- APID
- 5787
- ORCID
- 0000-0003-4204-7862
- Scopus
- 57221162070, 57215561420
- Google Scholar
- https://scholar.google.com/citations?user=f0aPae4AAAAJ&hl=en
- Location
- Hyderabad, Telangana, India
- Expertise
- Power Quality, Voltage Stability, FACTS, EV
- Areas of interest
- Power Quality, Voltage Stability, FACTS, EV
- Member since
- February 2024
Biography
Over 16 plus Years of experience in the field of Teaching.
One Year of Industrial experience in the field of Embedded Systems and work related to Power Electronics Applications.
Good Experience and vast expertise in Research and development works.
Technical Expertise in Research Papers Drafting and Publishing in SCI, Scopus Indexed Journals and Conference Papers.
Textbooks Published in Repetitive Academic Publishers.
Patents Filled and Published in most effective Publishers.
Effective and Economical Knowledge in Energy Auditing and management.
1ST Rank in Ph.D. entrance examination at Acharya Nagarjuna University, Guntur, India.
Expertise and Strong knowledge in NBA, NAAC and NIRF
Bunch of most precocious colleges Examinations Paper Setter, Examiner and Moderator.
Given more number of Guest Lectures.
Expertise in Internal Quality Assessment Cell works
Participation in AICTE approved IIT’s & IIIT Professional Training
Memberships in various Professional Bodies.
Deep involvement in Autonomous Examination and Evaluations
Knowledge in Electrical Software like MATLAB, PSPICE
Strong in Microcontroller programming using C and Assembly.
Experience on Hardware and software Projects Supervising for UG & PG.
Strong knowledge on course design for Autonomous Streams.
Knowledge on Effective e-Teaching and Learning in Professional Trainings and Workshop Participations.
Good Communication and Inter Personnel Skills with a Quest and Zeal to learn new technologies.
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Sign inPublications
- 9-Level VSC based STATCOM for Reactive Power Management and Voltage Stability Improvement
- Comparative Analysis of STATCOM and SVC on Power System Dynamic Response and Stability Margins with time and frequency responses using Modelling
- Fuzzy-Based Fifteen-Level VSC for STATCOM Operations with Single DC-Link Voltage
- Mitigation of Ferranti Effect and Voltage Control in Transmission Systems Using Fuzzy Logic Controlled SVC
- Mitigation of Harmonics in Distributed System with D-GCSC fed Loads using closed loop control of DSTATCOM
- Seven Level Voltage Source Converter Based Static Synchronous Compensator with a Constant DC-Link Voltage