The Department of Electrical and Electronics Engineering offers high quality education at undergraduate, post graduate and doctoral levels. It has a technically strong team of faculty members in all core expertise of Electrical Engineering who have been trained by industry experts on latest domain-oriented practices. The department offers highest degree of application oriented conceptual knowledge, exposure to emerging technologies, hands-on skills in latest hardware and real-time implementations for the students. The collaborative environment at the department inspires faculty, staff and students to reach their highest potential.
B.Tech Electrical and Electronics Engineering (In Collaboration with Siemens) - Full Time - 4 Years
Electrical and Electronics Engineering (EEE) are among the most exciting and challenging areas of engineering, and are the key disciplines driving a highly technological society. Electrical and Electronics engineers have no doubt been the instruments for the evolution of technology by being able to effectively apply and integrate fundamental concepts and knowledge from various related disciplines. They lead in creating new ideas and innovations, and designing and developing new products.
Karunya Institute of Technology and Sciences (KITS), School of Engineering & Technology offers an undergraduate programme - B. Tech in Electrical and Electronics Engineering adopts Outcome Based Education (OBE) which abreast the theoretical concepts and domain oriented practical skills for the aspirants. In this programme, the aspirants can experience a smooth transition from academic to real-life work environment with the strong zeal to develop and enhance the critical, innovative, creative thinking and problem-solving skills. These skills make the aspirants to conceptualize, analyze, design and develop solutions to meet the demands of modern power scenario.
The curriculum comprises of five components – Humanities and Social Sciences including Management courses; Basic Sciences, Engineering Science; Professional Core, Professional electives and Other electives.
Humanities and Social Sciences including Management courses:These courses complement the technical education through a wide array of modules in humanities, social sciences, philosophy and professionalism to make our graduates, educated members of the global community.
Basic Science: Basic Science courses are pivotal for engineering education. These subjects taught in the first-year help in better understanding and application of their respective streams.
Engineering Science: Engineering Science courses brings together the study of branches of engineering.
Professional Core: Professional Core provides knowledge and skills essential for electrical engineers. These include laboratory work, Industrial training, mini projects, Individual research and design projects. Professional core modules ensure that each student is exposed to most aspects of the state-of art EEE areas. Courses like Electric Circuit and Networks, Electromagnetic Fields, Electron Devices and Circuits, Electrical Machines I, Electrical Machines II, Power Electronics, Power System I, Power System II, Control System, Signals and Systems, Microprocessor and Microcontrollers and Digital Electronics.
The department offers an extensive array of professional elective courses.
|Power Electronics and Drives||Power System||Electronics|
|Switched Mode Power Supplies||Energy Systems||Building Automation|
|Electric Drives and Control||Power System Stability||Electronics in Agricultural Automation|
|Power Electronics for Renewable Energy||Power System Operation and Control||Green Electronics|
|Basics of Electric and Hybrid Vehicle||High Voltage Engineering||Communication Engineering|
|Industrial Electronics||HVDC and FACTS||Consumer Electronics|
|Power Electronics Application to Renewable Energy Laboratory||Smart Grid|
|Electric Drives and Control Laboratory||Power Quality|
|Fundamentals of Electrical Safety||Testing and Installation of Power System Apparatus|
|Condition Monitoring of Electrical Machines||Microgrids|
|Energy Storage in Power Systems|
|Power System Optimization|
|Electrical Estimation and Costing|
|Renewable Energy – I|
|Renewable Energy – II|
|Battery Technology for Renewable Energy|
The students can find job opportunities in public and private sector companies.
Public Sector Companies – BHEL, GAIL, NTPC, ONGC, SAIL, BARC, ISRO, Railways, HAL, DRDO, IOCL, IEL, BEL, ELCOT, Electricity Board etc.
Private Sector Companies – General Electricals, TVS Electronics, Texas Instruments, Analog Devices, Honeywell Automation, Siemens India, Nokia Siemens. Nokia, ABB, ROBERT BOSCH, Crompton Greaves, Exide Batteries, ITC limited, Bajaj Electrical, KEC International, Su-Kam, Danfos, Vishay Intertechnology, Infineon Technologies, STM Electronics, Philips Semiconductors, Power Integrations, National Semiconductors, Micrel, Microsemi, Ericsson, Bharti Telecoms, Motorola, Sony, Toshiba, DELL etc and in IT & IT enabled companies.
