B.E - Electrical and Electronics Engineering

Overview :

B.E. Electrical and Electronics Engineering is a 4-year undergraduate level degree aimed towards imparting knowledge and applying the concepts of Electrical and Electronics Engineering to solve industry-related problems and issues.

It is a popular engineering course in India that teaches students how to design and analyze electrical systems.  Students learn about a variety of topics, including Circuit Theory, Digital Electronics, Electromagnetic Fields, Power Electronics, Microprocessors, and Control Systems.

EEE offers specializations in areas such as Power Systems, Control Systems, Electronic Devices, and Communication Systems.

To join the undergraduate program in top colleges, students should have chosen Physics, Chemistry, and Mathematics and appear for JEE examinations.

EEE graduates can work in a variety of industries, including Energy, Automotive, Telecommunications, and Manufacturing.  They Design and Maintain Electrical Equipment, Develop Electronic Circuits, and Manage Power Generation & Distribution.

Some Highlights of B.E  Electrical and Electronics Engineering:

Top Colleges Offering B.E  Electrical and Electronics Engineering:

• Indian Institute of Technology, Kharagpur
  
• NIT Karnataka
  
• NIT Calicut
  
• Vellore Institute of Technology
  
• NIT Warangal
  
• Indian Institute of Technology (BHU) Varanasi
  
• National Institute of Technology Tiruchirappalli
  
• Indian Institute Of Technology Roorkee
  
• Indian Institute Of Technology–Madras (IIT–Madras)
  

Why to choose  B.E. in Electrical and Electronics Engineering?

There are several compelling reasons to pursue a B.E. in Electrical and Electronics Engineering (EEE) in India:

High Job Demand and Diverse Opportunities: Electrical and Electronics Engineering graduates are in high demand across various industries such as Power Generation and Distribution, Telecommunications, and Electronics Design. The versatility of the degree opens up numerous career paths, including roles in Research and Development at academic and industrial institutions.

Multi-Dimensional Career: EEE is a dynamic field that offers opportunities for skill development and career growth. Engineers can specialize in various areas such as power systems, electronics, telecommunications, and automation, ensuring that there is always room for learning and progression.

Hands-On Work and Variety: Electrical and Electronics Engineering is a practical, hands-on field where graduates can work on diverse projects. Unlike some desk-bound jobs, EEE professionals often engage in designing, testing, and troubleshooting systems, making the work engaging and varied.

Competitive Salaries: Electrical and Electronics Engineers enjoy attractive salaries, even early in their careers. With experience, they can earn lucrative packages, especially if they specialize in high-demand areas like AI, machine learning, or renewable energy.

Global Opportunities: The demand for Electrical and Electronics Engineers is not limited to India. With global technological advancements, EEE professionals are sought after around the world, offering international job prospects and the chance to work with top companies across the globe.

Emerging Fields: EEE professionals are at the forefront of cutting-edge technologies like renewable energy, automation, artificial intelligence (AI), and machine learning (ML). As industries increasingly adopt these technologies, the demand for skilled EEE engineers in these fields continues to rise.

Constantly Evolving Field: The field of Electrical and Electronics Engineering is always evolving, driven by advancements in technology. This constant change ensures that engineers have access to new challenges, opportunities for innovation, and the ability to work on projects that shape the future of technology.

A B.E. in Electrical and Electronics Engineering (EEE) is an excellent choice for those interested in technology, problem-solving, and hands-on work. With high demand across various industries, opportunities for global exposure, and the chance to work on emerging technologies, EEE offers a rewarding and future-proof career path. Whether you're interested in power systems, electronics design, automation, or AI, this degree provides the foundation for a successful and dynamic career.

• Admission Procedure For B.E Electrical and Electronics Engineering:

In India, admission to Bachelor of Electrical and Electronics Engineering is based on merit or Entrance exam.  The latter typically involves qualifying in national or state-level engineering entrance exams such as JEE Main or any other exams. 

Merit-Based Admissions:

• Visit either the official website of the Institute for the online application form OR the college campus/ admission office of the Institute/college itself for the B.E.
• Download and fill the Electrical and Electronics Engineering Admission Application form as per instructions.
  
