Electronics & Communication Engineering Admissions , Fees, Syllabus, Exams, Career, Placement, Scope

 

Electronics Engineering: An Overview

Introduction

Electronics Engineering is a dynamic field that involves the design, development, and application of electronic circuits, devices, and systems. This field is crucial for the advancement of modern technologies, making it a cornerstone in various industries. It encompasses the creation of semiconductors, integrated circuits, communication systems, and digital electronics. As a subfield of Electrical Engineering, Electronics Engineering offers vast opportunities and is integral to technological innovation.

Industry Growth in India

The Indian electronics industry is booming, driven by the demand for consumer electronics and government initiatives like 'Make in India.' There is a significant focus on Very-Large-Scale Integration (VLSI) design, which deals with creating complex integrated circuits. Electronics engineers play a pivotal role in advancing technologies like Artificial Intelligence (AI), the Internet of Things (IoT), and robotics. Career opportunities are abundant in sectors such as consumer electronics manufacturing, telecommunications, aerospace, defense, medical electronics, and research and development institutions.

Eligibility Criteria

1. BTech Degree: Requires a 10+2 pass certificate with Physics and Mathematics as mandatory subjects and a minimum score of 50% or as specified by individual universities.
2. Diploma in Electronics Engineering: Typically requires a 10th pass certificate with a minimum of 50% marks in Mathematics and Science.

Entrance Exams

Admission to BTech programs is through national-level exams like JEE Main, state-level engineering exams, or university-specific entrance exams.

Top Institutions

Notable institutions offering Electronics Engineering courses include:

• Indian Institutes of Technology (IITs)
• National Institutes of Technology (NITs)
• Indian Institutes of Information Technology (IIITs)
• Birla Institute of Technology and Science (BITS)
• Indian Institutes of Science Education and Research (IISERs)

Career Opportunities

Electronics Engineering graduates can pursue careers in various sectors, including:

• Consumer electronics
• Telecommunications
• Aerospace
• Healthcare
• Robotics
• Embedded systems

Specializations

Universities offer specialized BTech courses in areas like:

• Microelectronics
• VLSI Design
• Communication Engineering
• Control Systems

Course Duration

• BTech: Four years
• Diploma: Three years

Higher Studies

Electronics Engineering graduates can pursue Master's programs (MTech) in related fields both in India and internationally.

Salary Potential

Graduates can expect competitive salaries, which increase with experience and specialized skills.

Table of Contents

1. Electronics Engineering: Highlights
2. What is Electronics Engineering Course?
   • Why pursue Electronics Engineering?
   • What is the scope of Electronics Engineering?
3. Electronics Engineering Eligibility Criteria
4. Electronics Engineering Entrance Exams 2024
5. Electronics Engineering Courses
6. Electronics Engineering Syllabus
7. Top Electronics Engineering Colleges
   • Top Electronics Engineering Government Colleges
   • Top Electronics Engineering Private Colleges
8. Electronics Engineering Career, Scope and Job Profiles
   • Electronics Engineering Top Recruiters
9. Frequently Asked Questions (FAQs) regarding Electronics Engineering

Electronics Engineering: Highlights

• Course Name: Electronics Engineering
• Course Full Form: Bachelor of Technology (BTech), Master of Technology (MTech), Doctorate (PhD), Diploma
• Course Level: Undergraduate, Postgraduate, Doctorate, Diploma
• Admission Process: Entrance Exam Based
• Course Fees: INR 1 lakh to INR 10 lakh per annum
• Entrance Exams: JEE Main, JEE Advanced, COMEDK UGET, etc.
• Top Colleges: IITs, NITs, DTU, SRM University, NIT Rourkela
• Average Salary: INR 4 - 7 LPA
• Top Recruiters: Infosys, Intel, Siemens, BEL, DRDO, Antrix, Nokia, BEL
• Top Job Profiles: Electronics Engineer, Instrumentation Manager, Network Planning Manager, Communication System Operator, Technical Head

Electronics Engineering Course Details

Course Structure

• Diploma Course: 3-year full-time course after Class 10.
• UG Course (BTech): 4-year course focusing on conceptual learning and applications.
• PG Course (MTech): 2-year specialization course after graduation.
• Doctoral Course (PhD): Advanced research-oriented course after post-graduation.

Syllabus Overview

The undergraduate syllabus includes subjects like Applied Mathematics, Physics, Chemistry, Digital Systems, Control Systems, VLSI Design, Power Electronics, and more.

Top Colleges

Government Colleges

• IIT Bombay: INR 1 lakh
• IIT Delhi: INR 20,000
• IIT Guwahati: INR 15,000 - 8 lakh
• IIT Hyderabad: INR 60,000
• IIT Madras: INR 20,000
• IIT Kharagpur: INR 10 lakh
• IIT Roorkee: INR 11 lakh
• Jadavpur University: INR 5000 - 21,000
• NIT Rourkela: INR 4 - 5 lakh
• NITK Surathkal: INR 1- 5 lakh
• NIT Trichy: INR 45,000 - 5 lakh

Private Colleges

• Amrita School of Engineering: INR 4- 14 lakh
• BITS Pilani: INR 20 lakh
• KIIT School of Engineering: INR 10- 15 lakh
• Lovely Professional University: INR 10 lakh
• Manipal University: INR 3- 13 lakh
• SASTRA Deemed to be University: INR 6 lakh
• SOA University: INR 5- 9 lakh
• SRM University: INR 3- 10 lakh
• Thapar University: INR 3- 15 lakh
• VIT Vellore: INR 1- 7 lakh

Career and Job Profiles

• Electronics Engineer: INR 3 to 4 LPA
• Technical Head: INR 10 to 12 LPA
• Communication System Operator: INR 1 to 3 LPA
• Network Planning Manager: INR 5 to 6 LPA
• Instrumentation Manager: INR 6 to 7 LPA

Top Recruiters

• BEL
• Nokia
• DRDO
• Antrix
• ISRO
• Intel
• DMRC
• Siemens
• TCS
• Nvidia
• Wipro
• Apple
• Motorola
• Accenture
• Samsung
• HCL
• Tech Mahindra

FAQs

What is the difference between Electronics Engineering and Electrical Engineering?

