About School of Electronics Engineering

We firmly believe that knowledge of Electronics is not only valuable but also instrumental in shaping the future across numerous trust areas, extending far beyond 5G, IoT, Wearable Tech, Artificial Intelligence, Automotive, Graphene, Quantum, and Smart Grid technology. In recognition of this, the School of Electronics at KIIT DU offers a diverse range of programs tailored to meet the demands of rapidly evolving technologies.

Our undergraduate B.Tech programs encompass a broad spectrum of disciplines, including Electronics and Electrical Engineering, Electronics and Telecommunication, and Electronics and Computer Science. For those seeking to delve deeper into specialized areas, we offer M.Tech programs with specializations in Communication Engineering and VLSI Design.

Staying ahead of the curve is a core principle for us. That’s why our curriculum is continuously updated to address the state-of-the-art demands of both the IT sector and core industries. Additionally, we provide students with the flexibility to align their passions and gain deeper specialized knowledge by selecting electives from domains of Electrical vehicles, Embedded design, Networking, Computing & Analytics, IoT & Cyberphysical Systems, and more. Recognizing the importance of interdisciplinary learning, we encourage our students to explore beyond the boundaries of Electronics. As part of our open elective offerings, students have the opportunity to select courses from Law, Management, and other Schools of KIIT DU, broadening their horizons and enhancing their skill sets.

Our state-of-the-art facilities include air-conditioned classrooms, a library stocked with plenty of e-resources, academic labs equipped with the latest technology, and research facilities where students can engage in cutting-edge research projects. Furthermore, we provide opportunities for students to gain real-world experience through industry internships, research works, and collaborative projects, allowing them to build prototypes and develop solutions to real-world challenges as part of their capstone projects. KIIT Technology Building and Incubation Centers add an extra mile in shaping students’ careers as entrepreneurs.

In essence, our school is dedicated to providing a 360-degree holistic learning experience that prepares students to excel in the dynamic field of Electronics and beyond. Whether it’s through rigorous academics, practical experiences, or interdisciplinary opportunities, we strive to empower our students to become the innovators and leaders of tomorrow. Welcome to the School of Electronics, where the possibilities are endless.

Listed below are the salient features:

The School of Electronics Engineering imparts cutting-edge skills through teaching, R&D and industrial consultancy, in frontier areas of Communication Engineering, Electronics Engineering and Control System Engineering.
The well-qualified faculty members ensure understanding of fundamental concepts with a view to lay a strong foundation.
Students are trained in current technologies, analytical problem solving and product design skills to be employable in the industry.
The pedagogy is designed such that students are able to connect theory with application and motivated to applying the same in furthering their careers.
The School has strategically partnered with industry to update its syllabus, introduce industry based electives and facilitate students’ internship at industry for skill development.
It has established Centre of Excellence in collaboration with industry for various research and training purposes.
The value addition training and career augmentation services prepare students to meet expectations of industry demands.
The syllabi of UG programs in diverse areas of Computer Science include core subjects as well as electives under department, institute, open and industry categories, subjects including the core subjects of science and technology.

The state-of-the-art facilities of the School include an adequate number of air-conditioned classrooms, academic laboratories, conference hall, reading rooms, various research l laboratories, and an around-the-clock Library with Journals, e-resources, multilingual newspapers, divergent magazines, and around 13000 books. The digital library has access to a large number of databases related to interdisciplinary subjects including the core subjects of science and technology.

Vision

To impart world-class education and research in Electronics Engineering with particular regard to their applications in industry, healthcare and commerce in a diverse society.

Mission

The mission statements of School of Electronics Engineering (MS) are given as:

MS 1: To prepare students for professional career, higher studies and entrepreneurship.

MS 2: To facilitate students to utilize fundamental technical knowledge and skills in Electronics engineering, to analyze and solve problems, and apply these abilities
to generate new knowledge, ideas or products in academia, industry or Government.

MS 3: To encourage and facilitate students, to involve themselves in research work through continuous learning, to build skills beyond curriculum.

