Electronics Engineering Syllabus 2025: Subjects, Semester-wise Syllabus PDF, Top Colleges, Books
Vidhi JainContent Writer
Electronics is a branch of engineering that deals with electronic circuits, devices, integrated circuits, and systems using electrical components such as semiconductors, transistors, and diodes, among others. Some colleges provide academic degrees with a major in Electronics Engineering, while others offer degrees in Electrical Engineering. In India, a candidate can choose from a variety of diplomas, undergraduate degrees, postgraduate degrees, and doctoral degree programmes in the field of Electronics Engineering.
- Electronics Engineering Syllabus – Important Facts
- List of Subjects in Electronics Engineering
- 2.1 Typical Elective Subjects for Electronics Engineering
- Electronics Engineering Syllabus in Detail
- Specialisations Offered in Electronics Engineering
- Books and Authors Related to Electronics Engineering
- Entrance Exams for Electronics Engineering
- Syllabus for Distance Programme in Electronics Engineering
- Top Colleges for Electronics Engineering
- Electronics Engineering Syllabus: FAQs
Electronics Engineering Syllabus – Important Facts
Let's have a look at some of the fascinating facts about this course:
- Course Duration: BE/BTech in Electronics Engineering is a 4-year course that is divided into 8 semesters. ME/MTech in Electronics Engineering are 2-year courses, and its syllabus is divided into 4 semesters.
- Course Eligibility: The candidates need to complete their 10+2 studies with at least 50% to be eligible to appear for BTech or BE courses in Electronics Engineering. Only the candidates who complete their BE or BTech in Electronics Engineering can apply for MTech or ME courses.
- Scope in India: Electronics and computer engineering is a broad field with a bright future ahead of it. Most manufacturing and other companies hire electrical engineers to manage their production facilities and plants.
- Changes in the syllabus: The syllabus for Electronics Engineering has remained mostly the same. However, with new concepts like Robotics and automation, newer topics and concepts are getting added to the curriculum regularly.
- General Examination pattern: An exam is held at the end of each semester. It comprises both theoretical and practical exams. Credits are assigned to each of these subjects.
- Difference between the Electronics Engineering syllabus in IITs and NITs: The syllabus for Electronics Engineering is the same for both IITs and NITs. The only difference is that IITs focus more on practicals as compared to NITs
List of Subjects in Electronics Engineering
Check the list of typical core subjects and typical elective subjects in Electronics Engineering in the tables available below:
Typical core subjects in Electronics Engineering
| Subject title |
Subject details |
|---|---|
| Telecommunications Engineering |
Telecommunications Engineering is an electrical and computer engineering subject that aims to support and improve telecommunications systems. |
| Embedded Systems Design |
Embedded systems design is the process of bringing together hardware and firmware designers to create embedded systems from the ground up. |
| Microelectronics |
Electronics has a subsection called microelectronics. Microelectronics is the study and construction (or microfabrication) of very small electronic designs and components, as the name implies. |
| Electromagnetic Engineering |
The students learn the process of designing loudspeaker electromagnets, MRI-conducting magnets, locks, etc. |
| Control Engineering |
Control engineering is an engineering subject that focuses on the modelling of a wide range of dynamic systems (for example, mechanical systems) as well as the design of controllers that will cause these systems to behave as desired. |
| Instrumentation Engineering |
Instrumentation engineering is the discipline of measuring and controlling process variables in a manufacturing or production environment. |
| VLSI Design Engineering |
The Design Engineer, also known as a 'VLSI Design Engineer', oversees designing the functionalities of system-on-chip (SOC) modules according to input and output criteria. |
Typical Elective Subjects for Electronics Engineering
| Subject Title |
Subject Details |
|---|---|
| Computer Organisation and Architecture |
The basic structure of a computer and its components like memory, CPU, input and output devices, etc., are discussed in this subject. |
| Compiler Design |
It provides a thorough understanding of the translation of computer codes and their optimisation to the students. |
| Artificial Intelligence |
