MSBTE K-Scheme Syllabus for Electronics & Tele-communication Engineering Diploma
MSBTE Electronics & Tele-communication Engineering Second Semester Syllabus (EJ2K)
Download the Electronics & Tele-communication Engineering Second Semester Syllabus PDF using the link below.
Sr. | Subject Names and Codes | |
1. | ||
2. | ||
3. | ||
4. | ||
5. | ||
6. | ||
7. | ||
8. |
Looking for the MSBTE Electronics & Telecommunication Engineering Second Semester Syllabus PDF as per the K Scheme? You’re at the right place! This page offers the official and updated EJ2K syllabus PDF for the Second Semester of Electronics and Telecommunication Engineering diploma course under the MSBTE K Scheme.
The MSBTE EJ2K syllabus PDF includes all second semester subjects such as Engineering Mathematics, Applied Science, Fundamentals of ICT, Engineering Graphics, and Workshop Practice. It also provides complete academic details like subject codes, weekly teaching hours, course outcomes, and assessment schemes—helping students prepare efficiently and plan their studies semester-wise.
Designed for diploma students in Electronics & Telecommunication Engineering (EJ), this syllabus follows the latest MSBTE K Scheme structure for technical education.
In addition to core subjects, students enrolled in the MSBTE K-Scheme Computer Engineering Diploma will have the option to choose electives based on their interests and career goals. The availability of elective subjects may vary across different colleges and institutes.
✅ Free PDF download of EJ2K syllabus
✅ Official MSBTE Second Semester syllabus under K Scheme
✅ Includes theory, practicals, and lab subjects
✅ Best for academic planning and MSBTE exam preparation
Click the link below to download the MSBTE Electronics & Telecommunication Engineering Second Semester syllabus PDF (EJ2K) and stay updated with your academic goals.
The second semester of the MSBTE Electronics & Telecommunication Engineering (ENTC) diploma is an essential continuation of the foundational concepts introduced in the first semester. Under the K-Scheme curriculum, the EJ2K semester focuses on strengthening mathematical reasoning, scientific analysis, drawing interpretation, electrical understanding, communication skills, and hands-on workshop techniques. These subjects are critical for ENTC students because they form the basis for advanced topics such as electronic devices, digital circuits, microcontrollers, embedded systems, communication engineering, and networking. Understanding the complete EJ2K syllabus allows students to prepare more effectively for upcoming electronics-based subjects and develop strong academic discipline.
The EJ2K syllabus generally includes subjects such as Applied Mathematics, Applied Science, Engineering Graphics, Basic Electrical Engineering, Communication Skills, and Workshop Practice. These subjects contribute directly to building the technical thinking and practical capabilities required in electronics and communication engineering.
Applied Mathematics
Mathematics in the second semester becomes more advanced and introduces concepts that support future analytical subjects like signal processing, circuit analysis, modulation techniques, and microcontroller programming. A strong mathematical base is essential for solving electronic equations, analyzing waveforms, and working with binary logic.
Applied Science
Applied Science deepens students’ understanding of electricity, magnetism, optics, materials, and heat—concepts that are directly applied in electronics subjects. Topics like semiconductors, electromagnetic principles, and thermal effects form the core of ENTC engineering and are essential for future study in analog and digital electronics.
Engineering Graphics
Engineering Graphics continues to build visualization and technical drawing skills. Students learn advanced projection methods, sectional drawings, isometric sketches, and interpretation of engineering diagrams. These skills become particularly useful when working with PCB design, circuit layouts, enclosures, and equipment diagrams in higher semesters.
Basic Electrical Engineering
This subject introduces electrical principles such as current, voltage, power, AC/DC circuits, transformers, motors, wiring systems, and measurement instruments. Understanding electrical fundamentals is crucial for ENTC students because electronics engineering is built on the foundation of electrical science. This subject supports future learning in power supplies, analog circuits, and electrical machines.
Communication Skills
Communication Skills in the second semester focuses on improving technical writing, professional speaking, report preparation, presentation methods, and workplace communication. Electronics engineers must communicate concepts clearly—whether documenting experiments, writing code comments, or presenting projects.
Workshop Practice
Workshop Practice provides hands-on exposure to soldering, wiring, tool handling, safety practices, and basic fabrication. These skills are directly applicable to electronics tasks such as assembling circuits, repairing devices, testing components, and building electronic prototypes.
The EJ2K K-Scheme syllabus includes complete details about unit-wise content, practical tasks, course outcomes, weekly teaching hours, credit distribution, and internal/external assessment patterns. Understanding this structure helps students manage their workload, focus on high-importance chapters, and prepare more confidently for MSBTE examinations.
Practical components such as electrical experiments, drawing assignments, mathematical problem solving, workshop tasks, and science labs help students apply theoretical concepts to real engineering scenarios. These hands-on experiences strengthen confidence and prepare students for advanced laboratory subjects like Digital Techniques, Electronic Devices, and Microcontrollers.
At msbtesolutions.com, students can download the official MSBTE Electronics & Telecommunication Engineering Second Semester (EJ2K) Syllabus PDF under the K-Scheme. The PDF includes all unit-wise syllabus details, practical requirements, course outcomes, and exam patterns in a simple and easy-to-navigate layout.
If you are entering the second semester of the MSBTE ENTC diploma, reviewing the EJ2K syllabus will help you build a strong technical foundation, develop essential analytical skills, and prepare confidently for electronics-focused subjects in the coming semesters. Download the MSBTE EJ2K Second Semester Syllabus PDF today and continue your engineering journey with clarity and confidence.
Social Plugin