MS 4: To integrate training in engineering principles, critical thinking, hands-on projects, open-ended problem solving to build up creative abilities and research spirit.
MS 5: To impart the essential skills of leadership, teamwork, communication and ethics in students to interact and communicate effectively (written and/or oral) with
others (e.g., supervisor, client and/or team).

MS 6: To engage students with alumni, industry, Government, and community partners through outreach activities in order to inculcate global perception.

Leadership

Dr. Sudhakar Sahu

Dean
[email protected]

Dr. Om Prakash Acharya

Associate Dean, Academics,
[email protected]

Dr. Jyoti Ranjan Panda

Associate Dean, Student Services,
[email protected]

Alumni Testimonials

“I got a wide platform in field of Education and Research from KIIT Deemed To Be University. The best part of this university is it is most friendly university. Got job as an Application Developer in Bank of New Mellon Technology from in Campus. Completed Master of Science in Information System. in “University of Maryland, College Park School of Business Stream”.

SRAGDHARA PATTANAIK , Electronics and Electrical Engineering, Batch: 2011-2015

“KIIT Deemed to be University showed me a path for my career and bright future. Due to the guidance of Professors I had completed my Master’s Degree from ‘ University of Ottawa, Canada ’ and now working as Business Systems Analyst in NOKIA ,ONTARIO, OTTAWA”

KAUSTUBH DUTTA, Electronics and Telecommunication Engineering, Batch:2012-2016

“I got placement just in my 7^th semester . One of the best thing of KIIT University is always provides better placement and friendly atmosphere to all of us .I went for higher studies in ‘Grenoble Inp – Ense3 IRIT Multi Sites toulouse, france’ with specialization in Power electronics by the guidance of teachers after passing from the university also. Thanks to KIIT UNIVERSITY”.

VISHWAJEET MAURYA, Electronics and Electrical Engineering, Batch: 2011-2015

“Beyond placement my University provides many platforms for students to enchrich there hobbies and activity through many society. I joined NSS and got opportunity to attend many event related to social service. Now I am pursuing Master ‘s degree in Finance from ‘University of Technology Sydney Australia’. Really miss my golden days in KIIT University”.

SREEJIT.GUHA, Electronics and Instrumentation Engineering, Batch: 2012-2016

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School of Electronics Engineering

Electronics for the future.
Learning beyond boundaries.

The School of Electronics Engineering at KIIT-DU offers a broad and future-focused learning environment spanning Electronics & Electrical Engineering, Electronics & Telecommunication, Electronics & Computer Science, Communication Engineering and VLSI Design.

Explore programmes Contact the school

3 B.Tech ProgrammesUndergraduate pathways

2 M.Tech SpecialisationsAdvanced study

13,000+Library books

360° LearningHolistic development

About the School

Future-ready electronics education with strong industry and interdisciplinary connections.

Knowledge of Electronics is central to rapidly developing areas such as 5G, IoT, wearable technology, artificial intelligence, automotive systems, graphene, quantum technologies and smart grids.

The School offers B.Tech programmes in Electronics and Electrical Engineering, Electronics and Telecommunication, and Electronics and Computer Science, together with M.Tech specialisations in Communication Engineering and VLSI Design.

Students learn through continuously updated curricula, electives, practical laboratories, internships, research work, collaborative projects and capstone experiences designed to connect academic knowledge with real-world challenges.

Vision & Mission

World-class education and research in Electronics Engineering.

The School focuses on professional preparation, technical problem solving, research, hands-on learning, leadership, communication, ethics and engagement with industry and society.

Our Vision

To impart world-class education and research in Electronics Engineering, with particular regard to applications in industry, healthcare and commerce in a diverse society.

Our Mission

01
Prepare students for professional careers, higher studies and entrepreneurship.
02
Develop technical knowledge and problem-solving skills to generate new knowledge, ideas and products.
03
Encourage research and continuous learning beyond the curriculum.
04
Integrate engineering principles, critical thinking, hands-on projects and open-ended problem solving.
05
Develop leadership, teamwork, communication and ethical skills.
06
Engage students with alumni, industry, Government and community partners through outreach.

What Defines the School

Strong fundamentals, modern technology and industry-oriented learning.