The innovative AI technologies and their applications in Electronics Engineering are discussed here. |
| Semiconductor Devices |
Electronics behaviour and properties of semiconductors like silicon, gallium, etc., are discussed in it. |
| Opto-Electronics |
The devices that run on both electrical energy and light are covered in this subject. |
| Advanced Communication Engineering |
Modern communication systems, wireless networks, satellite communication systems, etc., are discussed here. |
| Image and Video Processing |
The processing of videos, images and other signals is covered in this subject. |
| Statistical Signal Processing |
The students learn how to interpret signals using statistical methods via this subject. |
| Remote Sensing Systems |
Analysis and processing of microwave data through RSS, i.e. Remote Sensing Systems, are explained in it. |
| Speech Signal Processing |
How to monitor speech signals and their processing techniques are discussed in it. |
Electronics Engineering Syllabus in Detail
The syllabus for the Electronics Engineering courses differs from one college/university to another. It also varies according to the course selected by the students. The basic components of an Electronics Engineering syllabus set by universities and colleges for BTech in Electronics Engineering are given below:
| Semester |
Core/ Elective |
Subject Title |
Subject Details |
|---|---|---|---|
| Semester 1 |
Core |
Mathematics-1 |
Sets, functions and continuity and other mathematical concepts are covered in this subject. |
| Semester 1 |
Core |
Mechanics/English for communication |
The basic concepts of Electronics Engineering are discussed here. |
| Semester 1 |
Core |
Electrical Technology/Introduction to Programming and Data Structures |
An introduction to basic data structures in computer systems is given in it. |
| Semester 1 |
Core |
Introduction to Manufacturing Processes/Engineering Drawing and Graphics |
The students get a basic understanding of the manufacturing processes of different industries. |
| Semester 1 |
Lab |
Electrical Technology Laboratory/Introduction to Programming and Data Structures Laboratory |
The students are introduced to the computer lab programming lessons in this subject. |
| Semester 2 |
Core |
Mathematics- II |
The advanced mathematical concepts related to boolean Algebra and integration are included in this subject. |
| Semester 2 |
Core |
Electronic components and devices |
The students learn the electronic devices and components used in electronic circuits via this subject. |
| Semester 2 |
Core |
Basics of IT |
The basics of information technology and its applications in Electronics Engineering are explained in it. |
| Semester 3
|
Core
|
Mathematics- III |
An introduction to advanced mathematical concepts related to discrete mathematics is cvered in this subject. |
| Semester 3
|
Core |
Introduction to Material Science and Engineering |
The material science concepts and their use in Electronics Engineering are focussed on this subject. |
| Semester 3 |
Core |
Introduction to BioScience and Technology |
The bioscience and technology-related concepts and terminologies are explained here. |
| Semester 3 |
Core |
Signal and Systems |
Different types of signals and their significance are explained in it. |
| Semester 3 |
Practical |
Introduction to Electronics Lab |
It is a practical subject covering different experiments related to ICs. |
| Semester 3 |
Practical |
Signal and Systems Lab |
It is a practical subject covering different experiments related to signals and systems. |
| Semester 4 |
Elective |
Introduction to Signal Processing/Communication Systems |
Various types of equipment and electronic devices used to process signals are discussed in it. |
| Semester 4 |
Elective |
Environmental Science Technology and Management |
An introduction to environmental science technology and its applications in the field of Electronics Engineering is given through this subject. |
| Semester 4 |
Core |
Network Theory |
The concepts related to networks and systems are discussed in it. |
| Semester 4 |
Core |
Digital Electronic Circuits |
Different digital circuits and their functions are explained in it. |
| Semester 4 |
Core |
Analog Communication |
The basics of analogue communication are covered in this subject. |
| Semester 4 |
Practical |
Digital Electronics Circuit lab |
It is a practical subject that covers lab experiments related to digital circuits. |
| Semester 4 |
Practical |
Analog Communication Lab |
It is a practical subject that covers lab experiments related to analogue communication systems. |
| Semester 5 |
Core |
Biomedical Systems |
Biomedical systems and their design are discussed in this subject. |