Electronics Engineering focuses more on low-voltage systems, circuits, and devices, while Electrical Engineering deals with high-voltage systems and large-scale electrical power systems.

What is the eligibility criteria for pursuing BTech Electronics Engineering?

Students must have passed Class 12 with Physics and Mathematics as compulsory subjects, with a minimum aggregate score of 50%, and must qualify for the relevant entrance exam.

What is the average fee for admission to the BE Electronics Engineering course?

The average fee ranges from INR 1 lakh to INR 10 lakh per annum, depending on the institution.

Is there a possibility for Electronics Engineers to get a job in DRDO?

Yes, Electronics Engineers can secure jobs in DRDO, provided they meet the eligibility criteria and clear the selection process.

Can Electronics Engineers become a professor after pursuing BTech?

Yes, they can, but typically after completing higher studies like MTech and qualifying exams like NET or SET.

What are some of the top companies to pursue an internship after completion of BE Electronics Engineering Course?

Top companies include Intel, Siemens, Infosys, and DRDO.

What is the scope of Electronics Engineering?

Electronics Engineering offers a wide range of career opportunities in various sectors, including telecommunications, consumer electronics, aerospace, healthcare, and more.

Guide to Electronics Engineering Courses

Electronics engineering courses are designed to impart comprehensive knowledge and skills related to the manufacturing, functioning, and repairing of electronic devices. These courses cater to individuals with a keen interest in the electronics domain, offering a deep dive into various aspects of electronics engineering. Admissions to these courses are available under BE/BTech, BSc, and ME/MTech programs across numerous public and private universities and institutes in the country. This detailed guide provides all the necessary information about electronics engineering courses, including eligibility criteria, top colleges, application processes, and entrance examinations.

Table of Contents

1. Electronics Engineering Courses: BE/BTech 1.1. Eligibility Criteria for BE/BTech Electronics Engineering Course 1.2. Top Colleges for BE/BTech Electronics Engineering Course 1.3. Admission Process for BE/BTech Electronics Engineering Course
2. BSc in Electronics 2.1. BSc in Electronics Eligibility Criteria 2.2. Top Colleges for BSc Electronics Course 2.3. BSc Electronics Entrance Examinations
3. Electronics Engineering Courses: ME/MTech 3.1. Eligibility Criteria for ME/MTech Electronics Engineering Course 3.2. Top Colleges for ME/MTech Electronics Engineering Course 3.3. Entrance Examinations for ME/MTech Electronics Engineering
4. Electronics Engineering Courses: FAQs

Electronics Engineering Courses: BE/BTech

BE/BTech Overview

BE (Bachelor of Engineering) and BTech (Bachelor of Technology) in Electronics Engineering are full-time four-year undergraduate programs. These courses serve as an entry point for students into the field of electronics engineering, covering the basics in the initial years followed by core subjects in the later years. The curriculum combines theoretical and practical knowledge, encompassing areas like analogue circuits, digital circuits, microprocessors, and microcontrollers. Practical sessions enable students to apply theoretical knowledge through hands-on experience.

1.1. Eligibility Criteria for BE/BTech Electronics Engineering Course

To apply for BE/BTech in Electronics Engineering, candidates must meet the following criteria:

• Educational Qualification: Candidates should have passed Class 12 from a recognized board.
• Subject Requirements: Candidates should have studied Physics, Chemistry, and Mathematics as main subjects.
• Minimum Marks: Candidates should have secured a minimum of 50% marks in aggregate (this requirement may vary by institute).

1.2. Top Colleges for BE/BTech Electronics Engineering Course

Public Colleges

• IIT Patna
• NIT Warangal
• Jadavpur University
• NIT Calicut
• NIT Silchar
• College of Engineering, Pune
• IIIT Allahabad
• IIIT Bhubaneswar
• Government College of Engineering, Nagpur
• Walchand College of Engineering
• NIT Jamshedpur
• CIT Coimbatore
• Madras Institute of Technology
• NIT Sikkim

Private Colleges

• VIT Vellore
• Manipal Institute of Technology
• BITS Pilani
• VIT Pune
• RV College of Engineering
• SRM Institute of Science and Technology, Chennai
• Thakur College of Engineering and Technology
• Pimpri Chinchwad College of Engineering
• Sardar Patel Institute of Technology
• GL Bajaj Institute of Technology and Management
• Symbiosis Institute of Technology, Symbiosis International, Pune
• Ramaiah Institute of Technology

1.3. Admission Process for BE/BTech Electronics Engineering Course

Admission to BE/BTech Electronics Engineering courses is primarily through engineering entrance examinations. Candidates must qualify in these exams to secure admission. Some of the popular entrance exams include:

• JEE Main
• JEE Advanced
• AP EAMCET
• KCET
• BITSAT
• SRMJEEE
• VITEEE
• KEAM
• WBJEE
• MHTCET
• GUJCET

BSc in Electronics

BSc in Electronics Overview

BSc in Electronics is a three-year undergraduate program that delves into the fundamentals of Analogue Electronics, Communications, Electromagnetic, Digital System Design, Optoelectronics, and Mathematics. The course is divided into six semesters, providing a comprehensive understanding of the construction, design, operation, and application of electronic equipment.

