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P.MALATHY

Assistant Professor · PSNA College of Engineering and Technology

https://researchid.co/malathyme
@psnacet.edu.in
19Scopus Publications
33Google Scholar Citations
4Google Scholar h-index

Research Interests

Power Systems Engineering

Biography

Dr. P. Malathy is serving in teaching positions in various engineering colleges for 18-plus years. She completed her Ph.D. in the faculty of EE in 2019. She is a university (Anna University, Chennai), second rank holder, in PG in 2007. Dr. P. Malathy bagged first-class with distinction in both her under graduation and graduation. She has supervised many UG and PG student projects. She has co-authored two books, book chapters, and many conference and journal publications with SCI and SCOPUS-indexed journals. She has participated in many FDPs, STTP, and GIAN courses organized by NITs, IITs, and IISC. She is a reviewer in Electric Power Components and Systems (Taylor and Francis). She is an Editorial Board member of the Journal of Information Engineering and Applied Computing, Whioce Publishing Pvt. Ltd. Singapore. She is a recognized research supervisor at Anna University Chennai and guiding Ph.D. scholars. She has delivered guest lectures in many topics in various institutions

Education

B.E(EEE), M.E(Power systems Engineering), Ph.D

Recent Scopus Publications

  1. Secure, Real-Time Wireless Energy Transfer Between Autonomous Electric Vehicles with an Integrated Payment and Authentication Network
    Lecture Notes in Networks and Systems, 2026
  2. Air quality prediction using a u-net inspired 1d-cnn with attention mechanisms
    Global Nest Journal, 2025
  3. Optimal Nearest Level Control Modulation Technique for 25-Level Asymmetrical Hybrid Multilevel Inverter Topologies with Reduced Switch Stress
    Lecture Notes in Electrical Engineering, 2025
  4. Load Frequency Control in Hybrid Integrated Power Systems with Redox Flow Batteries Using Dual-Mode Gain Scheduling Method
    Lecture Notes in Electrical Engineering, 2025
  5. Tie-Line Power Frequency Stability Control of an Interconnected Hybrid Power System Using a Virtual Inertia Controller by the GWO Algorithm
    Lecture Notes in Electrical Engineering, 2024

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