V. Saidulu is an experienced academician, researcher and engineering professional with around 15 years of experience in teaching, academic administration, technical education and electrical engineering. His professional career reflects a strong commitment to academic excellence, student development, laboratory management, institutional responsibilities and research innovation in Electrical and Electronics Engineering. He is currently pursuing a Ph.D. in Power Quality at SR University, Warangal. His research interests are focused on power quality improvement, renewable energy integration, advanced power electronic converters, solar photovoltaic systems, Unified Power Flow Controller (UPFC), artificial intelligence-based control techniques and smart-grid applications. His academic background includes an M.Tech. in Electrical Power Engineering (EPE) and a B.Tech. in Electrical and Electronics Engineering (EEE). His research work is particularly oriented towards renewable-energy-based power systems and advanced converter technologies.
His M.Tech. project, titled “Mitigation of Harmonics by Single-Phase Transformerless Photovoltaic Inverter,” provided a foundation in photovoltaic systems and harmonic mitigation. His present doctoral research is aligned with advanced converter-based solar integration and power-quality enhancement using intelligent control techniques. Saidulu has contributed to research publications and intellectual-property activities in emerging areas of electrical engineering, renewable energy, artificial intelligence, IoT, and power-quality monitoring. He is a co-author of the IEEE Xplore-indexed conference paper “An Innovative Method for Electricity Load Forecasting in the Agriculture Sector using a Restricted Boltzmann Machine (RBM) Model.” He has also contributed to patents/design applications related to advanced solar power-quality monitoring, automatic power factor correction, and renewable-energy-powered systems. With academic experience across several engineering institutions, he has served in positions including Assistant Professor, Associate Professor, Head of the Department, and Transport In Charge.
He has also undertaken important institutional and departmental responsibilities such as Admissions In-Charge, Head of the EEE Department, Department NAAC Coordinator, NSS Program Officer, and Transport In-Charge. These responsibilities demonstrate his experience in academic leadership, student coordination, departmental administration, accreditation activities, and institutional development. His technical expertise includes MATLAB and teaching various subjects and laboratory courses in Electrical and Electronics Engineering, including Basic Electrical Engineering, Electrical Machines, Power Systems, HVDC, Electrical and High Voltage Engineering, Power System Operation and Control, Electrical Machines Laboratory and Basic Electrical Engineering Laboratory. He has actively participated in professional development through NPTEL/SWAYAM courses, workshops, STTPs, FDPs, and international conferences. His certifications include ELITE certificates in Introduction to Internet of Things, Cloud Computing, and Big Data Computing. He has also completed training in Rooftop Solar Photovoltaic System – Installation & Maintenance through the National Skill Training Institute, Hyderabad.
His academic contributions also include book publication, with a published book titled “Electric and Hybrid Vehicles: Design Fundamentals.” He has participated in research and technical activities related to renewable energy, wind power, microgrids, solar energy, IoT, artificial intelligence, and power systems. Saidulu’s professional strengths include strong analytical and interpersonal skills, effective communication, willingness to work independently and collaboratively, adaptability, and a continuous-learning mindset. His professional vision is to contribute to intelligent, reliable, efficient, and sustainable electrical energy systems through advanced power electronics, renewable-energy integration, power-quality improvement, and AI-based control technologies.
