In the constantly evolving landscape of technology, electrical and electronics engineering plays a massive role in moulding the contemporary world. This diverse field powers everything, from smartphones to the intricate electrical grids illuminating the world.

Electrical engineering emphasises the production, distribution, and utilisation of electrical power. In crisper words, it is responsible for making a framework providing the electricity humans use routinely. 

On the contrary, electronics engineering precisely deals with the design and pattern of electronic circuits and devices, allowing individuals to communicate, commute, and keep in check many aspects of their lives.

Amongst many, one of the most enticing aspects of this field is its continual revolution. With the immense rise of renewable energy sources, the establishment of smart cities, and the emergence of the Internet of Things (IoT), electrical and electronics engineers are pioneers in making a sustainable and interlinked future.

As we are constantly relying on technology for personal and professional requirements, the work of electrical and electronics engineers remains imperative. They are the architect of progress, moulding the way individuals communicate, live, and power the globe.

Hence, if you are keenly interested in designing and developing advanced and distinctive gadgets or evolving energy systems, pursuing a BTech in Electrical and Electronics Engineering would be the perfect fit. 

Is There a Future for BTech in Electrical and Electronics Engineering?

Yes, indeed!

As per the findings of the Bureau of Labor Statistics, it is projected that the employment rate of E&E engineers will surge a minimum of 5% between 2022 – 2032, which is much faster than many other occupations. Also, over the decade, there will be around 17,800 expert vacancies each year. Hence, enrolling in BTech in Electrical and Electronics engineering is worthwhile. 

B Tech in Electrical and Electronics Engineering Career Options

A BTech in Electrical and Electronics Engineering opens a broader range of career options in multitudes of sectors. Below are some of the key opportunities you can ponder upon: 

• Power Generation and Distribution Engineer

• Renewable Energy Specialist

• Electronics Design Engineer

• Telecommunications Engineer

• Automation Engineer

• Quality Control Engineer

• Embedded Systems Engineer

• Aerospace Engineer

• Defense Electronics Engineer

• Electrical Inspector

• Public Utility Engineer

And many more!

Electrical and electronics engineers have diverse skill sets and are in high demand due to their expertise in automation, communication, and electronics technologies. Also, the choice of career path solely depends on your interests, specialisation, and career goals within the field, turning it into a satisfying and dynamic choice, especially for those passionate about innovation and technology.

B Tech in Electrical and Electronics Engineering Syllabus

The syllabus for a Bachelor of Technology (B.Tech) in Electrical and Electronics Engineering typically incorporates a broader range of subjects to provide aspiring students with solid bedrock in electrical and electronics principles. The specific subjects and their order may vary from one institution to another; however, here is a general overview of the subjects usually covered in an Electrical and Electronics engineering course. Read on to know B.Tech. in Electrical and Electronics Engineering syllabus.

1^st Semester Syllabus

• Engineering Mathematics‑1

• Engineering Physics

• Introduction to Electrical Engineering 

• Workshop Practice

• English Communication

2^nd Semester Syllabus

• Engineering Mathematics — 2

• Engineering Chemistry

• Introduction to Electronics Engineering 

• Programming in Python

• Engineering Graphics

• Environmental Studies

• Kannada Kali

3^rd Semester Syllabus

• Engineering Mathematics‑3

• Signals and Systems

• Network Analysis

• Electrical Machines — 1

• Digital Logic Design

• Essence of Indian Knowledge

• Internship/​Other activities ‑1 (After 2^nd Semester)

4^th Semester Syllabus

• Engineering Mathematics‑4

• Linear Integrated Circuits

• Electromagnetic Theory

• Microprocessors and Microcontrollers

• Measurement and Instrumentation

• Indian Constitution, Human Rights and Law 

• Innovation and Entrepreneurship

5^th Semester Syllabus

• Transmission and Distribution

• Control Systems

• Electrical Machines ‐ 2

• High Voltage Engineering

• PLC and SCADA

• Internship (After 4^th Semester)

• Yoga/​NSS/​NCC/​Sports

• Employability Enhancement Course ‑1

6^th Semester Syllabus

• Switchgear and Protection

• Power Electronics and Drives

• Power System Analysis

• Cost Estimation and Engineering Economics

• Professional Core Elective – 1

• Electrical Machine Design

• Employability Enhancement Course ‑2

7^th Semester Syllabus

• Professional Core Elective ‐ 2

• Professional Core Elective ‐ 3

• Open Elective ‐ 1

• Project Work – 1

• Internship (After 6^th Semester)

8^th Semester Syllabus

• Project Work ‐ 2

In the final year, students usually have the opportunity to choose elective courses/​specialisations in vivid areas like power systems, control systems, electronics, telecommunications, or energy management, based on their interests and the offerings of their specific institution.

Remember, besides choosing the course, enrolling in the right institution is also imperative. In the heart of Bangalore lies a reckoned institution, M. S. Ramaiah University of Applied Sciences.

Switch On Your Abeyant with a B.Tech. in Electrical and Electronics Engineering at M. S. Ramaiah University of Applied Sciences (RUAS)

Nestled in the vibrant city of Bangalore, M. S. Ramaiah University of Applied Sciences stands tall as an illuminant of academic excellence and innovation. Founded with a vision to empower brilliant minds with immense knowledge and practical skill sets, the university has stood up to its motto: ​“In the quest of Excellence.”

Ramaiah University offers a dynamic range of undergraduate and postgraduate courses in multitudes of domains like Computer Sciences, Electronics, and Biotechnology. What sets this institution apart is its commitment to practical, hands-on learning. The highly advanced laboratories, coupled with a team of well-versed and experienced faculties, make sure that students get a well-rounded education.

Not only this, the university also pushes boundaries for innovation and research culture, encouraging students to propel beyond the restrictions of their textbooks. It has a flourishing research ecosystem, providing ample opportunities for students to participate in projects and publish their findings.

Moreover, RUAS has solid industry connections, providing internships and placements for its students. This strong bond to the real world makes sure that graduates are well-prepared to tackle the challenges of the contemporary job market. 

If you decide to enrol for a B.Tech. in Electrical and Electronics Engineering, you will delve deep into a wealth of knowledge provided by experienced professors. The curriculum wraps a holistic range of subjects, from electromagnetic fields and electrical circuits to control systems, renewable energy systems, and digital signal processing. The university is a powerhouse of education and innovation, where students are prepared and motivated to make a difference worldwide.

To Put It All Together

B.Tech in Electrical and Electronics Engineering is nothing less than a stepping stone to a future entrusted with innovation and opportunities. With an amalgamation of academic excellence and practical exposure, you will be nurtured to emerge as the leaders and problem solvers of tomorrow’s world. Hence, join M. S. Ramaiah University of Applied Sciences and see your future skyrocketing.