INTRODUCTION

School of Electrical & Electronics Engineering

Established in 1996, the Department of Electrical Engineering of the National Institute of Science and Technology offers programmes leading to Bachelor's Degree, Master's Degree as well as Ph.D. The four year undergraduate programme leads to the Bachelor of Technology(B.Tech) degree in Electrical and Electronics Engineering and Electrical Engineering. Specializations for the Master's level programmes is Power Systems. The programmeis of two year duration and lead to the degree of Master of Technology (M.Tech) in Electrical Engineering with respective specializations specifically mentioned in the degree certificate. The research programme in Electrical Engineering, Control Systems, Renewable Energy System, Smart Grid and other related areas leads to the Ph.D. Degree awarded by the university. In addition to these regular programmes, this department is also actively involved in conducting faculty development programmes, job-oriented short-term training programmes, continuing education programmes for engineering professionals and academic faculty.

The five major research groups in the department are the Power Systems, Industrial Power and Automation, Power Electronics and Drives, Control System and Robotics, and Renewable Energy Systems. These groups also promote interdisciplinary research that are in the domain of the faculty expertise. The laboratories and research facilities in the Department are well maintained and regularly updated. Members of the faculty are actively involved in sponsored research and consultancy works. The R&D projects undertaken in the past were sponsored by the various agencies like the Ministry of Human Resources Development (MHRD) Government of India, the Department of Science &Technology (DST) Government of India, All India Council for Technical Education, Government of India and the Odisha Renewable Energy Development Agency, Government of Odisha. A number of projects are in progress.

Vision

To produce electrical engineering graduates who are capable of taking leadership roles in technological fields in accordance to national needs and making valuable contributions to their profession and carrying out higher studies successfully.

Mission

  • To established the department as an academic centre of repute in the discipline of electrical and electronics engineering.
  • To cultivate research and development atmosphere encircling all stakeholders i.e. students, faculty, staff, industry, rural and urban section society to formulate practical problems and to provide environment friendly feasible solutions.
  • To work in mission mode to tie-ups and MOUs with institutions and laboratories of national and international repute to meet ever increasing demands of new technologies.

77
JOURNAL PAPERS IN ONE ACADEMIC YEAR

112
CONFERENCE PAPERS IN ONE YEAR

3
BOOKS PUBLISHED IN ONE YEAR

PROGRAMME OBJECTIVES

After successful completion of the program, the graduates of Electrical and EEE will

  • Able to apply concepts of mathematics, science and computing to Electrical Engineering simulation and hardware developments.
  • Able to foster design and develop interdisciplinary and innovative systems.
  • Able to inculcate effective communication skills, team work, ethics, leadership in preparation for a successful career in industry and research and development organizations.
  • Ability to apply knowledge of mathematics, science and electrical engineering fundamentals for solving problems.
  • Ability to Identify, formulate and analyse electrical engineering problems arriving at meaningful conclusions involving laws and theorems.
  • Ability to design and develop electrical circuit components and processes to meet desired needs considering public health, safety, cultural, social, and environmental aspects.
  • Ability to understand and investigate complex electrical engineering problems experimentally.
  • Ability to apply modern engineering tools, techniques and resources to solve complex electrical and electronics engineering activities with an understanding of the limitations.
  • Ability to understand the effect of electrical engineering solutions on legal, cultural, social, public health and safety aspects.
  • Ability to develop sustainable solutions and understand their impact on society and environment.
  • Ability to apply ethical principles to engineering practices and professional responsibilities.
  • Ability to function effectively as an individual and as a member or leader in diverse teams and in multidisciplinary settings.
  • Ability to comprehend, design documentation, write effective reports, make effective presentations to the engineering community and society at large.
  • Ability to apply knowledge of engineering and management principles to lead teams and manage projects in multidisciplinary environments.
  • Ability to engage in independent and life-long learning in the broad context of technological changes and advancements.

