MSBTE K-Scheme Syllabus for Mechanical 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 Mechanical Engineering Sixth Semester Syllabus (ME6K)
Download the Mechanical Engineering Sixth Semester Syllabus PDF using the link below.
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Looking for the MSBTE Mechanical Engineering Sixth Semester Syllabus PDF as per the K Scheme? You're in the right place! This page provides the official and updated ME6K syllabus PDF for the Sixth Semester of Mechanical Engineering diploma course under the MSBTE K Scheme.
The MSBTE ME6K syllabus PDF includes all sixth semester subjects, such as core theory, project work, practicals, and electives. It contains detailed information like subject codes, weekly teaching hours, course objectives, learning outcomes, and assessment methods—essential for final semester preparation.
Designed for final-year Mechanical Engineering (ME) diploma students, this syllabus helps you align with MSBTE K Scheme guidelines and complete your diploma successfully.
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 ME6K syllabus
✅ Official MSBTE Sixth Semester syllabus under K Scheme
✅ Covers theory, practical, and project subjects
✅ Essential for Mechanical Engineering diploma exam prep and project planning
Click the link below to download the MSBTE Mechanical Engineering Sixth Semester syllabus PDF (ME6K) and complete your diploma journey with confidence.
The sixth semester of the MSBTE Mechanical Engineering diploma (ME6K) is the final and most industry-oriented phase of the entire program. Under the K-Scheme curriculum, this semester focuses on preparing students for real industrial environments through advanced technical subjects, project work, maintenance practices, industrial automation concepts, and professional skills. The ME6K syllabus is designed to help students transition smoothly from academic learning to job roles in fields such as manufacturing, design, maintenance, thermal engineering, quality control, production supervision, and industrial automation. Understanding the complete ME6K syllabus helps students plan their workload, prepare effectively for MSBTE exams, and complete their final project with confidence.
The ME6K syllabus typically includes major subjects such as Industrial Fluid Power, Energy Management, Machine Drawing & CAD, Mechanical Engineering Design / Elective, Project Work, and Professional Practices – II. These subjects help students gain hands-on experience, apply engineering principles, and develop industry-ready technical skills.
Industrial Fluid Power
This subject focuses on the design and operation of fluid-powered systems used in manufacturing, automation, and heavy machinery. Important topics include:
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Hydraulic systems and components
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Pneumatic systems
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Pumps, compressors, valves, actuators
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Circuit design and troubleshooting
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Fluid power safety practices
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Industrial applications of hydraulics and pneumatics
This subject is essential for careers in automation, CNC systems, robotics, and mechanical equipment maintenance.
Energy Management
Energy Management teaches students how industries optimize energy usage to improve efficiency and reduce operational costs. Topics include:
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Energy audits
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Load management
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Energy conservation techniques
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Power factor improvement
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Renewable energy systems
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Industrial energy performance evaluation
These concepts are vital for industries such as manufacturing, automotive, HVAC, and utilities.
Machine Drawing & CAD
A core subject of the sixth semester, this focuses on advanced drafting and design communication. Students learn:
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Detailed part and assembly drawings
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Fits, tolerances, and geometric dimensioning
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Surface finish symbols
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Limits and fits
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CAD-based modeling and drafting
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Interpretation of industrial drawings
These skills are essential for design departments, production units, and engineering consultancies.
Mechanical Engineering Design / Elective
Depending on the institute, students may study Mechanical Design or an elective such as:
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Tool Engineering
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Advanced Manufacturing
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Thermal Systems
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Maintenance Engineering
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Automobile Technology
Mechanical Design enhances a student's ability to apply design principles, stress analysis, safety factors, and material selection in real engineering applications.
Project Work
The final project is the highlight of the ME6K semester. Students work individually or in groups to design, develop, and analyze a mechanical engineering solution. Projects may include:
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Mechanical models and prototypes
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CAD/CAM based design projects
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Automation and control setups
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Energy management studies
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Manufacturing and testing systems
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Thermal engineering applications
This project helps students gain experience in planning, teamwork, documentation, testing, and presentation—skills crucial for industry roles.
Professional Practices – II
This subject prepares students for professional life through:
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Industrial visits
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Case studies and seminars
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Resume writing and interview preparation
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Group discussions
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Mini-projects
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Workplace ethics and safety practices
These skills help students build confidence and improve their employability.
Practical Learning in ME6K
The ME6K K-Scheme includes extensive lab sessions, CAD practice, fluid power circuit building, energy audit activities, design calculations, and project development milestones. These practical components allow students to apply classroom learning to real engineering problems.
Students gain experience in:
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Creating complex CAD drawings
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Designing hydraulic and pneumatic circuits
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Conducting small-scale energy audits
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Developing mechanical design solutions
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Performing project testing and documentation
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Improving teamwork and communication skills
This practical exposure prepares students for internships, industrial training, and entry-level mechanical engineering jobs.
Syllabus Structure & Examination Pattern
The official ME6K syllabus includes:
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Unit-wise topic details
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Weekly teaching and practical hours
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Credit structure
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Term-work and practical requirements
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Internal and external exam patterns
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Learning outcomes for each subject
Understanding this structure helps students plan their semester efficiently and perform well in both theory and practical examinations.
Download the ME6K Syllabus PDF
At msbtesolutions.com, students can download the official MSBTE Mechanical Engineering Sixth Semester (ME6K) Syllabus PDF under the K-Scheme. The PDF contains complete unit-wise content, practical requirements, course outcomes, and exam patterns in a clean and easy-to-read layout.
If you are entering the final semester of the MSBTE Mechanical Engineering diploma, reviewing the ME6K syllabus will help you prepare for industry expectations, complete your final project successfully, and build strong technical skills for your engineering career. Download the MSBTE ME6K Sixth Semester Syllabus PDF today and complete your mechanical engineering journey with clarity, confidence, and industry-ready expertise.
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