Redefining Connectivity: BTech Electronics and Communication Engineering

The field of Electronics & Communication Engineering is highly technical and combines hardware and software to develop some innovative technologies. According to a report by BLS, the demand for electronics and communication engineers is rising year by year. It is expected to grow by 7% from 2020 to 2030.

If you have the zeal to work in this field with your innovative mind, you can choose BTech Electronics and Communication Engineering. Who does not use gadgets and electronic items in today’s world? But wait, using them and making these gadgets efficient to use are two completely different things. 

Candidates good at mathematics and learning complex techniques can build strong careers in ECE. you can be the future of all wireless communication and connectivity taking place across the universe. 

BTech Electronics and Communication Engineering

BTech Electronics and Communication Engineering is a branch of engineering that involves the study, development, design, and application of electronics, electrical circuits, and communication systems. After completing this course, candidates can pursue their careers in both, the government and private sectors.

Government Jobs After BTech Electronics and Communication Engineering

  • Public Sector Undertakings (PSUs)

  • Indian Engineering Services (IES)

  • The Union Public Service Commission (UPSC)

  • Defence Services

  • Telecommunication Companies

  • Railways and Metro Rail Corporations

  • Research Organizations

  • Public Service Commission (PSC) Exam

  • Power Sector

Private Jobs After BTech Electronics and Communication Engineering

  • Embedded Systems Engineer

  • Telecommunications Engineer

  • Network Engineer

  • Software Developer/​Engineer

  • RF Engineer

  • VLSI (Very Large Scale Integration) Engineer

  • Signal Processing Engineer

  • Control Systems Engineer

  • Test Engineer

  • Product Manager/​Product Engineer

Difference Between ECE and EE

EE revolves around the realm of electronics and electrical technology, encompassing areas such as power engineering, transmission, electrical engineering materials, circuit analysis, instrumentation, and more. This field takes you through various applications of electrical systems across diverse environments.

On the other hand, ECE focuses on the research and advancement of electrical and communication systems. Generally, EE is considered a bit more challenging than ECE due to its extensive syllabus. Nonetheless, the syllabus of ECE spans eight semesters, with the initial semesters primarily focusing on fundamental concepts.

On the other hand, the EE syllabus begins with foundational principles and progresses towards advanced concepts driven by the evolution of new technologies in the electronics industry.

Explore the Electrifying Journey with a B.Tech. in Electronics and Communication Engineering at M.S. Ramaiah University of Applied Sciences

The Faculty of Engineering and Technology offers B.Tech. in Electronics and Communication Engineering. The course covers both foundational and advanced principles utilised in analogue electronic systems, digital electronic systems, analogue and digital signal processing, communication systems, and RF and microwave engineering. 

B.Tech. in Electronics and Communication Engineering Overview

Through a comprehensive curriculum, students enter into theoretical understanding, problem-solving techniques, analytical modelling, simulation, and analysis to comprehend the functionality of electronic circuits and communication systems. Practical training is provided in analogue/​digital circuitry, instrumentation, electronic devices, and programming. Additionally, emphasis is placed on personal development and honing interactive skills through interactions with professionals, fostering a sense of societal responsibility.

Objectives of B.Tech. in Electronics and Communication Engineering at M.S. Ramaiah University of Applied Sciences

  • To provide education on electronic and communication systems, fostering a deep understanding of their fundamental principles. 

  • To cultivate skills in designing analogue and digital systems/​controllers to meet specific requirements, as well as in modelling, simulating, and analysing electronic signals and systems.

  • To familiarise students with industry-standard simulation tools for electronic system simulation and analysis, as well as with instrumentation, testing, and measurement techniques.

  • To equip students with the knowledge and skills necessary to build and test electronic systems effectively.

  • To offer training in professional ethics, history, economics, social sciences, and interpersonal communication skills essential for professional practice.

  • To provide a comprehensive perspective and career opportunities in industry, business, and commerce.

Winding Up:

Being one of the most in-demand branches of engineering, B.Tech. in Electronics and Communication Engineering brings you an immense range of job opportunities in different sectors. Modern days, functioning on the basis of robotics, IoT, and embedded systems take inspiration from ECE knowledge. Therefore, without wasting much of your time, you should look for admission to this branch of engineering. M.S. Ramaiah University of Applied Sciences has brought you an all-inclusive B.Tech. in Electronics and Communication Engineering. Enrol now to extract the best out of yourself and build a rewarding career for you. 


  • Jayashree Aradhya