Diploma in Electronics and Communication Engineering is a three years diploma course which deals with the electronics network and devices, etc. Diploma in Electronics and Communication Engineering Syllabus is different according to the specialisation student will choose. The course is divided into six semesters which includes all the vital information needed to study.
A Diploma in Electronics and Communication Engineering course is a specialisation that students choose. Subject changes according to the topics changes. Diploma in Electronics and Communication Engineering's first-year syllabus focuses on the basics aspects of the course and from the second year, it will be the core course.
The diploma in Electronics and Communication Engineering course aims to include all the vital key points that are needed to study during the program. The course is divided into six semesters. Listed below is the semester-wise syllabus format:
Listed below is the first-year syllabus of the DECE course:
Semester I | Semester II |
Professional Communication | Electronic Components and devices. |
Applied Chemistry | Technical Drawing |
Applied Mechanics and Materials | Elementary Workshop Practice |
Electrical Engineering I | Computer Application for Engineering |
Listed below is the second-year syllabus for DECE:
Semester III | Semester IV |
Applied Mathematics II 50-52 | Electricals Devices and Circuit |
Electrical Engineering II 53-56 | Principal of Digital Electronics |
Industrial Electronics and 56-70 Transducers | Electronics Workshop |
Network Filters and Transmission Lines | Programming in C++ |
Listed below is the third year's syllabus of Electronics and Communication Engineering:
Semester V | Semester VI |
Industrial Management and Entrepreneurship Development | Audio and Video |
Environmental Education and Disaster management | Television Engineering |
Communication System | Microprocessor and Application |
Electronics Instrument and Measurement | Project 1 Problem |
Construction Management, Accounts and Entrepreneurship Development | Field Exposure |
Diploma in Electronics and Communication Engineering subjects are dynamic and consist of all the vital information of Electronics and communication Engineering subject Diploma. DECE the subject comprises core topics that are essential for the learning of the students.
Listed below are the core essential subject that students need to learn:
Listed below are the elective subjects:
Diploma in Electronics and Communication course comprises core topics which are important to learn. A Diploma in Electronics and Communication Engineering is a three years diploma course, divided into six semesters. The first two semesters consist of the basics level while from the third semester onwards core topic starts. Listed below is the core structure:
Teaching and learning are the two most important aspects of a course curriculum which will help students to understand the subject more deeply. The traditional classroom-based teaching method is most useful for students to learn and as queries.
The course is designed in a way that students get access to all the infrastructure and facilities available. Listed below are the teaching methodology and techniques:
Diploma Final Year Project For Electronics and Communication Engineering are an integral part of the studies. These projects are assessed by the professors to judge the student's understanding of the subjects. Students can choose their project topics based on the specialisation they choose to pursue. Some of the popular research projects are listed below:
Books are the most valuable assets and a great investment for the students. Diploma in Electronics and Communication Engineering books will help students to study the core subjects and also can learn about various topics according to their interests. Students can borrow books or can download online and also can purchase them. Listed below are some of the popular books:
Name of the Book | Author |
Electronics and Communication Engineering | Manoj Dole |
Basics of Electronics and Electrical Engineering | K. Shashidhar |
Objective Electronics Engineering | P.K Mishra |
Engineering Physics | D.k Bhattacharya, Poonam Tandon |
Electronics Communication Engineering | Manoj Dole |
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