2.1. BSc in Electronics Eligibility Criteria

To apply for a BSc in Electronics, candidates must meet the following criteria:

• Educational Qualification: Candidates should have passed Class 12 from a recognized board.
• Subject Requirements: Candidates should have studied Physics, Chemistry, and Mathematics in Class 12.
• Minimum Marks: Candidates should have secured a minimum of 50% marks in aggregate.

2.2. Top Colleges for BSc Electronics Course

• Ramaiah College of Arts, Science and Commerce
• Mount Carmel College
• Kristu Jayanti College
• Hindu College
• MG Science Institute
• St. Xavier’s College
• St. Aloysius College
• IPS Academy
• The Oxford College of Sciences

2.3. BSc Electronics Entrance Examinations

Admission to BSc Electronics courses may require candidates to clear entrance examinations conducted by various universities. Some of the prominent entrance exams include:

• Banaras Hindu University Undergraduate Entrance Test (BHU UET)
• Bhaskaracharya College of Applied Sciences Entrance Exam
• Jamia Hamdard University Entrance Test

Electronics Engineering Courses: ME/MTech

ME/MTech Overview

ME (Master of Engineering) and MTech (Master of Technology) in Electronics Engineering are full-time two-year postgraduate programs. These courses offer in-depth study and research opportunities in specific branches of electronics engineering. The first year focuses on theoretical and practical learning, while the second year emphasizes major projects and industrial training.

3.1. Eligibility Criteria for ME/MTech Electronics Engineering Course

To apply for ME/MTech in Electronics Engineering, candidates must meet the following criteria:

• Educational Qualification: Candidates should possess an undergraduate degree in Electronics Engineering or an equivalent field.
• Academic Performance: Candidates should have passed each semester with no backlogs.
• Minimum Marks: Candidates should have secured a minimum of 50% marks in aggregate (this requirement may vary by institute).

3.2. Top Colleges for ME/MTech Electronics Engineering Course

Public Colleges

• IIT Bombay
• IIT Delhi
• IIT Kharagpur
• BITS Pilani
• NIT Trichy
• IIT Varanasi
• Anna University
• Jadavpur University
• College of Engineering, Pune
• IIIT Allahabad
• MNNIT Allahabad
• Netaji Subhas University of Technology

Private Colleges

• Vellore Institute of Technology, Vellore
• Birla Institute of Technology, Mesra
• Kalinga Institute of Industrial Technology
• D.Y. Patil College of Engineering
• Chennai Institute of Technology
• Thakur College of Engineering and Technology
• Pimpri Chinchwad College of Engineering
• PES University
• Symbiosis Institute of Technology, Symbiosis International, Pune

3.3. Entrance Examinations for ME/MTech Electronics Engineering

Admission to ME/MTech Electronics Engineering courses is typically through entrance examinations. Some of the popular exams include:

• GATE
• GPAT
• TANCET
• AP PGECET
• TS PGECET
• Karnataka PGECET
• OJEE
• WBUT PGET
• GAT PGT

Electronics Engineering Courses: FAQs

Q. How to secure admission to Electronics Engineering courses?

A. Candidates meeting the eligibility criteria can apply for the entrance examinations by filling out the respective application forms. After qualifying for the exams, candidates can participate in the counseling process for seat allocation.

Q. What is the eligibility criteria to apply for BE/BTech Electronics Engineering courses?

A. To apply for BE/BTech Electronics Engineering courses, candidates must have passed Class 12 with Physics, Chemistry, and Mathematics as main subjects, and secured a minimum of 50% marks in aggregate.

Q. Who can apply for BSc Electronics courses?

A. Candidates who have passed Class 12 with Physics, Chemistry, and Mathematics as main subjects from a recognized board can apply for BSc Electronics courses.

Q. What is the eligibility criteria to apply for ME/MTech Electronics Engineering course?

A. Candidates possessing an undergraduate degree in Electronics Engineering or an equivalent field with no backlogs and a minimum of 50% marks in aggregate can apply for ME/MTech Electronics Engineering courses.

Q. What is taught in Electronics Engineering courses?

A. Electronics Engineering courses cover the study of electronic devices and circuits, embedded systems, microprocessors, microcontrollers, digital electronics, and other related topics. The curriculum is designed to provide a mix of theoretical knowledge and practical skills in electronics engineering.

Electronics engineering offers a promising career with a wide range of opportunities in various industries. Whether you are starting with a BE/BTech, pursuing a BSc, or looking for advanced knowledge through an ME/MTech, electronics engineering courses provide a solid foundation and specialized expertise in this ever-evolving field.

Electronics Engineering: An In-Depth Analysis

Introduction to Electronics Engineering

Electronics Engineering is a branch of engineering that deals with the study and application of electronic circuits, devices, and systems. This field encompasses various sub-disciplines such as telecommunications, control systems, signal processing, and microelectronics. The discipline involves designing and developing electronic devices, integrated circuits, and systems using electrical components like semiconductors, transistors, and diodes.

