Dr. C. Ganesh

Serving as a Professor and Chief Coordinating Examiner at Rajalakshmi Institute of Technology, specializing in Electrical and Electronics Engineering. Responsibilities include coordinating academic and administrative processes, teaching control systems courses, conducting research, and guiding students. Actively involved in NBA accreditation processes, educational leadership, and student learning assessment projects. Notable achievements include securing the reaccreditation for B.E. Computer Science and Engineering and formulating budget policies and guidelines for effective documentation.

Worked as a Professor of Electrical and Electronics Engineering at EBox Colleges in Coimbatore. Provided academic leadership, mentored students, and actively engaged in collaborative projects and community outreach programs. Drove excellence in academia and advanced research within a stimulating educational environment. Recognized with the Dr. S. Radhakrishnan Award for Outstanding Contribution and Academic Excellence by the SRIT Alumni Association.

Served as a Professor of Electrical and Electronics Engineering at New Horizon College of Engineering in Bengaluru. Played a key role in designing and delivering modules for the Control Systems course, which featured on the 'Dr. C. Ganesh Teaching Modules' YouTube channel. Also contributed to electronic content creation for courses on Control Systems Engineering and Electromagnetic Theory. Recognized with the Best Chief Mentor Award from KPR Institute of Engineering and Technology.

Senor Lecturer specializing in Electrical and Electronics Engineering at KPR Institute of Engineering and Technology in Coimbatore. Actively involved in teaching and module design for Control Systems courses, Electromagnetic Fields, and Circuit Theory. Recognized with the Best Chief Mentor Award for outstanding contribution.

Served as an Assistant Professor specializing in Electrical and Electronics Engineering at Sri Ramakrishna Institute of Technology in Coimbatore. Established the Control & Instrumentation, Power Electronics, and Engineering Practices laboratories. Played a key role in the inception of M.E. Power Systems Engineering. Focus on implementing lecture plans and strategies for Outcome-Based Education assessments in Internal Examinations and Project Reviews. Secured funding and modernized the Electrical Machines Laboratory under the MODROB scheme.

Lecturer in the Electrical and Electronics Engineering department at Kongu Engineering College in Perundurai. Actively involved in formulating Rubrics-based Assessments, enhancing documentation and file management system, and securing recognition of the EEE Department as a Research Centre of Anna University-Chennai. Played a crucial role in the institution securing a noteworthy NAAC accreditation. Coordinated programs and preparations for autonomous status.

Lecturer in the Electrical and Electronics Engineering department at RMD Engineering College in Kavaraipettai. Actively contributed to the institution securing NBA accreditation for B.E. EEE. Coordinated various programs and led the preparation for autonomous status. Facilitated the Memorandum of Understanding (MoU) between the institute and Universiti Malaysia Perlis (UniMAP).

Lecturer in the Electrical and Electronics Engineering department at Sri Ramakrishna Engineering College in Coimbatore. Actively involved in establishing the Control & Instrumentation, Power Electronics, Engineering Practices, and Solar laboratories. Served as an Internal Auditor for academic audits of other departments and facilitated the inception of M.E. Power Systems Engineering. Actively participated in NBA accreditation processes and secured the recognition of the EEE Department as a Research Centre of Anna University-Chennai. Secured NBA accreditation for B.E. EEE and led preparations for autonomous status.

The research focused on investigating and developing robust controller design strategies for BLDC drive-fed position control systems. The key contributions included devising a novel first-order compensator design procedure, implementing ANN-based parameter estimation, and utilizing performance index minimization-based PID controller tuning to achieve optimal position control. The research findings have been published in multiple international journals, contributing to the broader knowledge base in the field of control engineering.

Contributed to the development of a novel first-order compensator design procedure for the optimal position control of BLDC drive-fed position control systems.

Received the Dr. S. Radhakrishnan Award for Outstanding Contribution and Academic Excellence from the SRIT Alumni Association in 2015.

Received the Best Chief Mentor Award from KPR Institute of Engineering and Technology in 2017.

Published article detailing an effective controller design strategy for higher order systems in the Journal of Vibration and Control (Indexed in Scopus and Web of Science).

Published research on the performance analysis of SOC estimation approaches for lithium-ion batteries in Springer Lecture Notes in Network Systems.

Published a paper detailing the design of compensators for reduced order systems using genetic algorithms in Springer Lecture Notes in Electrical Engineering.