B.Tech. Electronics and Communication Engineering in collaboration with Texas

Eligibility

The minimum qualification required to apply for B.Tech Electronics And Communication Engineering at JAIN (Deemed-to-be University) 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 73 3761 8222

Admissions Office

JAIN Knowledge Campus
# 44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 5600 69
+91 73 3761 8222
+91 80 6927 9444

About the Programme

The B.Tech. Electronics and Communication Engineering program at JAIN (Deemed-to-be University) in collaboration with Texas offers a comprehensive and industry-aligned curriculum, empowering students to excel in their chosen field and make meaningful contributions to society. The program is carefully designed to provide students with a solid foundation in technical education. Established in 2005, the department has continually evolved to meet the dynamic demands of the industry. Alongside the university's esteemed Ph.D. and M.Tech. programs, the flagship B.Tech. program offers specialisations in VLSI Design & Technology and Robotics, providing students with diverse pathways to pursue their interests.

Guided by accomplished faculty members with extensive industry experience, the curriculum of B.Tech. Electronics and Communication Engineering program at JAIN (Deemed- to-be University), one of the best electronics and communication engineering colleges in Bangalore, is designed to foster innovation and critical thinking. Prioritising practical learning through a blend of self-study components, project-based assignments, and industry internships, the program ensures that graduates are well-equipped for the challenges of the real world.

The department's commitment to research excellence is evident through the ongoing projects in collaboration with ISRO, addressing national challenges in navigation and remote sensing. Additionally, the endeavour to establish a Centre of Excellence in health automation emphasises the dedication to leveraging technology for societal impact.

As students embark on their academic journey at one of the best electronics and communication engineering colleges in Bangalore, they have the opportunity to explore emerging trends in IoT and chip design through the university's strategic partnerships with Texas Instruments and industry experts. These collaborations provide invaluable hands-on experience and networking opportunities, preparing graduates for successful careers in the ever-evolving field of electronics and communication engineering.

Why take this course?

B.Tech - Electronics and Communication Engineering, will enable you to be ready for Industry 4.0 emerging and exponential technologies. The course is industry-integrated with Texas Instrument certifications, ISRO research collaboration and Svyasa research, development, education and training. The course is delivered using project- based learning, project centric learning, Industry 4.0 hands on training, robotic rover design and training, industry based platform tools, model based learning, on demand student development specific programs leading to internships, research projects, patents, career opportunities in IT and non-IT. The course wide spreads student innovative ideas which are elevated through entrepreneurial platforms and supported by Jain Incubation Centre for start-ups.

The program provides knowledge and skill sets for wide applications related to digital system design, android development, computer networking, embedded system design, chip design, various types of communication including mobile, radar, satellite, consumer electronics, gadgets, software design and development, IOT, AI, Medical electronics, antenna design, wireless network system interface, low power system design. Courses supporting the applications are

What will I experience?

Industry 4.0 hands on and projects from Texas Instruments on Embedded System and System on Chip.
Rich Research experience and opportunity to work on live projects from ISRO and be part of creation of India’s navigation system .
Industry lab set-up, standard tools and module based learning to make students industry ready.
Develop customised chip design and embedded design for real time societal applications.
Develop the entrepreneurial mind-set to develop and use emerging and exponential technologies to make a difference in the world.

What opportunities might it lead to?

The course provides complete skill sets and updated Industry 4.0 training. By 2026, you will be industry ready with wide career opportunities in both IT and Non-IT. The course also makes you ready for government sector jobs. Some of the market and career growth opportunities are listed below:

Embedded Design Engineer
Design Engineer
Network planning Engineer
Electronics Test Engineer
RF Engineer
Chip Designer
Mobile application developer
Cloud Engineer
Android Developer
Control Systems Engineer
Design and Development Engineer
Microelectronics Engineer
Data Analyst
Data Engineer
Field Test Engineer
Scientist
Software Engineer
Software Developer

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.

Curriculum Structure & Teaching

I Semester

Sl.No.	Course Type	Course Title
1	BSC	Calculus, Laplace Transforms and Matrices
2	BSC	Engineering Physics
3	ESC	Electrical & Electronics Systems
4	IPCC	Programming for Problem Solving – 1 (Python)
5	AECC	Environmental Engineering & Sustainability
6	HSMC	Mind Management & Human Values – 1
7	HSMC	Indian Language (Kannada /Sanskrth/Hindi)
8	SEC/PCL	PCL I - RESEARCH AND ENTREPRENEURSHIP PROJECT

II Semester

Sl.No.	Course Type	Course Title
1	BSC	Transforms and Partial Differential Equations
2	BSC	Applied Chemistry
3	ESC	Analog and Digital Circuit-1
4	IPCC	Programming for Problem Solving – 2 (C Lang)
5	HSMC	Mind Management and Human Values – 2
6	AECC	Communicative English
7	ESC	Analog and Digital Circuit-1 Lab
8	SEC/PCL	PCL 1-Research and Entrepreneurship Project

