Prof Debasish Mondal
Professor
| Department of Electrical Engineering
RCC Institute of Information Technology 117
West Bengal
Expertise:
Automation and Control Systems
27
Publications
0
Projects
296
Scopus Citations
181
CrossRef
20 Years 3 Months Total Experience
Scopus
296
Citations
6
h-index
CrossRef
181
Citations
5
h-index
Google Scholar
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IEEE
Sr. MemberPersonal Details
Doctor of Philosophy
2012
PES UNIVERSITY, BANGLORE
Master of Engineering
2000
PES UNIVERSITY, BANGLORE
Bachelor of Technology
1998
N/A
Professor
Aug 2014 – Present
RCC Institute of Information Technology 117
| Department of Electrical Engineering
Associate Professor
Jun 2006 – Aug 2014
Haldia Institute of Technology 103
| Department of Applied Electronics and Instrumentation Engineering
Engineering and Technology
Scholarly Work
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Design of Nonlinear Controller for the Improvement of Power system stability
IOT BASED FAULT DETECTION AND MITIGATION SYSTEM FOR MICRO GRID
Hiranmoy Roy
Shahobir Alam
Saheb Pramanik
Md Tofiqul Islam Ansari
Debasish Mondal
Soumen Mukherjee
Soumyadip Dhar
-
Application No. :
202531070451
Filed :
24-07-2025
Published :
01-08-2025
Published
An IoT-based Foot Ulceration Detection System and Predicting The Risk of Plantar Fasciitis
RCC Institute of Information Technology
-
Application No. :
202431051740 A
Filed :
05-07-2024
Published :
12-07-2024
Published
Scholarly Publications
PSO based tuning and optimal allocation of tcsc controllers to mitigate small-signal stability problem
Higher order sliding mode STATCOM control for power system stability improvement
SVC nonlinear optimal control with comparison to GA based conventional control in power system stability improvement
Nonlinear optimal TCSC control in comparison to PSO based conventional design in small signal stability enhancement
Design of nonlinear optimal excitation controller in comparison with PSO based conventional PSS in power system stability improvement
Sub-riemannian approach to design nonlinear optimal controller for multimachine power system
Open AccessZero dynamics design of excitation controller with comparison to H∞ based design in power system stability improvement
Nonlinear optimal STATCOM controller based on game theory to improve transient stability
Showing 1 to 8 of 27 publications