Dr. C. Ganesh
Head of Department at Rajalakshmi Institute of Technology
- Chennai, Tamil Nadu, India
- c.ganesh.srit@gmail.com
- 9994347426
Experienced and dedicated professional with extensive expertise in electrical engineering, academic research, and institutional administration. Passionate about advancing research in control engineering and contributing to both individual and institutional growth. Skilled educator, researcher, and academic administrator.
Experience
Professor/CCE
Demonstrated excellence in teaching and research, pivotal role in institutional administration, and active contribution to collaborative projects, interdisciplinary initiatives, and community outreach programs, enhancing the institution's impact on both local and global communities.
Projects
BLDC Drive Position Control System
- Control Engineering
- Electric Drives
- Research and Development
As the project lead, conducted extensive research on the parameter estimation and controller design for BLDC Drive fed Position control system, resulting in a comprehensive analysis and significant findings.
Conducted in-depth investigations into the parameter estimation and controller design for BLDC Drive fed Position control system. Research significantly contributed to the advancement of control engineering.
Awards
Dr. S. Radhakrishnan Award
Received the Dr. S. Radhakrishnan Award for Outstanding Contribution and the Academic Excellence from SRIT (Sri Ramakrishna Institute of Technology) Alumni Association on January 26, 2015.
Best Chief Mentor Award
Received the Best Chief Mentor Award from KPR Institute of Engineering and Technology in 2017 for exceptional mentoring accomplishments in guiding and supervising students.
Publications
An Effective Controller Design Strategy for Higher Order Systems
Published a research paper titled 'An Effective Controller Design Strategy for Higher Order Systems' in the Journal of Vibration and Control, contributing significantly to the field of control engineering.
Performance Analysis of SOC Estimation Approaches for Lithium-Ion Batteries
Co-authored a paper titled 'Performance Analysis of SOC Estimation Approaches for Lithium-Ion Batteries' in the Springer Lecture Notes in Network Systems, providing valuable insights into the design and analysis of Lithium-Ion batteries.