| Semester 5 |
Core |
Electromagnetic Waves and Radiating Systems |
The definition of electromagnetic waves and concepts associated with radiating systems are covered in it. |
| Semester 5 |
Core |
Digital Communication |
The basics of digital communication are explained in it. |
| Semester 5 |
Core |
Microprocessor and Microcontroller |
The role of the microcontroller and microprocessor are covered in it. |
| Semester 5 |
Practical |
Digital Communication Lab |
It is a practical subject that includes experiments related to digital communication concepts. |
| Semester 5
|
Practical |
Microprocessor and Microcontroller Lab |
It is a practical subject that includes experiments related to microprocessors and microcontrollers. |
| Semester 6 |
Elective |
Satellite Communication Engineering |
The meaning and concept of satellite communication are explained in it. |
| Semester 6 |
Elective |
Digital Signal Processing |
The advanced concepts related to digital signal processing are covered in it. |
| Semester 6 |
Core |
Control Systems |
The meaning and applications of control systems are discussed in this subject. |
| Semester 6 |
Core |
VLSI Design |
The VLSI circuit design and components are discussed in this subject. |
| Semester 6 |
Practical |
Control Systems Lab |
It is a practical subject that covers experiments related to control systems. |
| Semester 6 |
Practical |
VLSI Lab |
It is a practical subject that covers experiments related to VLSI Lab. |
| Semester 7 |
Core |
Communication Networks and Switching |
The structure of communication networks and switches is introduced in this subject. |
| Semester 7 |
Core |
RF and Microwave Engineering |
The basic principles of radiofrequency and microwave engineering are discussed here. |
| Semester 7 |
Core |
Electronic System Design Lab |
It is a practical subject that covers experiments related to electronic systems. |
| Semester 7 |
Core |
Industrial Training Defence |
The terminologies and equipment used in training defence systems are included in this subject. |
| Semester 7 |
Project |
BTech Project 1 |
The students need to complete a project related to any elective subject towards the end of the 7th semester. |
| Semester 8 |
Elective |
Internet of Things |
The students get a basic idea of IoT through this subject. |
| Semester 8 |
Elective |
Analog and Mixed VLSI Design |
It covers the basics of VLSI circuit design. |
| Semester 8 |
Project |
BTech Project 2 |
The students need to complete a project as a part of their curriculum in the final semester. |
| Semester 8 |
Practical |
RF and Microwave Engineering Lab |
It is a practical subject that includes experiments related to RF and microwave engineering concepts. |
Specialisations Offered in Electronics Engineering
Electrical engineering offers many specialisations that allow the students to pursue a career in their field of interest. Some of the popular specialisations are given in the below table:
| Specialisation |
Specialisation Subjects |
Details |
|---|---|---|
| VLSI Design System |
|
The process of merging multiple transistors in an IC and related concepts are covered in this specialisation. |
| Digital Signal Processing |
|
Different signal processing operations with the help of digital signal processors and computers are covered in it. |
| Communication Systems |
|
The collection of telecommunication networks and the role of different systems in it are included in this specialisation. |
| Embedded System |
|
The definition of an embedded system, its functions, and components are discussed in it. |
| Robotics and Automation |
|
Robotic process automation, managing software in robots, and related concepts are explained in it. |
| Wireless Communication System |
|
The meaning of wireless communication systems, their components, applications in various fields, etc., are discussed in this specialisation. |
| Communication Engineering |
|
Different models of communication and their components and functions are discussed in it. |
| Signal and Image Processing |
|
It introduces you to the algorithms and hardware components that convert naturally or artificially obtained signals for predetermined purposes. |
| VLSI and Embedded System |
|
The fundamentals required to develop IC systems with the help of embedded processors and other VLSI components are included in it. |
Books and Authors Related to Electronics Engineering
A solid electrical engineering book will get a beginner's journey into electrical and electronics engineering off on the right foot. The greatest electrical engineering books offer a wide range of topics, are simple to comprehend, and include both theoretical and practical applications.
