Bachelor of Electrical Engineering: Subjects, Syllabus, Admission, Scope, Jobs, Salary, and Benefits: A Complete Guide

Electrical engineering is the bedrock of modern technological development, which leads to exciting innovations in the fields of renewable energy, telecommunication, and automation. The Bachelor of Electrical Engineering offers a panhandle of all-round career options, equipping each student with the required skills and knowledge to meet the fast-changing world of technology. In this highly informative article, we shall dissect the entire syllabus, admission procedure, scope, job roles, salary expectations, and other benefits associated with this degree. 

What is Electrical Engineering? 

Electrical engineering entails the study, design, and application of electrical systems and devices, from small circuits to large power grids. It fundamentally impacts modern technology with capabilities in energy, telecommunications, and automation, and it is very important for future innovation and infrastructure development. 

Who Can Pursue a Bachelor of Electrical Engineering? 

The Bachelor of Electrical Engineering is suitable for students who have an interest in technology, problem-solving, and innovation. Students who have a strong mathematics and physics base as well as some experience in computer science will also do well on this course. It is suitable for people who plan to engage in occupations based on electrical systems mainly energy sectors, communications, electronics industries, and manufacturing firms. 


Key Skills for Electrical Engineering Students: 

  • Teamwork ability and collaboration on complex projects.
  • Strong understanding of mathematics and physics.
  • Interest in technology and innovation.
  • Ability in analytical thinking and problem-solving skills.
  • Attention to detail and accuracy in design and implementation. 

Subjects and Syllabus of Bachelor of Electrical Engineering 

The curriculum of a Bachelor of Electrical Engineering is designed to provide students with a sound knowledge of both theoretical concepts and practical applications. The subjects covered typically are as follows: 


Year 

Subjects 

First Year 

Engineering Physics, Basic Mechanical Engineering, Communication Skills, Engineering Chemistry, Engineering Graphics, Basic Computer Engineering 

Second Year 

Mathematics-III, Network Analysis, Power Systems-I, Ecology & Society, Electrical Measurement & Instrumentation, Electromagnetic Fields 

Third Year 

Control Systems, Electrical Machine II, Analog & Digital communication, Power Systems-II, Digital Signal Processing, FACTS Devices 

Fourth Year 

Power Quality, Electrical Drives, Electrical Machines III, Computer Application to Power System, EHV AC & DC, Electrical Installation Maintenance & Training 



Besides theoretical learning, students undergo lab work, practical sessions, and industrial internships to obtain practical input. Projects and case studies form an integral part of the curriculum and enable students to bring real-life applications to their conceptual understanding. 


Admission Process for Bachelor of Electrical Engineering 

To get admission to the Bachelor of Electrical Engineering program, criteria need to be met, and exams vary according to the institution a student needs to clear. 


Eligibility Criteria: 

  • Completed 10+2 with PCM as a major subject.
  • A minimum percentage in 12th-grade exams based on the requirement of institutes, mostly 50% or above. 


Entrance Exams: 

  • JEE Main and Advanced: This exam is a mandatory requirement to get admission into any renowned institute like IIT and NIT.
  • State-Level Entrance Tests: Entrance tests like KCET, MHT CET, WBJEE are given for college entries into engineering studies in state-level engineering colleges. 
  • University Specific Entrance Tests: Private universities including BITS Pilani (BITSAT), VIT (VITEEE) and many more conduct entrance tests exclusive to them.


Application Process: 

  • Register for the entrance exams relevant to your chosen institutions.
  • Appear for the exams, and after the results are declared, participate in the counseling process to secure admission.
  • Submit required documents during admission and complete formalities. 


Tips for Exam Preparation: 

  • Focus on strengthening concepts in Physics, Chemistry, and Mathematics.
  • Solve previous years’ papers and practice mock tests. 
  • Develop a structured study plan that includes time for revision.


Best Electrical Engineering Colleges in India 

India has numerous institutions that offer top-notch electrical engineering programs. When choosing a college, consider factors like faculty expertise, research opportunities, industry collaborations, and placement records. 


Criteria for Choosing the Best Electrical Engineering College: 

  • Faculty: Look for institutions with experienced professors and research experts in electrical engineering.
  • Infrastructure: The college labs, well-equipped with modern technology and research facilities, provide good exposure.
  • Placement Record: Of good placement range and have established contacts with top companies in the electrical engineering domain. 


Top Government Colleges for Electrical Engineering 

Government institutions are well renowned for their difficult academic programs and excellent faculty. Among the top government colleges offering courses in electrical engineering are: 


  • Indian Institutes of Technology (IITs): Known for leading in research, innovation, and industry placements.
  • National Institutes of Technology (NITs): For outstanding performance in the production of skilled engineers with excellent industry networks.
  • Delhi Technological University (DTU): Known for some of the cutting-edge programs in electrical engineering in research and innovation.
  • College of Engineering, Pune (COEP): One of the oldest engineering colleges with pride of its excellence in academics.