B.Tech Electrical and Electronics Engineering (Specialization in Machine Learning) - Full Time - 4 Years
The admitted students will be studying Machine Learning Techniques and their Applications to Electrical Engineering Fields along with the core subjects of B.Tech (EEE). As there is a huge market for Machine Learning with core knowledge in Electrical and Electronics Engineering, this programme will give a great career.
- Electric Vehicles
- Modern Substations
- Cyber Physical System
- Automotive Industries
- Smart Grid and Micro Grid
- Energy Management System
- Battery Management System
- Renewable Energy Forecasting
- Big Data Analysis in Utility Grid
- Electric Drives and Automation
M.Tech. in Renewable Energy
M.Tech. Renewable Energy prepares the students in theoretical and practical aspects of renewable energy technologies and its implementation, energy conservation, and management. Besides that, it also trains students in important areas of energy infrastructure, rational use of energy, energy policies and regulations, and energy-environment interface etc.
Renewable energy is a form of energy generated from natural resources such as sunlight, wind, rain, tides and geothermal heat which are renewable (naturally replenished). Renewable energy technologies range from solar power, wind power, hydroelectricity/micro hydro, biomass and biofuels for transportation.
Both renewable energy and alternate energy sectors are growing rapidly due to the depleting conventional sources and the need of environmentally benign technologies. The branch of renewable energy contributes in promoting a cleaner and greener environment and also helps in addressing critical issue of energy security which is quite relevant in developing countries like India.
Master of Technology (M.Tech.) in Renewable Energy is a 2- year long course divided into 4 semesters, with each semester lasting a period of Six months. It is a unique program that provides an in-depth understanding of various fields including solar, wind energy, biogas & bio mass etc. Through this course, the students are introduced to the alternate forms of energy such as OTEC, tidal energy etc. along with the insights on waste heat recovery. The program also touches upon the recent topics as Green Building (sustainable construction) and Smart Grid.
|Solar Energy||Wind Energy||Green Energy||Smart Grid|
|Photovoltaic Systems||Wind Energy||Energy Engineering||Smart Power Grid Renewable Energy Systems|
|Solar Energy Laboratory||Wind Energy Laboratory||Energy Management And Audit||Cyber Physical Systems Approach To Smart Grid|
|Solar Thermal Energy Conversion||Electric Drives Laboratory for Renewable Energy||Power Engineering Simulation Laboratory||Data Mining for Renewable Energy Systems|
|Materials For Solar Power||Grid Converters for Solar and Wind Power Systems||Biomass Energy||Distributed Generation and Micro grid|
|Solar Cell and Module Technology||Power Conversion and Control of Wind Energy Systems||Waste to Energy Conversion||Electric and Hybrid Vehicles|
|Oceanic Energy||Power Quality Issues and Mitigation|
Career prospects of M.Tech in Renewable Energy
A renewable energy engineer can become a professional consultant for solar technologies or green energy technology. He knows the potential of free energy that is abundantly available in nature but how we tend to ignore it and increase our dependency on exhaustible fossil fuels and energy sources.
Scope for a master degree holder in renewable energy in coming future is at the peak as we are facing energy crisis at present and every country is dreaming of becoming energy independent nation. Renewable energy is future of our energy needs - we need to think, progress and improvise/develop new technologies to harness renewable energy sources.
As a professional renewable energy personal I would definitely recommend anyone to undertake MTech in renewable energy as it has a very bright future.
Top Recruiting Fields/Areas
Reliance Power, Hindustan Power, Suzlon, Green Infra, Gram Power, Tata Power Solar, SELCO India, Adani Power, JSW Energy, GVK Power, National Thermal Power Corporation (NTPC), National Hydro-electric Power Corporation (NHPC) and Power Grid Corporation Limited (PGCL), etc…