| Book title |
Authors |
Description of the book |
|---|---|---|
| Standard Handbook for Electrical Engineers |
Donal Fink & H. Wayne Beaty |
This reference manual discusses various concepts of power engineering. It contains extremely accurate and thorough talks that are intended to serve as a reference for professional electrical engineers. |
| Power System Analysis |
William Stevenson & Jr. John Grainger |
One of the most common takeaways from this book is the utilisation of computer-based methods of advanced nature that is described in an instructional fashion. |
| Electric Machinery Fundamentals |
Stephen Chapman |
The basics of the major electric devices such as transformers, motors, and generators, are explained in it. |
| Engineering Electromagnetics |
William Hayt |
The 9th version of Engineering Electromagnetics has been referred to by students for 5 decades now. It is ideal for undergraduates who want to learn about Maxwell's equations and the concepts that revolve around them. |
| Engineering Circuit Analysis |
William Hayt, Steven M. Durbin, & Jack Kemmerly |
It's an excellent book for broadening their understanding of circuit theory and analysis. |
| The Art of Electronics |
Winfield Hill & Paul Horowitz |
It focuses on digital and analogue electronics. Introduced in 1980, its most recent edition came out in 2015. |
| The Electronics Handbook |
Jerry Whitaker |
It is an ideal book for professionals who work on the various aspects of electronics such as design, maintenance, operations, etc. |
| Control Systems Engineering |
Norman Nise |
It focuses on how to use controls in the study and construction of systems that provide feedback. It includes explanations that are supported by real-life case studies. |
| Modern Control Engineering |
Katsuhiko Ogata |
The contents of this book mainly focus on each electrical unit, signal measurement techniques, and circuits. |
| Instrumentation & Measurement in Electrical Engineering |
Katsuhiko Ogata |
It's a great resource for individuals who understand differential equations and their concepts along with advanced mathematical concepts. |
Entrance Exams for Electronics Engineering
The following are some of the most common entrance tests for admission to the BE in Electronics Engineering programme:
- BITSAT: BITSAT is an entrance examination that is conducted online to provide admission to integrated degree courses for the first-year students in BITS Pilani institutes. BITSAT, which has been held since 2005, is one of the most sought-after engineering entrance tests in the country.
- JEE Main & Advanced: The Joint Entrance Examination, formerly known as the All India Engineering Entrance Examination, is a computer-based test used in India to admit students to several technical undergraduate programmes in engineering, architecture, and planning.
- COMED-K: COMEDK UGET is a state-level exam administered by the Consortium of Medical, Engineering, and Dental Colleges of Karnataka (COMEDK) for admission to undergraduate engineering programmes at the state's approximately 190 engineering colleges.
Syllabus for Distance Programme in Electronics Engineering
In distance BTech Electronics Engineering programmes, students will gain both theoretical and practical expertise. Practical knowledge is required to become a professional engineer, and providing practical information to every student via online or remote learning education is tough. List of Private Distance/Correspondence Engineering colleges in India offering BTech in Electrical Engineering by distance learning mode in India:
- Engineering College, Bhubaneswar, Orissa.
- International Institute of Management and Technical Studies (IIMT), Delhi
- International Institute of Management and Technical Studies (IIMT), Bangalore
- Aryabhatta Degree College, Delhi
Distance learning in the Electronics Engineering course follows the same curriculum as that in the traditional Electrical Engineering course. Engineering Mechanics/Introduction to Thermodynamics, Engineering Drawing, Computer Programming, Mathematical Statistics, and Numerical Methods, Electric Circuits, Digital Systems, Transmission Lines and Radiating Systems, Microprocessors, Electromagnetic Theory, Analog Communication, Management Elective, Cultural Education, and so on are the major subjects in distance Electronics Engineering course.