Top Private Colleges for Electrical Engineering 

Many private colleges in India offer even the best programs in electrical engineering. They are known for working facilities besides their industry collaborations. Some of the best private colleges include: 


  • C.V. Raman University, Bilaspur, Chhattisgarh: The institute offers a comprehensive and practical electrical engineering course in a varied environment.
  • Birla Institute of Technology and Science (BITS Pilani): They are well-renowned for high academic rigor and high placement records.
  • Vellore Institute of Technology (VIT): Gears of innovations in electrical engineering with benchmarking capabilities across the world.
  • Manipal Institute of Technology (MIT): A holistic education for Electrical Engineering with strong placement support. 
  • SRM Institute of Science and Technology: Advanced research infrastructure and leadership in academic partnerships with global companies.


Scope of Electrical Engineering in India and Abroad 

Electrical engineering is a versatile field with a wide range of opportunities both in India and abroad. The increasing focus on renewable energy, automation, and smart infrastructure has led to a surge in demand for electrical engineers. 

Public and Private Sector Opportunities: 

  • Electrical engineers are essential in industries like energy generation, power distribution, telecommunications, and electronics manufacturing.
  • In the private sector, there are job opportunities in companies involved in automation, consumer electronics, and electrical systems design. 


Rising Demand in Renewable Energy: 

  • As the world shifts towards sustainable energy solutions, the demand for electrical engineers in the renewable energy sector (solar, wind, and hydropower) is increasing.

Global Opportunities:

  • Countries focusing on smart infrastructure, telecommunications, and renewable energy (e.g., the USA, Germany, UAE) need skilled electrical engineers, providing excellent international career opportunities.

Job Roles and Career Opportunities in Electrical Engineering 

A lot has to be achieved after completing a degree in electrical engineering. Job roles commonly involved include:  


  • Electrical Design Engineer: Designing systems and their components for electrical applications.
  • Power Systems Engineer: Generation, transmission, and distribution of electrical power is what he strives to achieve.
  • Control Systems Engineer: His objective is to develop automated systems in the industries of manufacturing and aerospace.
  • Telecommunications Engineer: Design and maintenance of communication systems and networks are his job roles.
  • Embedded Systems Engineer: Design of embedded systems for smartphones, automobiles, and medical equipment.  


Government Roles: 

  • Many of the opportunity areas lie in the PSUs like BHEL, NTPC, and ISRO as well as utility and energy companies.

Private Sector: 

  • Electrical engineers are in high demand in these sectors and fields, like electronics manufacturing, automation, telecommunication, and energy.

Emerging Fields: 

  • The Internet of Things, electric vehicles, and artificial intelligence are the newer emerging fields with enormous opportunities for young electrical engineers.


Electrical Engineer Average Salary Expectations 

Entry-Level Salary: 

  • Graduates in the electrical engineering field may expect average salaries between INR 3 to 6 lakhs per annum in India.
  • Internationally, entry-level salaries range between $60,000 to $80,000 depending on the country and industry.

Mid-Career Salary Growth: 

  • As for, an electrical engineer, with experience and expertise, can earn as much as INR 10 to 20 lakhs a year in India.
  • International markets would expect salaries in the range of $80,000 to $120,000 for a mid-career professional. 

Impact of Specializations: 

  • Fields like renewable energy, automation, and power electronics offer higher pay due to the growing demand for expertise in these areas.

Global Salary Trends: 

  • Salaries offered to electrical engineers in the USA, UK, and Germany are attractive, especially in green energy, automation, and smart grid technologies.


Advantages of Pursuing a Bachelor's in Electrical Engineering

  • Varied Career Options: Electrical engineers can be offered jobs in the energy, electronics, and telecommunications sectors, among others.
  • High Rate of Demand: As technology is continually evolving and changing, electrical engineers continue to be in high demand worldwide.
  • Work on breakthrough technologies: Electrical engineers are working on AI, robotics, IoT, and solutions in renewable energy. 
  • Higher Study Opportunities: Pass-outs can take higher studies in M. Tech, MBA, or certifications such as PMP, Six Sigma, and many more. 

Conclusion 

A degree in Electrical Engineering leads to a lively and very rewarding kind of career. The skills and knowledge obtained through this program allow graduates to contribute to advancements in technology, energy, and infrastructure. 


Build Your Electrical Engineering Career with CVRU – Apply Now! 

Start your bright future with the C V Raman University's Electrical Engineering programs. Apply now and be a part of the future of technology! 

Apply Now Enquiry Now WhatApp Now