The School combines teaching, R&D, industrial consultancy, practical training and industry partnerships to prepare students for contemporary engineering careers.

01

Frontier engineering skills

Teaching, R&D and industrial consultancy cover areas including Communication Engineering, Electronics Engineering and Control System Engineering.

02

Strong fundamentals

Well-qualified faculty members focus on clear understanding of fundamental concepts and a dependable technical foundation.

03

Problem solving & product design

Students are trained in current technologies, analytical problem solving and product-design skills relevant to industry.

04

Theory to application

Pedagogy helps students connect concepts with applications and use that learning in further study and careers.

05

Industry partnerships

Strategic industry partnerships support syllabus updates, industry-based electives and internships for skill development.

06

Centres of Excellence

Industry-linked Centres of Excellence support specialised research, training and practical exposure.

07

Career augmentation

Value-added training and career services help students prepare for changing industry expectations.

08

Interdisciplinary electives

Students can explore specialised electronics domains as well as open electives from Law, Management and other Schools of KIIT-DU.

09

Real-world experience

Industry internships, research work, collaborative projects and capstone projects create opportunities to build prototypes and solve practical problems.

Our Approach

A 360-degree learning experience for the evolving world of Electronics.

01

Technical foundations

Rigorous academics build the fundamental engineering knowledge needed for professional practice and advanced learning.

02

Hands-on learning

Academic laboratories, research facilities, practical projects and open-ended problem solving strengthen applied engineering skills.

03

Industry exposure

Industry partnerships, internships, electives and collaborative projects help students understand contemporary professional requirements.

04

Innovation & entrepreneurship

Capstone projects, prototype development and KIIT incubation support help students move ideas towards real-world solutions and ventures.

The Learning Model

From fundamentals to professional and research readiness.

The School combines updated curricula, specialised electives, practical experience, research and interdisciplinary opportunities in one connected learning journey.

01
Understand
Build strong foundations in Electronics Engineering, mathematics, science and related technical principles.
02
Apply
Connect theory with application through laboratories, hands-on projects, analytical problem solving and product design.
03
Specialise
Choose electives in areas such as electric vehicles, embedded design, networking, computing & analytics, IoT and cyber-physical systems.
04
Connect
Learn through industry internships, research work, collaborative projects and interdisciplinary courses across KIIT-DU.
05
Lead
Develop communication, teamwork, leadership and ethical skills for careers, higher studies, research and entrepreneurship.

Academic Ecosystem

Programmes, research and infrastructure working together.

The School supports learning through undergraduate and postgraduate programmes, modern laboratories, research facilities and engagement with industry.

Academics

Undergraduate and postgraduate programmes

Explore B.Tech and M.Tech pathways designed around current and emerging areas of Electronics Engineering.

Explore programmes Research

Research, projects and innovation

Students engage with research work, collaborative projects and prototype development connected to real-world engineering challenges.

Discover research Infrastructure

Academic and research laboratories

Learn with modern academic laboratories, research facilities, classrooms, reading spaces and digital learning resources.

View laboratories

Learning Infrastructure

Facilities designed for technical learning, experimentation and research.

The School provides air-conditioned classrooms, academic laboratories, a conference hall, reading rooms, research laboratories and round-the-clock library access.

Academic laboratories equipped to support practical learning across Electronics Engineering disciplines.

Research facilities where students can participate in advanced research projects and prototype development.

Library resources including journals, e-resources, databases, newspapers, magazines and around 13,000 books.

Collaborative spaces including a conference hall and reading rooms supporting academic exchange and independent study.

Explore Electronics laboratories

Engineering in Practice

A learning culture built around knowledge, application and professional growth.

The School’s academic approach develops technical competence together with problem solving, research, teamwork, communication, leadership and ethical responsibility.

01

Fundamentals

Build strong technical knowledge and engineering foundations for advanced learning and professional work.

02

Application

Use analytical problem solving, practical work and product design to connect theory with real engineering challenges.

03

Collaboration

Learn through interdisciplinary study, industry partnerships, internships, research and collaborative projects.

04

Leadership

Develop teamwork, communication, leadership and ethical skills for effective professional and societal engagement.

Leadership