What is BTech Electrical Engineering: Course, Scope, Career, Admission & More

What is BTech Electrical Engineering All About?

Electrical engineering is the discipline of engineering that studies how electricity, electronics, and electromagnetic are used. Electric circuits and equipment are designed by trained electrical engineers. They design, manufacture, and operate power plants, industrial machinery, electrical motors, computer chips, and ignition systems for automobiles, aircraft, spacecraft, and all types of engines.

A certified electrical engineer can operate in a variety of fields, including computers, cell phones, electronic devices, radars, navigation systems, power plants, and so on.

To know more about the salary, scope, fees, benefits, jobs, entrance exam, subject, project topics, syllabus, career, eligibility & more of electrical engineering, read ahead.

BTech Electrical Engineering: Course Highlights

BTech Electrical Engineering Course Level:Undergraduate
BTech Electrical Engineering Course Duration:4years
BTech Electrical Engineering Course Eligibility:Minimum 50% in 10+2 with PCM as the main subjects.
BTech Electrical Engineering Course Admission Process:Direct Admission or on the performance of the candidates in the Entrance Test.
BTech Electrical Engineering Course Major Entrance Exams:JEE mains, JEE Advanced, BITSAT, etc.
BTech Electrical Engineering Course Fee:INR 4,00,000 to INR 10,00,000
BTech Electrical Engineering Course Average Salary:INR 3.6 LPA – INR 6.5 LPA
Top Hiring Companies for BTech Electrical Engineering Course Graduates:Bharat Heavy Electricals Limited, Siemens, ABB India Limited, Havells India Limited, etc.

BTech Electrical Engineering: Eligibility Criteria

Electrical Engineering can be studied as a graduate or postgraduate degree. The following are the conditions that must be met to pursue Electrical Engineering:

  • Class 12 pass in PCM/PCMB topics with at least 50% in aggregate from a recognized institution or university or equivalent is the minimum eligibility criteria for Electrical Engineering (BTech).
  • A BTech degree in electrical engineering is required to pursue Electrical Engineering at the postgraduate level.

BTech Electrical Engineering: Admission Process

  • Every college has its own admissions process. Admission is either direct or based on the candidates’ performance in the entrance exam. For admission to the country’s best engineering universities, there are a variety of national and state-level entrance exams.
  • These examinations are generally carried out between December and May. The process of counselling begins quickly after the results are announced. A few places are also earmarked for management quota candidates in some colleges.

BTech Electrical Engineering: Syllabus & Subjects

Generally, the following subjects are offered. The curriculum details are given below:

  • Engineering Graphics
  • Engineering Materials
  • Computer Programming & Information Technology
  • Electrical Technology
  • Engineering Mechanics
  • Electronics & Instrumentation
  • Applied Thermodynamics
  • Circuit Theory
  • Digital Circuits
  • Data Structures
  • Electrical Machines
  • Electrical Measurements
  • Digital Signal Processing
  • Electrical Machines-II
  • Field Theory
  • Microprocessors & Computer Organisation
  • Electric Power Generation
  • Electrical Machine & Power System Design
  • Instrumentation

BTech Electrical Engineering Salary in India

In various areas, the average pay after a B.Tech in Electrical Engineering is roughly INR 4 – 10 LPA. The type of industry one chooses to work in and the job title is two more elements that influence income. Electrical engineers can choose from a variety of work prospects in a variety of fields.

BTech Electrical Engineering Entrance Exam

Following are a few important entrance exams given by electrical engineering aspirants:

  • THAT
  • NATA
  • JEE Main
  • JEE Advanced
  • SRMJEEE

Why BTech Electrical Engineering: Top Reason to Choose BTech Electrical Engineering

Nowadays, the majority of devices are powered by electricity, which is becoming increasingly popular due to its environmental benefits. As a result, everything is being replaced by electricity, such as electric bikes and electric cars, which expands opportunities for electrical engineers.

Electronics have become an integral part of our daily lives. This helps obtain an understanding of power systems and computer systems, and the market for electronic goods is growing every day, therefore electrical engineers have a bright future ahead of them.