In India, candidates interested in Electronics Engineering have a plethora of academic pathways to choose from, ranging from diplomas and undergraduate degrees to postgraduate and doctoral programs. This article provides a comprehensive overview of the syllabus, specializations, entrance exams, and top colleges for Electronics Engineering in India.

Table of Contents

1. Electronics Engineering Syllabus – Important Facts
2. List of Subjects in Electronics Engineering
   • 2.1 Typical Core Subjects
   • 2.2 Typical Elective Subjects
3. Electronics Engineering Syllabus in Detail
4. Specializations Offered in Electronics Engineering
5. Books and Authors Related to Electronics Engineering
6. Entrance Exams for Electronics Engineering
7. Syllabus for Distance Programme in Electronics Engineering
8. Top Colleges for Electronics Engineering
9. Electronics Engineering Syllabus: FAQs

Electronics Engineering Syllabus – Important Facts

Let's explore some fascinating aspects of the Electronics Engineering course:

• Course Duration: BE/BTech in Electronics Engineering is typically a 4-year program divided into 8 semesters. ME/MTech programs span 2 years and are divided into 4 semesters.
• Course Eligibility: Candidates must complete their 10+2 education with at least 50% marks to be eligible for BTech or BE courses in Electronics Engineering. For MTech or ME courses, candidates must hold a BE or BTech degree in Electronics Engineering.
• Scope in India: Electronics and computer engineering is a broad field with significant career prospects. Many manufacturing and tech companies hire electronics engineers to manage production facilities and develop new technologies.
• Syllabus Evolution: The core syllabus for Electronics Engineering has remained largely consistent. However, with emerging concepts like robotics and automation, new topics are regularly integrated into the curriculum.
• Examination Pattern: Exams are held at the end of each semester, comprising both theoretical and practical components. Credits are assigned to each subject.
• IIT vs. NIT Syllabus: The syllabus for Electronics Engineering in IITs and NITs is essentially the same, though IITs tend to emphasize practical work more than NITs.

List of Subjects in Electronics Engineering

Typical Core Subjects

1. Telecommunications Engineering: Focuses on improving and supporting telecommunications systems.
2. Embedded Systems Design: Combines hardware and firmware design to create embedded systems.
3. Microelectronics: Studies and constructs very small electronic designs and components.
4. Electromagnetic Engineering: Covers the design of electromagnets for various applications.
5. Control Engineering: Models dynamic systems and designs controllers to achieve desired behaviors.
6. Instrumentation Engineering: Measures and controls process variables in manufacturing environments.
7. VLSI Design Engineering: Designs system-on-chip modules according to input and output criteria.

Typical Elective Subjects

1. Computer Organisation and Architecture: Discusses the structure and components of computers.
2. Compiler Design: Teaches translation of computer codes and their optimization.
3. Artificial Intelligence: Explores innovative AI technologies and their applications in electronics.
4. Semiconductor Devices: Examines the behavior and properties of semiconductors.
5. Opto-Electronics: Covers devices that operate on both electrical energy and light.
6. Advanced Communication Engineering: Discusses modern communication systems and wireless networks.
7. Image and Video Processing: Focuses on processing videos, images, and signals.
8. Statistical Signal Processing: Teaches interpretation of signals using statistical methods.
9. Remote Sensing Systems: Explains analysis and processing of microwave data.
10. Speech Signal Processing: Covers techniques for monitoring and processing speech signals.

Electronics Engineering Syllabus in Detail

The syllabus for Electronics Engineering varies between colleges and universities and according to the specific course chosen by students. Below is a detailed outline of a typical BTech in Electronics Engineering syllabus:

Semester 1

• Mathematics-1: Sets, functions, continuity, and other mathematical concepts.
• Mechanics/English for Communication: Basic concepts of Electronics Engineering.
• Electrical Technology/Introduction to Programming and Data Structures: Basic data structures in computer systems.
• Introduction to Manufacturing Processes/Engineering Drawing and Graphics: Basics of manufacturing processes.
• Laboratory Subjects: Includes Electrical Technology Laboratory and Introduction to Programming and Data Structures Laboratory.

Semester 2

• Mathematics- II: Advanced mathematical concepts related to Boolean algebra and integration.
• Electronic Components and Devices: Study of electronic devices and components.
• Basics of IT: Introduction to information technology and its applications.

Semester 3

• Mathematics- III: Advanced mathematical concepts related to discrete mathematics.
• Introduction to Material Science and Engineering: Concepts of material science in Electronics Engineering.
• Introduction to BioScience and Technology: Bioscience and technology-related concepts.
• Signal and Systems: Different types of signals and their significance.
• Laboratory Subjects: Includes Introduction to Electronics Lab and Signal and Systems Lab.

Semester 4

• Introduction to Signal Processing/Communication Systems: Equipment and devices used to process signals.
• Environmental Science Technology and Management: Applications of environmental science in Electronics Engineering.
• Network Theory: Concepts related to networks and systems.
• Digital Electronic Circuits: Functions of digital circuits.
• Analog Communication: Basics of analog communication.
• Laboratory Subjects: Includes Digital Electronics Circuit Lab and Analog Communication Lab.

Semester 5

• Biomedical Systems: Design of biomedical systems.
• Electromagnetic Waves and Radiating Systems: Principles of electromagnetic waves and radiating systems.
• Digital Communication: Basics of digital communication.
• Microprocessor and Microcontroller: Role of microcontrollers and microprocessors.
• Laboratory Subjects: Includes Digital Communication Lab and Microprocessor and Microcontroller Lab.