Top Colleges for Electronics Engineering
Check the list of the top colleges of Electronics Engineering in the table given below:
| College/University/Institution |
Syllabus (URLs) |
|---|---|
| Download Here | |
| Download Here | |
| Download Here | |
| To be uploaded soon | |
| To be uploaded soon | |
| Download Here | |
| Download Here | |
| To be uploaded soon | |
| To be uploaded soon | |
| Download Here |
Electronics Engineering Syllabus: FAQs
Q. What are some of the best colleges for a bachelor's degree in Electronics Engineering?
Q. What are the requirements for admission to the BE Electronics Engineering programme?
Q. How much does it cost to get into the BE Electronics Engineering programmes?
Q. How long does BE/BTech in Electronics Engineering take to complete?
Q. What are the requirements for obtaining a BE in Electronics Engineering?
Q. What are the required skill setsskillsets for Electronics Engineering?
- Active learning
- Innovative thinking
- Technical knowledge
- Problem-solving skills
- Operational skills
- Organisational skills
- Interpersonal skills
- Critical thinking
- Data collection and analysis
Q. Which subjects are covered in Electronics Engineering?
Q. Are Electronics and Electrical Engineering the same?
Q. What is the syllabus for the circuit theory and networks subject?
- Various types of networks and systems like linear and nonlinear systems, fixed and time-varying systems, etc.
- Graph of network
Network theorems and their applications in circuit analysis - Formulation of network equations
- Loop variable analysis and node variable analysis
Q. What is the syllabus for the Data Structures and Algorithms subject?
- Linear Data Structures like stacks, arrays, lists, etc.
- Non-linear Data Structures like binary trees, weight and height balanced trees, etc.
- Hashing
- Searching and sorting algorithms
- File structures, indexed files, relative files, inverted files, hashed files, etc.
Q. What is the syllabus for the Mathematics subject in the Electronics Engineering courses?
- Fourier Series
- Calculus of complex variables
- Probability and other statistical concepts
- Limits and continuity
- Problems of general Fourier Series
- Euler’s Formula
- Typical Waveforms
- Fourier transform of the derivative
- Taylor’s and Laurient’s Series
- Zeros of Analytic Functions
- Introduction of Conformal Mapping
- Complex integration and Cauchy’s Theorem
Q. Which are the concepts covered in the Digital Electronics and Integrated Circuits subject?
- Binary representation of numbers
- Data and number systems
- Codes and their conversions
- Boolean algebra
- Design of combinational circuits
- Combinational Circuits like an adder, encoder, subtractor, decoder, etc.