Technology advancements, as well as the introduction of Artificial Intelligence (AI) and Industry 4.0, have increased the possibilities even more.

The BTech in Electrical Engineering programme gives students a foundation in engineering fundamentals as well as a deeper grasp of electrical engineering and its applications.

Required Skills for BTech Electrical Engineering

An EEE student must have the following skills:

  • Applying Critical Thinking

Engineers have a natural ability to solve problems. As an electrical engineer, you’ll be called on to think rationally and analyze strengths and weaknesses, as well as propose alternate answers, approaches, and conclusions to problems. Critical thinking assists in ensuring that everything operates smoothly and efficiently.

  • 2. Circuit Layout

Circuit design is one of the most fundamental abilities you’ll need. How can you hope to mend or design circuits if you don’t have a thorough understanding of how they work? Don’t worry if you’re not familiar with circuit design. It’s the initial phase of your training in how electronics work, so once you start your degree, you’ll be ready!

  • 3. Electrical and instrumentation measurements

Because reading and manipulating electrical instruments will be a large part of your profession, you’ll need to be very good at it. Testing electrical currents and how different components interact is an important part of both repairing and building new devices. A circuit that receives too little electrical current may fail to function, whereas one that receives too much may explode, catch fire, or melt.

  • 4. Participatory Learning

An engineer’s education does not finish with a bachelor’s degree. This is only the beginning of your active learning adventure. At all times, you must be up to speed with the most recent information. You will frequently find yourself in need of further information to satisfy the ever-increasing demands of this profession. Every employer values the capacity to quickly learn new skills.

  • 5. Interpersonal Communication 

Electrical engineering knowledge is one thing; putting it to use is quite another. To be a valuable employee, you must be able to communicate well with others. It is critical to know how to work as part of a team and deal with a variety of clients to assist them in solving their problems.

Career & Jobs Opportunities After BTech Electrical Engineering

After pursuing electrical engineering, one can work as:

  • Power engineer
  • Telecommunication engineers
  • Control And Instrumentation Engineer
  • Electronics Engineer
  • Broadcast Engineer
  • Electrical Engineer
  • Design Engineer
  • Nuclear Engineer
  • Consultant
  • Systems Analyst

Scope of BTech Electrical Engineering

BTech Electrical Engineering graduates have the opportunity to work in renowned positions in a variety of electrical engineering fields. Energy, oil & petroleum, power generation, engineering consultancy, and pharmaceuticals are some of the most preferred fields for BTech Electrical Engineering students.

Candidates may pursue further education. After completing their BTech programme, many engineering students pursue an MTech or MBA. This is designed specifically for students who want to stay in academia and conduct research.

Students with a BTech in Electrical Engineering can work for both the government and private sectors After completing the course, they will be able to seek positions in private companies. They must take additional exams such as the IES or UPSC in order to work in government offices.

Senior Electrical Manager, Lecturer, Professor, Maintenance Engineer, Mechanical Engineer, and many other job profiles for BTech Electrical Engineers are among the most common.

Top 10 Recruiters for BTech Electrical Engineering Graduates in India 

Listed below are some of the top companies which recruit Electrical Engineers in various capacities:

  • Bharat Heavy Electricals Limited
  • Siemens
  • ABB India Limited
  • Havells India Limited
  • Adani Power Limited
  • Crompton Greaves
  • Jindal Steel & Power Limited
  • Bajaj Electricals Limited
  • Alstom India Limited
  • General Electrics
  • Larson & Turbo
  • Tata Electric Companies
  • Philips
  • Gujarat Industries Power Company Limited
  • Wipro
  • Kirloskar Group

Top Recruiting Industries

Electrical engineers have a wide range of technical skills and can work in a variety of industries, from electronics to automobiles. The following are some of the industries where electrical engineers are needed:

The following are the areas of recruitment:

  • Chemical and Pharmaceuticals Industry
  • Hydraulics and Pneumatic Control manufacturing
  • Automotive Industry
  • Power and Energy Industry
  • Civil Aviation Industry
  • Aerospace Industry
  • Power Plants
  • IoT and Embedded Systems
  • Software and Technical Solutions
  • Air Conditioning and Refrigeration Industry

 BTech Electrical Engineering: Interview Questions and Answers for Freshers

The following are some frequently asked questions and their answers:

  • Tell me a little about yourself.