Semester 6

• Satellite Communication Engineering: Concepts of satellite communication.
• Digital Signal Processing: Advanced concepts of digital signal processing.
• Control Systems: Meaning and applications of control systems.
• VLSI Design: Design of VLSI circuits and components.
• Laboratory Subjects: Includes Control Systems Lab and VLSI Lab.

Semester 7

• Communication Networks and Switching: Structure of communication networks and switches.
• RF and Microwave Engineering: Principles of radiofrequency and microwave engineering.
• Electronic System Design Lab: Practical experiments related to electronic systems.
• Industrial Training Defence: Terminologies and equipment in training defence systems.
• BTech Project 1: Project related to an elective subject.

Semester 8

• Internet of Things: Basics of IoT.
• Analog and Mixed VLSI Design: Basics of VLSI circuit design.
• BTech Project 2: Final project.
• RF and Microwave Engineering Lab: Practical experiments related to RF and microwave engineering.

Specialisations Offered in Electronics Engineering

Electronics Engineering offers various specializations, allowing students to pursue careers in their areas of interest. Some popular specializations include:

1. VLSI Design System: Focuses on merging multiple transistors in an IC and related concepts.
2. Digital Signal Processing: Covers different signal processing operations using digital signal processors.
3. Communication Systems: Discusses telecommunication networks and their components.
4. Embedded System: Explores the definition, functions, and components of embedded systems.
5. Robotics and Automation: Covers robotic process automation and managing software in robots.
6. Wireless Communication System: Discusses wireless communication systems and their applications.
7. Communication Engineering: Focuses on different communication models and their components.
8. Signal and Image Processing: Introduces algorithms and hardware for converting signals.
9. VLSI and Embedded System: Fundamentals for developing IC systems with embedded processors.

Books and Authors Related to Electronics Engineering

A solid foundation in Electronics Engineering often starts with the right books. Here are some highly recommended books and their authors:

1. Standard Handbook for Electrical Engineers by Donal Fink & H. Wayne Beaty
2. Power System Analysis by William Stevenson & Jr. John Grainger
3. Electric Machinery Fundamentals by Stephen Chapman
4. Engineering Electromagnetics by William Hayt
5. Engineering Circuit Analysis by William Hayt, Steven M. Durbin, & Jack Kemmerly
6. The Art of Electronics by Winfield Hill & Paul Horowitz
7. The Electronics Handbook by Jerry Whitaker
8. Control Systems Engineering by Norman Nise
9. Modern Control Engineering by Katsuhiko Ogata
10. Instrumentation & Measurement in Electrical Engineering by Katsuhiko Ogata

Entrance Exams for Electronics Engineering

Admission to Electronics Engineering programs is typically based on entrance exams. Some of the most common entrance exams include:

1. BITSAT: An online entrance exam for integrated degree courses at BITS Pilani.
2. JEE Main & Advanced: Computer-based tests for admission to undergraduate engineering programs in India.
3. COMED-K: A state-level exam for admission to undergraduate engineering programs in Karnataka.

Syllabus for Distance Programme in Electronics Engineering

Distance BTech programs in Electronics Engineering provide both theoretical and practical knowledge. The curriculum is similar to traditional programs and includes subjects like Engineering Mechanics, Thermodynamics, Engineering Drawing, Computer Programming, Mathematical Statistics, Numerical Methods, Electric Circuits, Digital Systems, and more.

Top Colleges for Electronics Engineering

Here are some top colleges in India offering Electronics Engineering programs:

1. IIT Bombay
2. IIT Madras
3. IIT Kanpur
4. IIT Delhi
5. IIT Kharagpur
6. IIT Roorkee
7. NIT Trichy
8. NIT Surathkal
9. BITS Pilani
10. VIT Vellore

Electronics Engineering Syllabus: FAQs

1. What is the eligibility for BTech Electronics Engineering? Candidates must have passed 10+2 with at least 50% marks in Science stream.

2. What are the job prospects after completing Electronics Engineering? Graduates can pursue careers in telecommunications, IT, control systems, and more.

3. Can I pursue a career in robotics with an Electronics Engineering degree? Yes, specializations like Robotics and Automation prepare students for careers in robotics.

4. Are there good distance education programs in Electronics Engineering? Yes, many universities offer distance programs that cover core and elective subjects in Electronics Engineering.

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Electronics Engineering is a dynamic and versatile field with a broad range of applications. Whether you are interested in telecommunications, signal processing, or VLSI design, there are numerous pathways and specializations to explore. With a strong foundation in core subjects and hands-on experience through practical labs and projects, graduates are well-prepared to enter various industries and pursue innovative careers in electronics and technology.

Electronics Engineering Career: A Comprehensive Guide

Electronics Engineering offers a plethora of career opportunities and is an essential subfield of electrical engineering. This field is dedicated to the design, development, and application of electronic circuits and systems. It involves studying how electrical components and circuits can process and transfer data and control systems. Electronics Engineering is taught at diploma, undergraduate, and postgraduate levels in top engineering colleges across India. This article delves into various aspects of an Electronics Engineering career, including average salaries, top careers, leading recruiters, prominent colleges, and how to secure a job in this dynamic field.

