MSBTE K-Scheme Syllabus for Electrical Engineering Diploma
Note: The subjects listed for the 6th semester are provisional and not yet finalized. Updates will be made once the official MSBTE syllabus is confirmed. Please check back soon for the latest information.
MSBTE Electrical Engineering Sixth Semester Syllabus (EE6K)
Download the Electrical Engineering Sixth Semester Syllabus PDF using the link below.
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Looking to download the MSBTE Electrical Engineering Sixth Semester Syllabus PDF as per the K Scheme? You’re at the right place! This page provides the official and updated EE6K syllabus PDF for the Sixth Semester of Electrical Engineering diploma course under the MSBTE K Scheme.
The MSBTE EE6K syllabus PDF includes advanced subjects such as Electrical Machines, Power System Protection, Industrial Automation, and Project Work. It also covers crucial academic details like subject codes, weekly teaching hours, course outcomes, and assessment schemes, enabling students to effectively plan their studies and complete their diploma with confidence.
This syllabus is designed for final-year Electrical Engineering (EE) diploma students, aligning with the latest MSBTE K Scheme, and prepares students for both exams and industry challenges.
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 EE6K syllabus
✅ Official MSBTE Sixth Semester syllabus under K Scheme
✅ Includes theory, labs, electives, and final project work
✅ Ideal for Electrical Engineering diploma students
Click the link below to download the MSBTE Electrical Engineering Sixth Semester syllabus PDF (EE6K) and complete your diploma with thorough preparation.
The sixth semester of the MSBTE Electrical Engineering diploma is the final and most industry-oriented stage of the program. Under the K-Scheme curriculum, the EE6K semester focuses on advanced electrical technologies, industrial automation, power system operations, project development, energy management, and the practical application of engineering knowledge. This semester prepares students to transition smoothly into professional roles in power plants, substations, industrial maintenance units, automation companies, renewable energy sectors, and electrical project consultancy. Understanding the complete EE6K syllabus helps students manage their time effectively, perform well in MSBTE examinations, and successfully complete the final-year project.
The EE6K syllabus generally includes major subjects such as Switchgear & Protection, Industrial Automation (PLC/SCADA), Energy Management, Testing & Quality Assurance, Electrical Project Work, and Professional Practices–II. Each of these subjects is designed to build strong technical competency and prepare students for real-world electrical engineering environments.
Switchgear & Protection
Students learn the principles and applications of circuit breakers, protective relays, fuses, isolators, CTs, PTs, protection schemes, fault analysis, and system safety. Switchgear and protection systems are essential for safeguarding electrical networks from faults, overloads, and abnormal operating conditions.
Industrial Automation (PLC/SCADA)
This subject introduces advanced automation concepts, including PLC programming, ladder diagrams, I/O modules, HMI systems, SCADA architecture, industrial sensors, and real-time monitoring. Automation skills are in high demand across manufacturing industries, power sectors, processing plants, and smart factories.
Energy Management
Students learn strategies for improving energy efficiency, reducing power consumption, optimizing electrical loads, power factor improvement, energy audits, and renewable energy integration. With industries increasingly focusing on sustainability, this subject has significant practical importance.
Testing & Quality Assurance
This subject focuses on the testing procedures for electrical equipment such as transformers, motors, switchgear, cables, and electrical installations. Students learn insulation testing, continuity testing, high-voltage testing, performance evaluation, safety compliance, and quality assurance standards. These skills are essential for electrical inspection, commissioning, and maintenance roles.
Electrical Project Work
The final-year project is the core component of the EE6K semester. Students work individually or in teams to design and implement an engineering project related to electrical circuits, automation, renewable energy, control systems, power electronics, or industrial applications.
The project helps students gain experience in:
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Circuit design & simulation
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Wiring, testing, and installation
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PLC programming and automation setups
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Renewable energy modeling
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Electrical panel design
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Documentation and technical reporting
This project serves as practical training for industry expectations and often becomes a highlight in job interviews.
Professional Practices – II
This subject prepares students for industry readiness through seminars, industrial visits, case studies, teamwork activities, resume building, interviews, safety practices, and soft-skill development. It helps students transition from academic learning to professional employment.
The EE6K K-Scheme syllabus also includes laboratory sessions, automation practicals, equipment testing tasks, project milestones, and term-work submissions. These hands-on components allow students to apply theoretical knowledge to real-world electrical systems and enhance their confidence in using tools, testing instruments, and automation software.
Students gain practical experience in:
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Programming PLCs
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Configuring SCADA systems
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Testing electrical equipment
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Performing energy audits
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Conducting protection relay tests
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Assembling and presenting project work
The syllabus also clearly outlines unit-wise content, weekly hours, credit structures, internal/external evaluation patterns, and practical requirements. Understanding this structure helps students manage their workload and prepare strategically for exams and project reviews.
At msbtesolutions.com, students can download the official MSBTE Electrical Engineering Sixth Semester (EE6K) Syllabus PDF under the K-Scheme. The PDF includes complete unit-wise details, practical components, course outcomes, and assessment schemes arranged in a clean, easy-to-read format.
If you are entering the final semester of the MSBTE Electrical Engineering diploma, reviewing the EE6K syllabus will help you prepare thoroughly for exams, complete your final project successfully, and build the industry-ready skills needed for a strong engineering career. Download the MSBTE EE6K Sixth Semester Syllabus PDF today and complete your electrical engineering journey with clarity, confidence, and professional excellence.
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