Talk about your accomplishments and strengths, and be precise. However, don’t start telling your resume or the employer may become bored.

  • What makes you so special that we should recruit you?

This question is designed to determine how well you understand your own abilities and how confident you are in them. The easiest way to respond to this question is to list the skills and qualities you possess that may be relevant to the job you are looking for.

  • In five years, where do you see yourself?

This question is used by interviewers to assess an applicant’s foresight and commitment to the hiring company. Although responding to this question as a fresher can be difficult, it is preferable to do so by stating how you have lofty goals for the future and how the company you’re interviewing with can help you reach them.

  • What are some of your interests?

Inquiring about your personal life allows the interviewer to get a sense of your personality and how you unwind after work. When you respond, show enthusiasm while also assuring the interviewer that your interests will not interfere with your work.

Courses to Do After BTech Electrical Engineering

Engineering, fortunately, includes many fields and sub-disciplines that cater to the personal interests of the young aspirant straight out of college. This list gives information and clarity on the most appropriate courses (both in the Core and Software fields) that will ensure that people who have decided to pursue higher education following their foundation degree in Electrical and Electronics Engineering reach their full potential.

  1. Automation Training
  2. Robotics and Humanoids (Electronics)
  3. C-Dac
  4. Power Systems and Solar Panels (Electrical and Electronics)
  5. Programming Language (Software)

 BTech Electrical Engineering: Related FAQS

Q1: What do Electrical engineers do?

Electrical engineers deal with electrical components, devices, systems, and machinery to design, generate, and distribute electrical power and equipment in new and more efficient ways. They also do maintenance and repairs.

Q2: What is the difference between Electrical engineering and electronics engineering?

Comparing the meanings of electric and electronic engineering is like comparing the meanings of the words electric and electronic. Electrical gadgets turn electrical energy into heat, light, or sound. To complete a task, electronic gadgets regulate the flow of electrons. Electronic engineering focuses on smaller electronic circuits, whereas electrical engineering is concerned with large-scale production and distribution of electrical power.

Q3: Is Electrical Engineering a good job?

Electrical engineering is a potential career choice for young professionals because there are thousands of employment openings in the sector. You can work in virtually any profession that needs energy, from government agencies to commercial IT corporations.

Q4: What is the eligibility criteria for BTech in Electrical Engineering?

Candidates who have passed the Class 12 exam with Physics, Chemistry and Mathematics as main subjects can apply for Electrical Engineering admission.

Summary

To sum up, BTech Electrical Engineering is a four-year undergraduate degree programme in electrical engineering. The focus of the Electrical Engineering course is on electricity and its principles. It also covers a variety of electronic and electromagnetism-related subjects. It concentrates on electrical engineering’s industrial applications. The majority of BTech Electrical Engineering admissions are based on entrance examinations. A few colleges, however, admit students directly based on their results in the 10+2 board exam. The course is one of the most sought-after courses and has a wide scope in future.

An immersive BTech Electrical Engineering programme is available at MIT School of EngineeringMIT ADT University. Strong working relationships with firms such as Larsen and Toubro, Philips, Wipro, among others. At a career centre, students can learn how to get a job or conduct an interview. At the college, there is infrastructure support. You’ll be able to receive whatever you require. There are a variety toof high-tech classrooms available. There are recreational facilities and pleasant dorms, as well as a well-stocked library. The campus is surrounded by lush nature, including trees and grass. Rules are strictly enforced and discipline is maintained in hostels. The professors at the college are highly qualified, with numerous PhDs among them. In today’s schools, smart boards and Google classrooms have rendered the traditional chalk method obsolete.

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