Table of Contents

1. Introduction to Electronics Engineering
2. Average Salary Based on Job Position
3. Top Careers in Electronics Engineering
4. Top Recruiters for Electronics Engineering Students
5. Top Colleges for Electronics Engineering
6. How to Get a Job After Electronics Engineering
   1. Top Indian Cities to Get Lucrative Jobs After Electronics Engineering
7. Electronics Engineering Jobs in Government and Private Sector
8. Electronics Engineering Salary Abroad
9. Frequently Asked Questions (FAQs) on Electronics Engineering Career

Introduction to Electronics Engineering

Electronics Engineering is a vital branch of electrical engineering focused on electronic circuits, devices, and systems. It encompasses a wide range of applications, including consumer electronics, medical devices, communication systems, and more. Graduates in this field have numerous career options, such as pursuing higher education (MTech), securing jobs through campus placements, and working in start-ups, private, and government sectors.

Average Salary Based on Job Position

The average compensation for Electronics Engineering professionals varies based on job title, experience, location, and other factors. Engineers in major technology hubs like Noida, Delhi, Mumbai, and Bangalore typically earn higher salaries compared to those in less expensive regions. Engineers with advanced degrees, certifications, and specialized skills also command higher pay.

Salary Range by Job Position

Job Position	Average CTC in INR
Electronics Engineer	INR 5-12 LPA
Electronics Design Engineer	INR 6-13 LPA
VLSI Design Engineer	INR 6-14 LPA
Test and Validation Engineer	INR 4-10 LPA
Research and Development Engineer	INR 7-15 LPA

Top Careers in Electronics Engineering

Electronics Engineering offers a variety of job roles due to its significance in multiple industries. The field is dynamic, with evolving technology continually shaping career paths. Below are some top job profiles for Electronics Engineering graduates:

Job Profiles and Descriptions

Electronics Engineer

Description: Design, develop, and maintain electronic systems and components. Work on consumer electronics, medical equipment, communication systems, etc. Average CTC: INR 5-12 LPA

Electronics Design Engineer

Description: Responsible for the design and development of electronic circuits and systems, creating schematics and PCB layouts. Average CTC: INR 6-13 LPA

VLSI Design Engineer

Description: Specialize in creating integrated circuits (ICs) with millions of transistors on a single chip using specialized software tools. Average CTC: INR 6-14 LPA

Test and Validation Engineer

Description: Ensure electronic systems and components function correctly by conducting functional, environmental, and reliability testing. Average CTC: INR 4-10 LPA

Research and Development Engineer

Description: Work on innovative projects and new technologies, conducting tests and feasibility studies to develop new products or technologies. Average CTC: INR 7-15 LPA

Top Recruiters for Electronics Engineering Students

Electronics Engineering graduates are highly sought after by various top companies across different sectors. Here are some of the leading recruiters:

Top Recruiters by Sector

• Information Technology: Apple, Google, Samsung
• Electronics Manufacturing: Samsung, LG, Panasonic
• Semiconductor Companies: NVIDIA, TSMC, Broadcom
• Aerospace and Defence: Boeing, Lockheed Martin
• Automotive Industry: Ford, Honda, Toyota
• Telecommunications: Reliance Jio, Vodafone Idea, Tata Communications
• Medical Device Manufacturers: Medtronic, Siemens Healthineers

Top Colleges for Electronics Engineering

Top engineering colleges in India offering excellent placement packages for Electronics Engineering graduates include:

Institute	Average Package Offered
BITS Pilani	18.2 LPA
IIT Bombay	14.76 LPA
IIT Delhi	12.5 LPA
IIT Kharagpur	13.5-15 LPA
IIT Madras	13 LPA
Jadavpur University	5.7-10 LPA
NIT Surathkal	9.42-12.84 LPA
NIT Trichy	9.24-12 LPA
Thapar University	8.1-10 LPA
VIT Vellore	8-8.1 LPA

How to Get a Job After Electronics Engineering

Securing a job after completing a degree in Electronics Engineering requires strategic planning and preparation. Here are some key steps to enhance your employability:

1. Build a Professional Resume

Highlight your education, relevant coursework, projects, internships, and technical skills. Emphasize any hands-on experience.

2. Gain Networking and Internship Experience

Attend career fairs, industry conferences, and networking events to meet professionals and learn about job opportunities. Internships provide practical experience highly valued by employers.

3. Earn Certifications

Pursue relevant certifications in your specialized field, such as Certified Electronics Technician (CET) or certifications in specific software or hardware tools.

Top Indian Cities to Get Lucrative Jobs After Electronics Engineering

Different cities in India offer varying job opportunities and salary packages for Electronics Engineering graduates. Here are some top cities:

Major Cities	Top Companies	Average CTC in INR
Bengaluru	Intel, Qualcomm, Texas Instruments, Wipro, Infosys, Tata Consultancy Services	7-12 LPA
Hyderabad	AMD, NVIDIA, Tech Mahindra, Cyient, Qualcomm	6-12 LPA
Chennai	Samsung, Foxconn, Flex, HCL Technologies, Nokia	5-11 LPA
Pune	Bharat Electronics Limited (BEL), KPIT Technologies, WNS Global Services, Cognizant	6-11 LPA
Noida	Samsung R&D Institute, Ericsson, HCL Technologies, Samsung Electronics	7-12 LPA
Mumbai	Reliance Industries, Mahindra Electric	6-11 LPA

Electronics Engineering Jobs in Government and Private Sector

Electronics Engineering jobs are available in both public and private sectors, offering diverse opportunities. Below are some sectors and their job descriptions:

