“Breaking boundaries, educating the next generation of engineers, driving the leading edge of technology”.
The Department of Electrical and Electronics Engineering (EEE) since its inception in 2004, combines hands-on research, engaging faculty and top of the line facilities to provide students with the best education and continues to place great emphasis on problem solving and design based upon the traditions of the institute. The department offers B.Tech program in EEE with an intake of 120 and M.Tech program in Electric Power Systems with an intake of 18.
The B.Tech Program in Electrical and Electronics Engineering has been accredited by National Board of Accreditation (NBA) successively thrice i.e. in 2013, 2016 and 2019. The period of validity is till 30 June, 2022.
The main objective of the department is to develop professionals by providing
i. Classroom Training: Because dreams need doing
Access to high end facilities including PSCAD software - MATLAB, LabVIEW; a wide range of development systems for microcontroller, Embedded systems, applications of IoT, sensor modelling and Industrial automation tools for better understanding of how the theory they have learnt links to real scenarios.
The faculty adopt the latest teaching aids like digital display and interfacing units, platforms like Information and Communication Technology (ICT), MOOCs, publishing digital content though various platforms like YouTube, animations in the classroom in order to make teaching effective and interesting. Also, students are exposed to virtual classroom for additional technical content.
The department aims to play an active role in propelling the state and nation in its growth trajectory through innovative inter-disciplinary research and educational programs at undergraduate and postgraduate levels. The students are invoked to “Learning by Doing” and they are encouraged to do the projects / internships / industry visits which extremely improve their practical knowledge.
First-rate engineering education is complemented by building the professional competencies that set the students apart from the competition. We not only have a huge and diverse collection of outside-the-classroom engineering experiences to choose from, we’ve also developed the tools and rubrics to ensure that every student can reap the benefits of their experiential learning opportunities.
ii. Insights on challenges in clean energy:
B.Tech programme is a four-year course, deals with the state-of-the art techniques in system level modelling and computational techniques in electrical engineering and also covers advanced topics in power systems, power electronics, control systems which are very much needed for today's electrical engineer. The goal of the curriculum is to create a flexible undergraduate educational experience, comprising: basic sciences, ethics and human values, electrical and computer programming core, breadth, coverage, depth, and capstone design requirements; as well as open electives. It is at the forefront of the challenge to connect our world; to design and build more efficient and affordable technology; to provide a robust and green energy network; and to help us live better, healthier, smarter and more sustainable.
The course content deals with design, development, simulation, prototyping and testing to maximize the efficient use of energy whilst reducing reliance on fossil fuels in electric system. The department also has the Centres of Excellence in the following niche areas in collaboration with leading industries.
A blend of electronic system design with computing continues to be among the most employable in the country, 90% employment with average starting salaries of Rs. 7 lakhs.
The department gives its full support to the students so that they turn out to be the best engineers with flying colours in their lives. The department provides the perfect ground and wider horizon to pursue their career in core and other IT related streams through various skill development activities. The placement record of the department has always been impressive. Students of the department are offered remarkable placements through on/off campus selection. Many students are getting opportunities in the PSUs, national / international institutes and laboratories for research and higher studies.
With faculty expertise in diverse areas including Control, Automation, Power Systems and Power Electronics, Integration of Renewable Energy Sources, Smart Grid and Bio-medicals in tune with the inter-disciplinary research philosophy of IARE, an effort is made to promote internal and external collaborations.
The department has well-equipped laboratory facilities Basic Electrical Engineering, Electrical Machines, Network and Scientific Computing, Digital Electronics, Power System, CAD, Industrial Automation, Control Systems; Instrumentation, Power Electronics, Electric Drives, Microprocessors and Microcontrollers, High Voltage, Solar and Embedded Systems Lab. Specialized simulation software like MATLAB, LabVIEW, PLC SCADA, WplSoft, PSCAD, Simulink, PSpice, SciLab, Multisim etc. are available with the department to carry out experiments and research activities. The infrastructure and lab facilities are upgraded from time to time and provide good practical learning and innovative environment for the students and researchers.
M. Tech (Electrical Power Systems):
The Department has a top-level quality assessment rating for teaching, and a world-class reputation for research. The department offers two year full time M.Tech program in Electrical Power Systems from the academic year: 2019 - 2020 with an intake of 18, selected through GATE / TS PGECET, common entrance test.
Learners are matured in a specific area of specialization by extending their prior knowhow through meticulous set of advanced courses with a dissertation to showcase their research potential.
The course is designed for Electrical and Electronics Engineering graduates who are practicing engineers, R&D managers, power system designers or industry planners who seek an in-depth understanding of power systems, issues of power quality, power system modelling, planning, operation, power electronics topologies and control. This course deals with the state-of-the art techniques in system level modelling and computational techniques in power systems. The course also covers advanced topics in renewable energy sources, power system and allied fields which are very much needed for today's power system engineer.
Our Mission to Educate, Create, and Serve is a vitally important part of our department culture. We encourage you to explore our website and learn more about our cutting-edge research and innovative teaching.