Electronics & Telecommunication Engineering: Syllabus and Subjects

The syllabus and subjects of Electronics and Telecommunication Engineering are designed to provide a comprehensive understanding of both theoretical and practical aspects of the field. The first-year syllabus covers fundamental subjects such as physics, engineering mathematics, and engineering chemistry, which lay the foundation for the rest of the course. The following semesters include core and elective subjects. Additionally, the curriculum incorporates project work and industrial visits in the final semester to evaluate the student's overall application knowledge of the coursework.

Candidates can check the ETE Syllabus Highlights from the table below.

The Electronics & Telecommunication is a four-year-long undergraduate degree. There are eight semesters in total. Given below is the semester-wise list of all the subjects included in the Electronics & Telecommunication course syllabus: 

Electronics and Telecommunication First-Year Syllabus

Electronics and Telecommunication Second-Year Syllabus

Electronics and Telecommunication Third-Year Syllabus

Electronics and Telecommunication Fourth-Year Syllabus

In the field of Electronics and Communication Engineering, the subjects can be categorized into three types: core subjects, elective subjects, and lab subjects. Core subjects are mandatory for every candidate to study, while elective subjects can be chosen from a list of subjects. Lab subjects are practical subjects or subjects that are taught based on your field of study.

Electronics and Telecommunications Engineering Core Subjects 

Given below is the list of all the core subjects included in the Electronics and Telecommunications Engineering course syllabus -

• Electronic Drive and Circuits
• Advanced Antenna Theory
• Digital Systems Design
• Digital Communication
• Analog Communication
• Digital Image Processing
• Electromagnetic Fields
• Analog Circuits
• Principles of Communication

Electronics and Telecommunications Engineering: Elective Subjects 

Given below is the list of elective subjects included in the Electronics & Telecommunication course syllabus: 

• Power Electronics 
• VLSI Design 
• Nano Electronics 
• MEMS and Microsystems 
• Advanced 4G Systems 
• Algorithms and Data Structure 
• Satellite Communication & RADAR Engineering
• Optical Communication 
• Embedded Systems 
• IOT 
• Adaptive Signal Processing 
• Multimedia Communications 
• Neural Network and Fuzzy Control 

Electronics & Telecommunications Engineering: Lab Subjects

Given below is the list of lab subjects included in the Electronics & Telecommunication course syllabus: 

• Communication Engineering Lab 
• Systems Design Lab 
• Control Engineering Lab 
• Control Systems Lab 
• Microprocessor Lab 
• Analog IC Lab 

Candidates can find the ETE Syllabus for distant learning from the table below.

The Electronics and Telecommunications Engineering course structure is common for the B.Tech, M.tech and Diploma degrees. All the degrees in Electronics and Telecommunications Engineering include: 

• Core Subjects 
• Elective Subjects 
• Lab Subjects 
• Projects 
• Seminars 
• Workshops 
• Internships 
• Number of Semesters depending upon the type of the degree 

Here are the projects that are included in the Electronics and Telecommunications Engineering course syllabus. Students are required to do these during their final year.  These projects help the students to gain conceptual understanding and improve their problem-solving skills. The projects are 

• Home Automation using IoT 
• Signal Tracker System 
• RFID-based Access System 
• Solar Tracking 
• Digital Data Streaming 
• Smart Energy Instrument using GSM

Here are some books the students of Electronics and Telecommunication Engineering can refer to: 

• Elements of Electromagnetics by Sadiku 
• Silicon VLSI Technology by Plummer Deal 
• Automatic Control Deal by BC Kuo 
• Electronics Communications by Roddy Cooln 
• Communication Systems by SP Sapre and RP Singh 
• Modern Digital Design by Richard Sandige 
• VHDL Techniques, Experiments and Caveats by Joseph Pick

Electronics and Telecommunications Engineering is a specialization in communications engineering , employing a range of teaching approaches. Aside from lecture-based instruction, there are electronics and telecommunications laboratories, projects, and other knowledge-based activities. Some of the most common teaching methods used in the Electronics and Telecommunications Engineering course are given below: 

• Group Projects 
• Workshops 
• Practicals 
• Case Methodology 
• Lectures