III Semester

Sl.No.	Course Type	Course Title
1	PCC	Analog and Digital Circuit-2
2	PCC	Digital System Design using Verilog
3	PCC	Electric Circuits
4	PCC	Data Structures and Algorithms
5	BSC	Biology for Engineers
6	OEC	Open Elective – 1
7	PCC	Analog and Digital Circuit-2 Lab
8	PCC	Digital System Design using Verilog Lab

IV Semester

Sl. No.	Course Type	Course Title
1	PCC	Signals & Systems
2	PCC	Analog and Digiatal Communication
3	PCC	Microcontroller and its Applications
4	PCC	Fields and Waves
5	OEC	Open Elective – 2
6	PCC	Analog and Digiatal Communication Lab
7	PCC	Microcontroller and its Applications Lab
8	PCL	Project Centric Learning-2
9		Diploma Mathematics

V Semester

Sl. No.	Course Type	Course Title
1	PCC	Digital Signal Processing
2	PCC	Control Systems
3	PCC	Embeeded Systems and IoT
4	PEC	Professional Elective Course -1
5	OEC	Open Elective – 3
6	PCC	Digital Signal Processing Lab
7	PCC	Embeeded Systems and IoT Lab
8	HSMC	Indian Ethos/ Yoga/ NSS/ Sports/ Health & Wellness
9	PCL	Project Centric Learning-3
	INT	Internships I

VI Semester

Sl. No.	Course Type	Course Title
1	PCC	VLSI Design
2	PCC	Computer Comunication Networks
3	PCC	Antenna and Wave Propogation
4	PEC	Professional Elective Course -2
5	OEC	Open Elective - 4
6	PCC	Computer Comunication Networks Lab
7	PCC	VLSI Design Lab
8	SEC	Problem Solving and Reasoning Abilities-1
9	PCL	Project Centric Learning -3

VII Semester

Sl. No	Course Type	Course Title
1	PCC	Mobile Communication
2	PEC	Professional Elective Course -3
3	PEC	Professional Elective Course -4
4	PCC	Fundamentals of Quantum Computing
5	SEC	Creative Thinking Skills
6	PCL	Project Centric Learning -4
7	INT	Internships II

VIII Semester

Sl. No.	Course Type	Course Title Open Elective
1	HSMC	Industrial Management and Operation Research
2	PEC	Professional Elective Course -5
3	PROJECT	Capstone project
4	SEC	Research Publication

Few of the opportunities the course leads to:

Electronics Engineer
Electronics Design & Development Engineer
Software Analyst
Technical Director
Field Test Engineer
Senior Sales Manager
Network Planning Engineer
Customer Support Engineer

Further Study Options Available After Completing the Above Program

M.Tech in Embedded System and VLSI Design: Graduates can continue their studies with a Master's degree to learn more about embedded systems and VLSI design, which can help them get better jobs or teach others about these subjects.
Ph.D. in Electronics Engineering: If graduates like learning and doing research, they can pursue a Ph.D., where they'll study electronics engineering in-depth and discover new things that can help others in the field.
Specialised Certifications and Short-term Courses: Graduates can take special classes or courses for a short time to learn new skills or keep up with the latest trends in electronics and communication, making it easier for them to find good jobs.
Entrepreneurship and Start-ups: If professionals are creative and want to start their own business, they can use what they've learned about electronics and communication to create new products or services that people need.
Collaborative Interdisciplinary Programmes: After earning their B.Tech degree from the best colleges for electronics and communication engineering course, graduates can join interdisciplinary programs where people from different areas work together to solve problems using their knowledge and skills, making it easier to find new and better ways to do things.
International Collaboration and Research Opportunities: Graduates can work with people from other countries on projects or research, which can help them learn more and maybe even travel to new places.
Professional Development Programmes: Professionals can take classes or workshops to get better at their jobs or learn how to be leaders, which can help them get promotions and do better at work.
Advanced Diplomas or Postgraduate Diplomas: Graduates may choose to pursue advanced diplomas or postgraduate diplomas in specialised areas related to electronics and communication engineering. These programs offer focused training and can provide graduates with additional skills and knowledge to excel in their chosen field.

Learn the state-of-the-art industry trends in IoT through Texas Instruments-supported innovation hub.
Opportunity to work on ISRO-sponsored real -time projects at NACIC remote sensing lab facility.
Master chip design through hands-on skill development programs conducted by industry trainers.
Become a part of frontier research team by undertaking projects in cognitive sciences.
Broaden your career prospects in both the care and software industries through a minor in modern machine language offered by IIIT, Hyderabad.
Expand your horizon for holistic development through Evalanche club activities.
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.
Teaching assistantship during the course & Industry Internship.
Support for conference participation/Journal publications.

JAIN (Deemed-to-be University) is the right option for those who are looking for value added certifications in their quest to find the best colleges for electronics and communication engineering course. Students in the B.Tech. Electronics and Communication Engineering program have the opportunity to enhance their skills with value-added certifications in Embedded System Design and VLSI Design. These certifications complement their academic curriculum, providing practical knowledge and industry-recognised credentials for future endeavours.