- Codes and their conversions
- Venn Diagram
- Logic gates and circuits
- Sequential Circuits
Q. Which are the main topics covered in the Electronics Measurement and Instrumentation subject?
- Basics concepts and block diagrams of instrumentation schemes
- Dynamic calibrations
- Errors in measurement
- Instrumentation amplifiers
- Function generators
- Multimeters
- Wave and spectrum analysers
- Sample and hold circuits
- Units and standards of physical quantities
Q. Which are the concepts taught in the Computer Organisation and Architecture subject?
- Digital computer concepts
- Nature of hardware and software
- Memory units and memory classification
- Design of CPU and its functions
- Instruction set architecture
- Control Design
- Introduction to Bus Architecture
- Divide Algorithms
- Cache Introduction
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Popular Electronics Engineering Colleges in India
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Popular Private Electronics Engineering Colleges in India
Most Popular Courses
Popular Courses
- B.Tech. in Electronics and Instrumentation EngineeringVIT Vellore
- B.Tech. in Electrical and Electronics EngineeringNIT Trichy - National Institute of Technology
- B.Tech. in Electrical and Electronics EngineeringSRM Institute of Science and Technology, Kattankulathur
- B.Tech. in Electronics and Computer EngineeringSRM Institute of Science and Technology, Kattankulathur
- B.E. in Electronics and Telecommunication Engineering (Day)Jadavpur University
- B.E. in Instrumentation and Electronics Engineering (Day)Jadavpur University
- B.Tech. in InstrumentationJadavpur University
- B.E. in Electrical and Electronics EngineeringBITS Pilani - Birla Institute of Technology and Science
- B.E. in Electronics and Instrumentation EngineeringBITS Pilani - Birla Institute of Technology and Science
- B.Tech. in Electrical and Electronics EngineeringNIT Surathkal - National Institute of Technology
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News & Updates
Student Forum
Anything you would want to ask experts?Answered 2 days ago
Students after completing BTech in Electronic and Communication Engineering from DSU Junagadh can pursue various career opportunities in the fields of Information Technology, Telecommunications, AI/ ML Engineering, etc. Check out some of the job roles associated with these mentioned fields below:
- De
C
Contributor-Level 8
Answered 2 days ago
Hello,
For admission to Electronics Engineering at NITK (National Institute of Technology Karnataka) under the Home State OBC quota, the required JEE Main percentile typically ranges between 92-95 percentile. However, this can vary slightly each year depending on factors like the number of applicant
R
Contributor-Level 10
Answered 5 days ago
So, basically this depends upon university to university. As per my personal experience at Chandigarh University, the Electronics Engineering course offers a great mix of research and industry exposure.
Most of the faculty members hold doctorates and have impressive research patents, projects and pu
Beginner-Level 1
Answered a week ago
Yes, it is compulsory to give the entrance exam for admission to B.E. instead of B.Tech Electronics Engineering at Chandigarh University, and the exam is called CUCET (Chandigarh University Common Entrance Test). It is the primary way to secure admission into the program. Additionally, it is recomme
K
Beginner-Level 1
Answered a week ago
To be honest, if you are doing your B.Tech in Electronics Engineering from the top university that has multiple collaborations and tie-ups, then you will really get a good package, and one such university that excels is Chandigarh University.
With a BTech In Electronics Engineering, you can expect a
P
Beginner-Level 5
Answered a week ago
Getting into Electronic Engineering after Class 12 is simple. There's a counselling process at Chandigarh University that makes everything clear and easy. To get admission here, you need to clear the CUCET exam (Chandigarh University Common Entrance Test). This exam is important for all engineering
M
Beginner-Level 3
Answered a week ago
Yes, pursuing Electronics and communication Engineering (ECE) is definitaly worth it, espically for those passoniating about technology. The field offers diverse career opportinities in industries like telecommunication, roboitcs, AI and space technology. With the rise of 5G, IoT, and automation, th
S
Beginner-Level 5
Answered a week ago
BTech in Electronics Engineering is full of amazing opportunities to learn the technology that powers the world. The best Electronics Engineering programme is taught at Chandigarh University which covers many important subjects designed to build real skills. Core topics like Signal Processing, VLSI
V
Beginner-Level 1
Answered a week ago
Chandigarh University is best to pursue BTech Electronics Engineering at Chandigarh University the course duration is a 4-year full-time program. It has 8 semesters with exams, major and minor projects.
The course is very updated and made by industry experts. It offers NVIDIA certification courses.
T
Beginner-Level 1
Answered a week ago
My sister did her EC engineering and she says that there are many interesting subjects in the course, but what really matters is whether you are truly interested in the course. Look at your interests and then decide.
But my sister wasn't like she loves the subject but somehow by studying it (said th
H
Beginner-Level 1
Answered a week ago
For admission to B.E./ BTech Electronics & Communication Engineering at Chandigarh University, you will need to provide the following documents:
Class 12th Marksheet: Original and photocopy of the mark sheet showing completion of 10+2 with Physics and Mathematics as compulsory subjects.
