Electrical engineering
for an intelligent future.
The School of Electrical Engineering combines strong fundamentals, modern laboratories, multidisciplinary research and industry engagement to prepare engineers and scientists for changing technological needs.
Technical excellence grounded in the core of electrical engineering.
Since 1997, the School has prepared engineers and scientists through undergraduate, postgraduate and doctoral programmes in Electrical Engineering.
Programme structures and syllabi are continually revised for changing industrial requirements while preserving strong electrical-engineering fundamentals. Experienced faculty, modern classrooms and state-of-the-art academic and research laboratories support the learning environment.
Research and consultancy address healthcare, transport, energy, communication and automation, while industry electives, training, internships and career services strengthen professional readiness.
World-class electrical education connected to society and industry.
The School’s vision and mission guide its teaching, research, industry engagement, professional ethics and responsibility towards society.
To deliver world-class education and research in Electrical Engineering, with particular regard to their application in industry, healthcare and commerce in a diverse society.
- MS 1
Prepare students for professional careers, higher studies and entrepreneurship.
- MS 2
Enable students to use electrical-engineering knowledge and skills to analyse problems, solve them and generate new ideas and products in academia and industry.
- MS 3
Motivate students towards multidisciplinary research, continuous learning and skills beyond the curriculum in emerging technologies.
- MS 4
Develop the essential skills of leadership, teamwork, communication and ethics.
Academic depth connected with practice, research and careers.
The following strengths are retained from the School’s existing official About page and presented in a clearer, more useful format.
Frontier electrical engineering
Teaching, R&D and industrial consultancy build skills in artificial intelligence, the Internet of Things and big data for electrical applications.
Strong conceptual foundations
Qualified faculty members give careful attention to fundamental concepts so that students develop a dependable academic base.
Current technologies and product design
Students develop analytical problem-solving and product-design skills relevant to electrical and allied industries.
Theory connected with application
The pedagogy helps students move from classroom concepts to laboratories, projects, research and practical implementation.
Industry-aligned curriculum
Industry engagement supports syllabus updates, specialised electives, internships and opportunities for skill development.
Centres of Excellence
Industry-supported centres strengthen specialised training, research exposure and engagement with contemporary platforms.
Career augmentation
Value-added training and career-preparation initiatives help students respond to evolving expectations from employers.
Accredited programmes
The School reports accreditation and recognition through IET (UK), NAAC, NBA Washington Accord Tier-I and UGC.
Institute–industry interface
Strong relationships with major industries support in-house training, professional exposure, placement preparation and practical learning.
Knowledge that powers systems, industries and society.
Strong foundations
Core electrical-engineering principles are taught carefully so students can analyse, adapt and design confidently.
Applied learning
Laboratories, projects and problem-based learning connect electrical theory with hardware, software and systems.
Industry relevance
Industry electives, internships, training and collaboration expose students to contemporary professional practice.
Research mindset
Students and faculty pursue original and applied work across energy, automation, transport, healthcare and communication.
From fundamentals to professional confidence.
The School’s pedagogy is structured to help students understand concepts, practise them, apply them and grow through collaboration and experience.
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01
Understand
Build a dependable base in circuits, machines, power systems, control, electronics, mathematics and engineering principles.
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02
Experiment
Use laboratories, assignments and collaborative work to turn concepts into working solutions.
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03
Create
Develop electrical products and systems through design thinking, analysis and disciplined implementation.
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04
Connect
Learn through industry exposure, internships, expert interaction, student communities and research groups.
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05
Progress
Move towards careers, entrepreneurship, higher study and research with technical and professional confidence.
Multiple pathways. One connected school.
Academic programmes, research, laboratories and professional engagement are designed as parts of the same learning journey.
Undergraduate, postgraduate and doctoral programmes
Explore undergraduate, postgraduate and doctoral pathways in Electrical Engineering.
Explore programmes → ResearchOriginal, applied and multidisciplinary research
Discover work across power, control, drives, renewable energy, materials, healthcare, transport and automation.
Discover research → InfrastructureAcademic and research laboratories
Learn in modern environments for power systems, control, power electronics, drives, high voltage, renewable energy and materials.
View laboratories →Spaces and systems that support serious learning.
The School provides modern classrooms and state-of-the-art academic and research laboratories aligned with faculty thrust areas and contemporary industrial practice.
Specialised laboratories for power systems, control, power electronics, drives, high voltage and renewable energy.
Professional tools from organisations including Agilent, Tektronix, Fluke, Yokogawa and National Instruments.
Design and simulation resources including platforms from Cadence, MathWorks, Texas Instruments, Schneider Electric and Xilinx.
Research facilities supporting multidisciplinary work, training, consultancy and student projects.
Electrical engineering across essential systems.
Original and applied research draws on specialised laboratories to address multidisciplinary challenges across energy, automation, mobility, healthcare and communication.
Energy
Power systems, smart grids, renewable energy, high voltage and sustainable generation.
Automation
Control systems, electric drives, industrial automation, AI and connected devices.
Mobility & Healthcare
Multidisciplinary electrical solutions for transport, healthcare systems and public benefit.
Communication
Electrical and intelligent technologies supporting connected, dependable modern systems.
Academic leadership guiding the School’s teaching and research.
Meet the academic and research leaders associated with the School of Electrical Engineering.
Dr. Chinmoy Kumar Panigrahi
Director
Dr. Manoj Kumar Maharana
Dean
Dr. Ranjeeta Patel
Dean (UG), Committee for UG & PG Programme (CUPP) & K1000 (Student Research
Find the pathway that matches your ambition.
Explore our programmes, research, people and opportunities at the School of Electrical Engineering.