• Upload (if online) or present (offline) the required attested documents and photocopies in the prescribed dimensions.
  
• Finally, after the processing of applications, the final list of the selected candidates/merit list is released after other admission rounds such as Group Discussions and Personal Interview (if any).
  

Entrance-Exam Based Admissions:

• Passing 12th Science (PCM) with a minimum score
• Appearing for exams like JEE Main, GATE (for postgraduate courses), or State or University-specific exams
• Securing a seat through counseling based on rank
• Submitting documents for verification and completing formalities at the allotted college
• Some states also conduct their own Engineering Entrance Exams.

Eligibility For B.E. Electrical and Electronics Engineering:

To be eligible for a B.E. in Electrical and Electronics Engineering (EEE) in India, you typically need to:

• Pass 12th grade with Physics, Chemistry, and Math as core subjects from a recognized Institute or Board with a minimum score, which is often around 50% or higher. Some categories may be eligible for relaxations.
• Qualify for an entrance exam like JEE Main, or state/university-specific exams. Some other entrance exams include VITEEE, SRMJEEE, CUCET, KEAM, TS EAMCET, and WBJEE.
• The Admission process is done through Online and Offline mode.

Career Opportunities for B.E Electrical and Electronics Engineering:

Electrical and Electronics Engineering (EEE) is a lively and versatile field that opens up abundant rewarding career opportunities.

• The career opportunities for B.E graduates in EEE are plentiful in recent years. The BE EEE course itself is a one relevant in modern times as it is very important to understand the design and validation of electronic equipment and its technology.
• An Electrical & Electronics Engineer designs, develops, and keeps the electrical, electronics, and computer control machine to the specified specifications, and specializes in the economy, reliability, safety, sustainability, and quality.
• Electronic and electrical engineers are highly employable and can find work in many areas.  The candidate can apply for lucrative job positions in various industries and companies including Electronics, Electrical, Automotive, IT, Gaming, Telecoms, Manufacturing, Power, Transport, Utilities and Construction.
• The BE EEE job scope in India is that graduates can work in various fields with various job titles such as Telecom Electrical Engineer, Product Design Engineer, Professor, Lab Instructor, Electrical/Electronics Engineer, etc.

Jobs Opportunities After B.E Electrical and Electronics Engineering:

• Design & Validation Engineer
  
• Lab Instructor
  
• Electrical/Electronics Engineer
  
• Electrical Engineer
  
• Software Engineer
  
• Member of Indian Armed Forces
  
• Software Developer
  
• Technical Apprentice
  

Top Recruiters of B.E  Electrical and Electronics Engineering:     

• Wipro Lighting Corporate
  
• Bajaj Electricals
  
• Schneider Electric
  
• EMCO limited
  
• Havel’s India Limited
  
• ISRO
  
• JTO
  
• NTPC
  

Syllabus For B.E  Electrical and Electronics Engineering:

Semester I

Applied Mathematics – I
Applied Physics – I
Applied Chemistry – I
Manufacturing Process
Introduction to Computers and Autocad
Communication Skills – I
Impact of Science & Technology on Society

Semester II

Applied Mathematics – II
Applied Physics – II
Applied Chemistry – II
Introduction to Programming
Engineering Mechanics
Electrical Science
Communication Skills – II

Semester III

Applied Mathematics – III
Analog Electronics-I
Circuits & Systems
Electrical Engineering Materials
ElectroMechanical Energy Conversion – I
Data Structures

Semester VI

ElectroMechanical Energy Conversion – II
Analog Electronics-II
Power System – I
Control Engineering – I
Electromagnetic Field Theory
Power Station Practice

Semester V

Digital Electronics
Object Oriented Programming using C++
Communication Systems & Circuits
Electrical Measurement & Instrumentation
Database Management Systems
Organizational Behavior

Semester VI

Microprocessor
Power System– II
Power Electronics
Digital Signal Processing
Utilization of Electrical Energy
VLSI Design & its Applications

Semester VII

Electrical Drives
HVDC Transmission
Electives

Semester VIII

Advanced Control Systems
Flexible A.C. Transmission Systems
Elective