Class 10th Mar
U
Beginner-Level 2
Answered a week ago
The career scope of Electronics and Communication Engineering (ECE) really depends on the university and the opportunities they offer to students. From my experience, studying this degree at Chandigarh University gives you a lot of chances to grow. The university provides a practical curriculum with
Contributor-Level 10
Answered a week ago
You can totally go for BTech in Electronics Engineering even if you had PCB (Physics, Chemistry, Biology) in Class 12. The main requirement for BTech Electronics Engineering is usually having a background in Physics and Maths. So, if you didn't have Maths in 12th, you might find it a bit tricky sinc
T
Beginner-Level 4
Answered a week ago
If you wish to opt for the BTech Electronics Engineering course, you must pass Class 12 in the PCM subjects with at least 50 to 60% marks. Further, you must appear for and clear relevant BTech Electronics Engg. entrance exams conducted at the national/state/university levels every year for admission
V
Contributor-Level 10
Answered a week ago
Some popular government Electronics Engg. colleges in the country are the IITs like IIT Bombay, IIT Delhi, IIT Madras and the NITs like NIT Trichy and NIT Surathkal. Other than these colleges famous for their NIRF ranking, course curriculum, and placement records, other Electronics Engg. government
V
Contributor-Level 10
Answered a week ago
It depends on the college you are planning to take admission to. Every college and university in India have their own set of admission rules that they follow for admitting students to Electronics Engineering courses at various levels. The admission process can take a few weeks to a few months for co
V
Contributor-Level 10
Answered a week ago
For taking admission to Electronics Engineering courses at the IITs, you should be able to meet the eligibility requirements. For UG courses, you should have at least 75% marks in Class 12 in the PCM subjects. If you belong to the reserved category, the marks eligibility requirement is usually rela
V
Contributor-Level 10
Answered a week ago
Electronics Engineering course duration generally differs depending on its level. For UG Electronics Engineering courses, its 4 years in general. If you are interested in courses at the PG level, the duration is 2 years. You can also go for a diploma in Electronics Engg. right after completing your
V
Contributor-Level 10
Answered a week ago
Electronics Engineering is the backbone of modern-day technology which allows people to make use of many devices that are important for our daily communications such as mobile phones, computers, satellites, Wi-Fi, etc.. Also, there is a lot of emphasis on VLSI Design, which involves designing and cr
V
Contributor-Level 10
Answered 2 weeks ago
You can apply for the Boiler Operation Engineer (BOE) exam if you meet the eligibility criteria. Typically, candidates with a degree or Diploma in engineering, like electronics and telecom, qualify, as long as they have at least two to three years of relevant work experience in power plants or simi
M
Contributor-Level 6
Answered 3 weeks ago
Candidates willing to apply for SRMJEEE PG (Electronics and Control Engineering) must fulfill the following criteria -
- One must have completed BE/BTech in ECE/ETE/ICE/EEE/EIE or its equivalent degree with a minimum mark of 50% from a recognised university/institute.
H
Beginner-Level 4
Answered 3 weeks ago
948454 is the 2024 latest cuttoff for EEE btec in general category
P
Beginner-Level 2
Answered 2 months ago
Gurugram University BTech in Electronics Engineering is a four years cours offered in a full-time mode. The BTech curriculum is spread across eight semesters. The BTech curriculum comprises of multiple components such as:
- Lecture
- Tutorial
- Practical
- Basic Science Courses
- Engineering Science Courses
- Humanit
A
Contributor-Level 7
Answered 2 months ago
BTech in Electronics Engineering is a four-year course which is designed in order to prepare candidates for developing electronic equipments which are applied across various domains such as heavy machinery, saellite communication, radio communication etc. Electronics Engineering is either offered as
P
Contributor-Level 10
Answered 2 months ago
The duration of the Durham College Canada Diploma in Electronics Engineering Technology is 6 semesters. The tuition fee for Year One international students is CAD 14,884 (Around INR 9 Lakh). Students can also opt for co-op education. A few of the career options after pursuing the course are:
- Construc
Contributor-Level 10
Answered 2 months ago
Sarala Birla University offers a full-time BTech in Electronics & Communication Engineering (ECE). BTech in ECE at Sarala Birla University is a four-year programme. The course curriculum comprises various core, elective, theoretical and practical subjects. Some subjects included in the curriculum of
H
Contributor-Level 10
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What are the career opportunities available after completing B.Tech in Electronic and Communication Engineering from DSU Junagadh?