A. Khosla – “Design of a five-phase propulsion motor…” – IEEE IPRECON 2022.
His publications are indexed in IEEE and Springer databases, being referenced by researchers working on marine electrification, smart grid systems, and renewable propulsion technologies.
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🏅 Flag Officer Commanding in Chief Commendation, 2007 – Indian Navy
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🏅 Secretary DRDO Commendations, 2018 & 2023 – Recognized for excellence in research execution and innovation
🌍 IMPACT AND INFLUENCE
Mr. Singh’s work has made tangible contributions to India’s naval and defence readiness. His AI-integrated control solutions and robust simulation models have:
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Informed strategic decisions in marine propulsion.
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Elevated the efficiency and reliability of high-power electrical systems.
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Contributed to knowledge transfer within defence institutions and academia through published work and mentorship.
🧭 LEGACY AND FUTURE CONTRIBUTIONS
Mr. Arun Singh is shaping the future of AI-integrated electrical systems for defence and marine applications. His legacy lies in:
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Bridging academic research with real-world defence applications
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Mentoring the next generation of electrical engineering researchers
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Contributing to the creation of eco-efficient, AI-enabled naval systems
His future contributions are expected in the areas of:
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Autonomous electric marine vehicles
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Smart energy systems for defence
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AI in predictive maintenance and diagnostics
✅CONCLUSION
Mr. Arun Singh stands at the convergence of military discipline, engineering innovation, and academic excellence. His work exemplifies the fusion of theory and practice, where high-impact research meets national service. As India propels toward technological self-reliance in defence and smart systems, professionals like Mr. Singh will be instrumental in pioneering sustainable, intelligent, and mission-critical innovations.
🔬NOTABLE PUBLICATION:
A Concept Design of a Futuristic Battery Management System for Submarines Using IEEE802.3bt Network
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Author(s): A. Singh and A. Khosla
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Journal/Conference: Smart Structures in Energy Infrastructure: Proceedings of ICRTE 2021, Volume 2, Springer Singapore
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Year: 2022
Design of a Five-Phase Propulsion Motor and Associated Controller Using Fuzzy Logic for Underwater Electric Vehicle