Eligibility
The minimum qualification required to apply is a pass in the 10+2 examination in
Science from PUC / ISC / CBSE or an equivalent board. A course recognised as equivalent
thereto by the University.
Study Campus
JAIN Global Campus
Faculty of Engineering & Technology
NH-209, Bangalore - Kanakapura Main Road
Jakkasandra Post, Kanakapura Taluk
Ramanagara District - 562 112
+91 80 2757 7198
+91 7337618222
Admissions Office
JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
+91 7337618222
080-69279444
About the Program
The Department of Electrical and Electronics Engineering (EEE) was established in
the year 2006 and offers B. Tech., M.Tech and Ph.D. programmes. The department at
JAIN (Deemed-to-be University) one of the top engineering colleges in Bangalore,
has faculty well-versed in academic and industrial fields accompanied by experienced
technical supporting staff. The programme has a highly flexible structure with a
blend of industry and research-oriented courses. A student can pursue different
major and minor streams in the domains of electric vehicle design, design and
development of electrical machines, smart grids, microgrid technologies,
renewable energy, transmission and distribution, energy management, and
electrical material science.
The EEE program at JAIN (Deemed-to-be University) is unique in its curriculum with a blend of core electrical courses besides elective subjects of recent trends and techniques that enhance the students with good employability opportunities in various domains globally.
Moreover, power and energy requirements, automation and artificial intelligence plays a crucial role in an Electrical Engineer’s career. Therefore, in addition to the specialization, the students are also allowed to choose (CBCS) from the following emerging areas of career and research as Departmental Elective:
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Power & Energy Domain:
The students gain knowledge in the area of power systems, energy management, conservation, auditing, wind & Solar energy harvesting, smart grids, hybrid & electric vehicles that caters the social needs for huge energy demand and identifying innovative solutions for the emerging challenges.
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Embedded Domain:
Students are trained in the controllers, processors, Advanced Embedded systems, Real Time Operating Systems, Mobile app developing, IOT in Electrical Industries etc that provides the skills required in the modern industrial environment.
Why to take this course?
B. Tech course in Electrical and Electronics Engineering is an Unique, multi-faceted discipline and the universal set of all other circuit branches that offers exponential growth with widest spectrum of career choices into various fields namely the Power and Energy Sector, Control Engineering, Embedded technologies, Instrumentation, Renewable Energy Sector including recent advancements in Electric Vehicles, Charging stations, Energy Storage Systems and advanced electrical machinery. Electrical engineers are into the design and testing of e-vehicles, wireless power transmission, electrical manufacturing, conventional and renewable power generation, computers and communication system with top salary packages.
What will I experience?
The students will experience the ambience and general infrastructure of an institution with an A++ grade
The students will experience the availability of teachers, Qualified only from reputed institutions across the country with good technical skills and parental approach towards the students.
The students can experience the innovative classroom teaching and the experiential learning followed in the EEE department by the subject handling faculty to make the students understand each and every concept of electrical engineering.
The students can experience the state of art infrastructure, in terms of laboratory, classrooms and other student related facilities on par with the other institutions of excellence in this country.
Various skill development courses throughout the curriculum are available, with different levels of certifications.
Industrial Internship and project-based training is provided to make the students industry ready.
What opportunities it may lead to?
The students of B.Tech in Electrical and Electronics Engineering will be trained to provide acceptable solutions to complex electrical engineering problems in major core industries by application of modern and appropriate techniques that are taught as a part of enriched curriculum through National Educational Policy. Transfer of skill is guaranteed hence job opportunity is guaranteed to all the enrolled in this program
The students will be able to apply the knowledge to improve and control the conventional and non-conventional energy systems for specific applications ethically and eco friendly
The graduates will have the following designations in all related fields as mentioned
- Design engineer
- Project engineer
- Engineering specialist
- Quality Control Engineer
- Software Engineer
- Development Engineer
- System Design Engineer
- Field Engineer
- Test Engineer
- Sales Engineer
Enhance your B.Tech experience with the option to pursue a Minor Degree from IIITH and gain unique opportunities for academic and professional growth!
Key Highlights of the UG Minor Degree Program from IIITH:
Certificate Issuance:
- Students will have the option to receive certificates from IIITH upon successful completion of each semester.