Government Sector

Defence and Military

Description: Work on projects involving national security, radar systems, communication systems, and missile defense. Average CTC: 8-15 LPA

Public Utilities

Description: Maintain and upgrade power distribution, water treatment, and transportation systems for state and federal agencies. Average CTC: 6-11 LPA

Space Agencies

Description: Work on spacecraft design, satellite technologies, and mission control systems. Average CTC: 6-12 LPA

Private Sector

Electronics Manufacturing

Description: Design and manufacture electronic components and devices, such as semiconductors and consumer electronics. Average CTC: 8-13 LPA

Telecommunications

Description: Develop, maintain, and optimize communication networks, including mobile and internet infrastructure. Average CTC: 5-12 LPA

Automotive Industry

Description: Design and implement advanced systems such as autonomous driving features, in-car entertainment, and engine control units. Average CTC: 6-12 LPA

Electronics Engineering Salary Abroad

Salaries for Electronics Engineering graduates working abroad vary based on location, experience, employer type, and job description. Here are the salary ranges in some countries:

Australia

• Entry-Level: AUD 40,000 - AUD 60,000 per year
• Mid-Level: AUD 65,000 - AUD 80,000 per year
• Senior-Level: AUD 80,000 and above per year

United States

• Entry-Level: $50,000 - $80,000 per year
• Mid-Level: $80,000 - $110,000 per year
• Senior-Level: $120,000 and above per year

Germany

• Entry-Level: €40,000 - €60,000 per year
• Mid-Level: €60,000 - €80,000 per year
• Senior-Level: €80,000 and above per year

United Kingdom

• Entry-Level: £25,000 - £40,000 per year
• Mid-Level: £40,000 - £60,000 per year
• Senior-Level: £60,000 and above per year

Frequently Asked Questions (FAQs) on Electronics Engineering Career

Q1. What are the skills required for a successful career in Electronics Engineering?

A1. Key skills include a strong understanding of electronic circuits and systems, proficiency in using design software, problem-solving abilities, and effective communication skills.

Q2. Can I switch from Electronics Engineering to IT or Software Engineering?

A2. Yes, many Electronics Engineers transition to IT or Software Engineering roles, leveraging their analytical skills and knowledge of programming.

Q3. Are there opportunities for higher studies after completing a degree in Electronics Engineering?

A3. Absolutely. You can pursue MTech, MBA, or even PhD programs to specialize further or shift to management roles.

Q4. What certifications can enhance my career in Electronics Engineering?

A4. Relevant certifications include Certified Electronics Technician (CET), certifications in VLSI Design, Embedded Systems, and specialized software tools.

Q5. What are the challenges faced in an Electronics Engineering career?

A5. Challenges include keeping up with rapidly changing technology, meeting tight project deadlines, and working on complex problem-solving tasks.

Q6. What are the prospects for Electronics Engineering in the next decade?

A6. The demand for Electronics Engineers is expected to grow with advancements in technologies like IoT, AI, autonomous vehicles, and renewable energy systems.

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This comprehensive guide aims to provide a thorough understanding of the Electronics Engineering career path. By following the insights and advice shared here, you can make informed decisions and build a successful career in this dynamic field.

Guide to Electronics Engineering Subjects in BE/BTech

Electronics Engineering is a branch of engineering that involves the study and application of electronic systems, devices, and circuits. This discipline covers a wide range of topics, including power electronics, analog electronics, digital electronics, consumer electronics, and embedded systems, among others. Students who enroll in Electronics Engineering programs are exposed to both theoretical and practical knowledge, allowing them to develop the skills needed to excel in the field. This detailed article provides a semester-wise breakdown of the subjects taught in BE/BTech Electronics Engineering, along with an overview of the syllabus and frequently asked questions.

Table of Contents

1. Electronics Engineering Subjects in BE/BTech
   • 1.1 Electronics Engineering Subjects: First Semester
   • 1.2 Electronics Engineering Subjects: Second Semester
   • 1.3 Electronics Engineering Subjects: Third Semester
   • 1.4 Electronics Engineering Subjects: Fourth Semester
   • 1.5 Electronics Engineering Subjects: Fifth Semester
   • 1.6 Electronics Engineering Subjects: Sixth Semester
   • 1.7 Electronics Engineering Subjects: Seventh Semester
   • 1.8 Electronics Engineering Subjects: Eighth Semester
2. Electronics Engineering Syllabus
3. Electronics Engineering Subjects: FAQs

Electronics Engineering Subjects in BE/BTech

In this section, we will explore the subjects taught in each semester of the BE/BTech Electronics Engineering program. Students are required to pass all subjects in each semester to progress to the next.

Electronics Engineering Subjects: First Semester

1. Engineering Physics – I

   • Focuses on fundamental physics concepts, including mechanics, thermodynamics, and electromagnetism, crucial for understanding electronics principles.

2. Engineering Chemistry – I

   • Covers basic chemical principles and their applications in engineering, such as material properties and chemical reactions.

3. Engineering Drawing

   • Introduces technical drawing and drafting techniques essential for designing electronic circuits and systems.

4. English Language

   • Enhances communication skills, both written and verbal, which are vital for engineering professionals.

Electronics Engineering Subjects: Second Semester

1. Basic Electrical Engineering

   • Provides foundational knowledge of electrical circuits, components, and systems.

