MOU DAS MAHAPATRA

Assistant Professor

About

Email	mou.dasmahapatra@bcrec.ac.in
Date of birth	1982-04-22
Date of joining	2005-07-11
Department	Electrical Engineering
Address	DURGAPUR
Vidwan ID	186522
About Me	Received B.E. degree from Dr. B. C. Roy Engineering College, Durgapur, India in Electrical Engineering in the year 2004 and M.Tech degree in Industrial Electrical Systems in the year 2010. Persuing PHD. Presently working as assistant Professor in Dr. B. C. Roy Engineering College, Durgapur in Electrical Engineering Department. Research interests include controlller design, fractional order system, neural networks, optimal control of power systems, etc.
Specialization / Research Interest	INDUSTRIAL ELECTRICAL SYSTEM / My research interests lie in the field of control systems engineering, with a particular focus on the design, analysis, and optimization of intelligent and adaptive controllers. I am especially interested in exploring modern control strategies such as fuzzy logic control, fractional-order controllers (FOPID), and bio-inspired optimization techniques (e.g., PSO, GA, SOA) for tuning classical and advanced controllers. Applications of interest include automatic voltage regulators (AVR), DC-DC converters, and renewable energy systems, power system stability and control, where robust and efficient control is essential for system stability and performance.

Qualifications

Educational Qualifications

MTECH
NIT, DURGAPUR - 2010
BE
DR. B. C. ROY ENGINEERING COLLEGE, DURGAPUR - 2004

Teaching and R & D experience

Teaching	Research	Industry
20 Years	3 Years

Online Mode Teaching

Subject	Link
ELECTRIC CIRCUIT THEORY, CONTROL SYSTEM-II, CONTROL SYSTEM-I, HVDC TRANSMISSION, ELECTRICAL & ELECTRONIC MEASUREMENT

20 Years teaching experience.

1. BASIC ELECTRICAL ENGINEERING, BASIC ELECTRICAL ENGINEERING LABORATORY

2. ELECTRIC CIRCUIT THEORY

3. ELECTRIC CIRCUIT THEORY LABORATORY

4. CIRCUIT THEORY & NETWORKS

5. CIRCUIT THEORY & NETWORKS LABORATORY,

6. ELECTRICAL & ELECTRONIC MEASUREMENT, ELECTRICAL & ELECTRONIC MEASUREMENT LABORATORY

7. CONTROL SYSTEM-I, CONTROL SYSTEM-I LABORATORY

8. CONTROL SYSTEM-II, CONTROL SYSTEM-II LABORATORY,

9. POWER ELECTRONICS LABORATORY,

10. HVDC TRANSMISSION

INDUSTRIAL ELECTRICAL SYSTEM / My research interests lie in the field of control systems engineering, with a particular focus on the design, analysis, and optimization of intelligent and adaptive controllers. I am especially interested in exploring modern control strategies such as fuzzy logic control, fractional-order controllers (FOPID), and bio-inspired optimization techniques (e.g., PSO, GA, SOA) for tuning classical and advanced controllers. Applications of interest include automatic voltage regulators (AVR), DC-DC converters, and renewable energy systems, power system stability and control, where robust and efficient control is essential for system stability and performance.

2nd position in the poster competition of final year students, 2023-24.

Activities

Area of Interest

optimal control of power systems, fractional order system, fuzzy logic control, Artificial Intelligence , Machine Learning (neural networks).

Publications

Journal

Date	Title	Journal	DOI	Link
24-12-2024	Performance Evaluation of a Multi-input Interleaved Boost Converter with a Tuned Proportional-integral Controller	Chinese Journal of Electrical Engineering	DOI	View

Conference

Date	Title	Conference	DOI	Link
19-09-2022	Voltage Profile Enhancement in a PV Connected Hybrid Power System using Dynamic Voltage Restorer	3rd International Conference on Electronics and Sustainable Communication Systems (ICESC 2022)	DOI	View
28-07-2023	Design of 1-DOF Integer and Fractional-Order PID Controllers Using an Ensemble Differential Evolution for a Magnetic Levitation System	Proceedings of the 4th International Conference on Communication, Devices and Computing ICCDC 2023	DOI	View
28-07-2023	Performance Comparisons of MPEDE-Based Integer and Fractional-Order PID Controllers for a Cruise Control System	ICCDC 2023: Proceedings of the 4th International Conference on Communication, Devices and Computing	DOI	View
20-03-2024	Enhanced Fitness Adaptive Differential Evolution Approach for Tuning of PID Controller in AVR System	2024 IEEE 3rd International Conference on Control, Instrumentation, Energy & Communication (CIEC)	DOI	View
13-03-2023	Optimal Biquadratic Approximation of the Fractional-Order Laplacian Operator Yielding Improved Constant-Phase Behavior	2022 IEEE Calcutta Conference (CALCON)	DOI	View
09-05-2023	Dynamic Performance Enhancement of Fractional-Order PID Controller using a High-Level Ensemble Swarm Intelligence Method	10th International Conference on Signal Processing and Integrated Networks (SPIN 2023)	DOI	View
27-08-2024	Fuzzy PID Controller Design for Enhanced Voltage Regulation in Automatic Voltage Regulator System	International Conference on Information Technology, Electronics and Intelligent Communication Systems	DOI	View
27-02-2025	Improved tuning of fractional-order PID controller for an AVR system using geometric mean optimizer	2024 IEEE Pune Section International Conference (PuneCon)	DOI	View

Participations

Participation In Administrative Committees

SL. No.	Post	Committee	Year
1	Member	NBA, First Year Acedemics	Since 2020
2	Member	NAAC Core Committee	Since 2019
3	Departmental NAAC coordinator	NAAC, EE Department	Since 2020

Organization of events (Dr. B. C. Roy Engineering College)

SL. No.	Description
1	5 days FDP named " Emerging trends in different field of electrical engineering", June 2022.

Thesis Supervised

Under Graduate

SL. No.	Year	Topic	Rollno	University Registration	Affiliation
1	2023-24	STUDY AND CONTROL OF EXCITATION SYSTEM FOR POWER SYSTEM STABILITY STUDIES	KUNTAL KONAR 12001621149 PRITAM DEY 12001621032	211200101620014 211200101620006	BCREC
2	2023-24	STUDY AND CONTROL OF EXCITATION SYSTEM FOR POWER SYSTEM STABILITY STUDIES	Vikash kumar 12001621131 Surajit Mahato 12001621137	211200101620046 211200101620027	BCREC
3	2024-25-24	STUDY AND CONTROL OF EXCITATION SYSTEM FOR POWER SYSTEM STABILITY STUDIES	Bishal Pal Subhrajyoti Banerjee Subrata Bit 12001621052 12001621069 12001621058	211200101610041 211200101610058 211200101610047	BCREC
4	2024-25	STUDY AND CONTROL OF EXCITATION SYSTEM FOR POWER SYSTEM STABILITY STUDIES	Ankit Gupta Dipanwita Char Hiranmoy Pal 12001622114 12001622112 12001622111	221200120654, 221200120664, 221200120669	BCREC

Highlights

Faculty-Details