Since inception the students of the department are imparted with fundamentals of electrical engineering, training and hands-on experience on live projects to meet the requirements new age industries. The students are encouraged to participate in the global project competitions and also encouraged to publish their research work in national and international Journals/conferences. Students have participated and won renewable energybased contests across the country. Students are participating and winners in Smart Hackathon, , IIT/NIT Techno fests, etc. Students are also joining as technocrats in PSUs.

NIST LABORATORIES

LABORATORIES

  • Basic Electrical Laboratory
  • Electrical Machines Laboratory
  • Control Systems Laboratory
  • UG Power Electronics Laboratory
  • Electrical Transmission and Distribution Laboratory
  • Electric Drives Laboratory
  • Network and Measurement Laboratory

Research Labs

  • Electrical Simulation Laboratory
  • Renewable Energy System Laboratory
  • Smart Grid Laboratory
  • Mechatronics Laboratory
  • Process Automation Laboratory

Hi-end Equipment List

  • Siemens PLC
  • Induction motor Module
  • DC shunt Motor Control Module with Altium Designer SE
  • Class E Chopper Module
  • Single Phase Dual Converter
  • Grid connected Induction Generator
  • Generator Protection System
  • Three phase Alternators (5 sets)
  • Three phase Transmission Line Module
  • Electrical Machine Trainer (Turbo Model)
  • PV Cells with grid model (Eco-Sense Solar Set)
  • Hybrid Vehicle (Motor based Automobile)
  • Solar Thermal Systems
  • Biomass Systems with Electrical Generation
  • Yokogawa Industrial Automation Laboratory
  • Tetrixprime Mobile Robots
  • PMU

Licensed Software

  • PSCAD
  • ETAP
  • MATLAB
  • BOND GRAPH by Symbol Shakti
  • NI LAB VIEW
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RESEARCH AREAS

The Department has five broad research groups:

  • Power and Energy Systems
  • Industrial Power and Automation
  • Power Electronics and Drives
  • Control Systems and Robotics
  • Renewable Energy Systems
Research_R&D
  1. Dr.S. K. Pradhan: Development of new adaptive cooperative motion control algorithms for an autonomous ground vehicles.
  2. Dr.Ch. Murthy: Wide Area Situational Awareness Assessment Using Phasor Measurement Units
  3. No of Journal Papers: 77
  4. No of Conference Papers : 112
  5. No of Books: 3
Research_Training

The department also provides job oriented summer training keeping in the mind the needs of the industry and covering the courses beyond university syllabuses such as Renewable energy Systems, Power system Load flow, Computer aided power system analysis and design, Industrial Automation and Control, etc

Research_Achievements
  • 3 Faculty have won PPSA-2016 award conducted by power system operation corporation (POSOCO) India.
  • 2 Faculty have won Early Career Research Award-2017 award by SERB-DST India.
  • 1 Faculty have won Common Wealth Fellow from University of Saskatchewan, Canada.
  • 2 Faculty are certified TOT for Surya-mitraskill development given by Green Jobs, NSDC, GOI.

FACULTY

SYLLABUS

 

The Electronics and Communication Engineering curriculum provides a balanced view of design and implementation electronics circuits, microprocessors, narrowband and broadband communication technology. Recent advances in microprocessor and communication technology, is making the fine lines between electronics and communication very trivial. Electronics and Communication engineering is a dynamic and broadly interdisciplinary field that continues to experience a rapid professional growth. The curriculum is designed cover all aspects of microelectronics, circuits and systems, microprocessor design, computer and telecommunications. The students in this discipline are offered a broad ranges of courses such as optics and laser, solid state devices and materials, digital logic and design, VLSI design, device microfabrication, computer networks, satellite communication, broadband networks and microwave engineering. In addition, all the students in this discipline have to take core computer science courses.
The department of Electronics and Communication Engineering is being organized into various groups like Microwave & Laser communication, Satellite Communication, Signal Processing & microelectronics. It is proposed that the department should support industrial research activities in the near future.

 

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