TEACHING & ACADEMIC IMPACT
Teaching engineering through research, tools and real systems.
A research-led approach to developing engineers who can connect theory, experimentation and responsible technical practice.
TEACHING PHILOSOPHY
Teaching is most powerful when students work with the same questions that shape engineering research: how systems behave, how evidence is gathered and how technical decisions affect the real world. Courses become a bridge between foundational knowledge and the confidence to build, test and improve.
COURSES TAUGHT
Teaching modules connected to active research areas.
IIT (ISM) Dhanbad
Electric and Hybrid Electric Vehicles
Electric mobility and hybrid vehicle systems.
B.Tech., M.Tech. & Ph.D.
70–80 students
IIT (ISM) Dhanbad
Renewable Energy and Energy Audit
Renewable energy systems and energy-audit practice.
B.Tech., M.Tech. & Ph.D.
70–80 students
IIT (ISM) Dhanbad
Battery Management Systems
Battery management systems for electric mobility and energy storage.
B.Tech., M.Tech. & Ph.D.
15–30 students
IIT (ISM) Dhanbad
Power Quality
Power-quality analysis and mitigation in modern power systems.
M.Tech. & Ph.D.
10–15 students
IIT (ISM) Dhanbad
Basics of Electrical Engineering
Fundamentals of electrical engineering for undergraduate students.
B.Tech.
130–150 students
IIT (ISM) Dhanbad
Power System Protection and Switchgear Lab
Laboratory instruction in power-system protection and switchgear.
Laboratory
160–170 students
IIT (ISM) Dhanbad
Digital and Analog Electronics Lab
Laboratory instruction in digital and analog electronics.
Laboratory
130–140 students
IIT Delhi
Power Electronics and Machines Lab
Lab demonstrations in power electronics and machines.
M.Tech. laboratory
Groups of 30
IIT Delhi
Power System Protection Lab
Lab demonstrations in power-system protection.
B.Tech. laboratory
Groups of 30
IIT Delhi
Basic Electronics Lab
Lab demonstrations in basic electronics.
B.Tech. laboratory
Groups of 30
IIT Delhi
Basic Power Electronics
Graduate teaching in basic power electronics.
B.Tech.
—
IIT Delhi
Power System Dynamics
Graduate teaching in power-system dynamics.
M.Tech.
—
IIT Delhi
Basic Electronics
Tutorial instruction in basic electronics.
B.Tech.
Groups up to 50
IIT Delhi
Power System Analysis
Tutorial instruction in power-system analysis.
M.Tech.
Groups up to 50
EEC521
Battery Management Systems
New course developed and offered in battery management systems.
Developed at IIT (ISM) Dhanbad
—
EED517
Multivariable Control and Estimation
New course developed and offered in multivariable control and estimation.
Developed at IIT (ISM) Dhanbad
—
IIT (ISM) Dhanbad
Inverter-Fed Microgrid for Advanced Power Systems Laboratory
Study of virtual synchronous generators and their applications in renewable-powered microgrids.
M.Tech. laboratory
—
ACADEMIC SUPERVISION
Mentorship that develops independent research judgement.
PhD researchers
Long-form supervision for original questions, technical depth and scholarly contribution.
Postgraduate students
Research-led projects that connect advanced methods to practical energy challenges.
Undergraduate & project students
Early research experiences through focused builds, studies and laboratory exploration.
STUDENT RESEARCH
Projects, publications and technical achievements developed with students.
ACADEMIC DEVELOPMENT & IMPACT
Advancing teaching, mentoring and academic leadership beyond the classroom.
Teaching impact includes strong student feedback and a letter of appreciation. Proficient teaching areas include Power System Analysis, Renewable Energy Systems, Smart Grid Technology, Adaptive and Learning Control, OpenDSS with MATLAB, Power System Dynamics, Electric Machines, Control System Engineering, Power Electronics and Scientific Writing for Research.