- These certificates will be issued in three parts over the course of the program, recognizing incremental progress.
Minor Degree Recognition:
- University has the discretion to award a minor degree to their students, utilizing the certificates issued by IIITH.
- This option allows students to earn additional credentials and enhance their academic profile.
Research Internships:
- Top performers in the Minor Program will be considered for research internships at IIITH.
- These internships provide an excellent opportunity for students to gain hands-on experience and deepen their expertise in their field of study.
Note:
- An additional cost is applicable for enrolling in the UG Minor Degree Program.
- To earn the minor degree, students must earn an additional 20 credits on top of their regular credits as part of the curriculum.
- Calculus, Laplace Transforms and Matrices
- Engineering Physics
- Electrical & Electronics Systems
- Programming for Problem Solving - 1 (Python)
- Environmental Engineering & Sustainability
- Mind Management & Human Values - 1
- Indian Language (Kannada /Sanskrit/Hindi)
- PCL I - Research And Entrepreneurship Project
- Electrical Standards and wiring using CAD
- Mind Management and Human Values - 2
- Communicative English/ Business Communication
- Data Structures and Algorithm
- Applied Chemistry
- Partial differential Equations & Laplace Transforms
- Transdiciplinary (TD) - Project Centric Learning (PCL) - 1
- Biology for Engineers
- Electric Circuit Analysis
- Economics for Engineers
- Basic EV design concepts with Electrical CAD (ECAD) solutions (Siemens - 1)
- Functional Transforms and Numerical Methods
- Open Elective - I
- Electronic Circuits and Applications
- Transdisciplinary (TD)- Project Centric Learning (PCL) - 2
- Intellectual Property Rights
- Static and DC Electric Machinary
- Adv EV Design with advanced Generative Design and simulation
- Microcontroller and Microprocessor
- Open Elective - II
- Signals and Systems
- Transdisciplinary (TD)- Project Centric Learning (PCL) - 2
- Machines Lab I
- Internships I
- Scientific Foundations of Health
- Open Elective - III
- Condition Monitoring and Maintenance Management
- AC Rotating Machinery
- Capital Systems Architect (Siemens - 3)
- AI, ML and IoT in Engineering
- Professional elective Course-I
- Project Centric Learning - 3
- Minor Elective Course - 1
- AC Rotating Machinery Lab
- Open Elective - IV
- Power Electronics and Drives
- Electric Vehicle using Basic
- design techniques (Siemens - 4)
- Professional elective Course-II
- Electric Power Generation Transmission and Distribution
- Digital Electronic Systems
- Internships II
- Project Centric Learning - 3
- Power Electronics Lab
- Professional Elective Course - III
- Professional elective Course - IV
- Control and Automation
- Design thinking
- End- End Electric
- Vehicle EE design (Siemens - 5)
- Switchgear and Protection
- Power System Engineering
- Project Centric Learning - 4
- Modern High Voltage Engineering
- Modern Instrumentation Systems
- Professional elective Course - V
- Professional elective Course - VI
- Capstone project
- Research Publication
The graduates of B.Tech in Electrical and Electronics Engineering will have the opportunity to work in various Government sectors like
- Engineers in power plants, hydro or thermal power plants.
- Engineers in Railways, Civil aviation, and electricity.
- Electrical design and consultancy firms
- Design, manufacture and operate power plants,
- Industrial machinery and electrical motors
- Design of automobiles, aircraft, and space crafts power supplies.
- Technical Director
- Customer Support Engineer
After completing a B.Tech in Electrical and Electronics Engineering, further study options include
- Master's Degree in Electrical Engineering with wide specialisation areas
- Ph.D. in Electrical Engineering.
- Specialised Certifications and Short-term Courses
- Entrepreneurship and Start-ups
- International Collaboration and Research Opportunities
- Professional Development Programmes
- SIEMENS Industry Supported Programme
- Climb to the pinnacle of success through NEP 2020 aligned curriculum, NBA and NAAC A++ Accreditations.
- NCrF complied and Industry 4.0 primed curriculum
- Project Centric Learning approaches
- 100% Internship and Placement Support.
- Support for conference participation/Journal publications.
- Certification in the Design of Renewable Energy Systems
- PLC and SCADA Systems