2. Engineering Physics – II

   • Continues from the first semester, delving deeper into topics like optics, quantum mechanics, and solid-state physics.

3. Engineering Chemistry – II

   • Builds on the first semester, focusing on advanced chemical processes and their relevance to electronics.

4. Communication Skills

   • Further develops students' abilities to communicate effectively in professional and academic settings.

Electronics Engineering Subjects: Third Semester

1. Circuit Theory & Networks

   • Explores the analysis and design of electrical circuits and networks.

2. Electrical & Electronic Measurement

   • Teaches methods and instruments for measuring electrical quantities.

3. Data Structure & Algorithms

   • Introduces fundamental data structures and algorithms used in software development.

4. Materials Science

   • Examines the properties and applications of materials used in electronic devices.

5. Numerical Methods & Programming

   • Covers numerical techniques and programming skills necessary for solving engineering problems.

6. Mathematics

   • Focuses on advanced mathematical concepts and their applications in engineering.

7. Practical Lab

   • Provides hands-on experience with circuits, measurements, and programming.

Electronics Engineering Subjects: Fourth Semester

1. Digital Electronics & Integrated Circuits

   • Studies digital logic, circuit design, and integrated circuit technology.

2. Computer Organization & Architecture

   • Examines the structure and functioning of computer systems.

3. Electronic Measurements & Instrumentation

   • Focuses on the principles and applications of electronic measurement systems.

4. Analog Electronic Circuits

   • Explores the design and analysis of analog circuits.

5. Transducer & Sensors

   • Covers the principles and applications of sensors and transducers in electronic systems.

6. Practical Lab

   • Continues to provide practical experience with digital and analog circuits.

Electronics Engineering Subjects: Fifth Semester

1. Electrical Machines-I

   • Introduces the principles and operation of electrical machines.

2. Microprocessor & Micro Controller

   • Studies the architecture, programming, and applications of microprocessors and microcontrollers.

3. Power Electronics

   • Focuses on the conversion and control of electrical power using electronic devices.

4. Electromagnetic Theory

   • Covers the principles of electromagnetism and its applications in electronics.

5. Control System

   • Explores the analysis and design of control systems.

6. Practical Lab

   • Provides hands-on experience with electrical machines and control systems.

Electronics Engineering Subjects: Sixth Semester

1. Electrical Machines – II

   • Continues the study of electrical machines, focusing on more advanced topics.

2. Electric Drives

   • Examines the principles and applications of electric drive systems.

3. Power System – I

   • Introduces the analysis and design of power systems.

4. Heat Power Engineering

   • Covers thermodynamic principles and their applications in power generation.

5. Active & Passive Network Synthesis

   • Focuses on the design and analysis of active and passive electronic networks.

6. Elective Subject

   • Allows students to choose a subject based on their interests and career goals.

7. Practical Lab

   • Continues to provide practical experience with power systems and electric drives.

Electronics Engineering Subjects: Seventh Semester

1. Power System – II

   • Continues the study of power systems, focusing on advanced topics.

2. Electrical Machine Design

   • Covers the design principles of electrical machines.

3. Multimedia Systems

   • Explores the principles and applications of multimedia technologies.

4. Digital Signal Processing

   • Studies the analysis and processing of digital signals.

5. Elective Subject

   • Allows students to choose a subject based on their interests and career goals.

6. Practical Lab

   • Provides hands-on experience with digital signal processing and multimedia systems.

Electronics Engineering Subjects: Eighth Semester

1. Values and Ethics in Profession

   • Discusses professional ethics and values in engineering practice.

2. Financial Management & Accounts

   • Covers basic financial management principles and accounting practices.

3. Industrial Management

   • Explores management principles and practices in an industrial setting.

4. Sessional

   • Includes seminars, projects, and practical sessions to enhance practical knowledge and skills.

Electronics Engineering Syllabus

The Electronics Engineering syllabus includes a comprehensive range of subjects taught from the first semester to the last semester. While the syllabus may vary slightly from one university to another, the core subjects remain consistent. Students can refer to the attached Electronics Engineering syllabus PDF to gain an understanding of the topics covered. After securing admission, it is advisable to download the syllabus from the specific institute or university to get detailed information.

Particular	Link
Electronics engineering syllabus PDF	Download

Electronics Engineering Subjects: FAQs

Q1. How many subjects are included in BE/BTech in Electronics Engineering?

A. There are approximately fifty subjects in the BE/BTech Electronics Engineering course.

Q2. Which Electronics engineering subject is best?

A. It is necessary to study all subjects encompassed in the course, but some main subjects pertinent to Electronics Engineering include embedded systems, analog circuits, digital electronics, microprocessors, and microcontrollers.

Q3. Which subject should I choose in Class 12 to study BE/BTech in Electronics Engineering?

A. To study BE/BTech in Electronics Engineering, candidates should study Physics, Chemistry, and Mathematics in Class 12.

Q4. Are Electronics engineering subjects easy?

A. The difficulty of Electronics Engineering subjects depends on the amount of time and effort a candidate dedicates to studying them. The more time spent studying, the easier it becomes to understand the concepts.

Q5. From where can I download the Electronics Engineering syllabus PDF?

A. The direct link to download the Electronics Engineering syllabus PDF is available on this page.

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Electronics Engineering is a dynamic and rapidly evolving field that offers numerous opportunities for students to develop their technical skills and knowledge. By understanding the subjects and syllabus outlined in this guide, students can better prepare themselves for a successful career in Electronics Engineering.