Mechanical Engineering

• Teaching and general pedagogy focus on theoretical education and training, and on developing the education system and teaching curricula.
• Diagnostics and support deal with learning procedure diagnostics, heterogeneity in individual support approaches, schools, and performance assessment.
• Professional training in schools and companies comprises content on vocational education and the specific structure conditions of the vocational college.
• Technology training provides two courses involving practical exercises and theories to learn how to teach technical knowledge

Course Progression: Mechanical Engineering

Diploma (First Year – Semester 1 & 2)

A strong foundation in core mechanical systems, materials, and industrial processes.

• Start with fundamentals like Applied Physics, Applied Mathematics, and Machine Tool Technology, building the core of mechanical problem-solving.
• Start with fundamentals like Applied Physics, Applied Mathematics, and Machine Tool Technology, building the core of mechanical problem-solving.
• Understand machine behavior through General Mechanical Engineering and hands-on Vocational Practical sessions.
• Strengthen workplace skills with Computing Skills, Functional English, and practical workshops that align with modern vocational programs.
• Move into industry-oriented subjects such as Production Technology, Metrology, Manufacturing Technology – I, and Industrial Management.
• Learn quality and operational fundamentals through Total Quality Management and Basics of Economy and Market — essential for future engineers in any engineering university or technical program.

Advanced Diploma (Second Year – Semester 3 & 4)

Transition into mechanical systems, manufacturing processes, and mechatronics.

• Deepen your technical base with Material Science, Manufacturing Technology – II, and General Mechanical Engineering – I.
• Begin integrating electronics into mechanical systems through Fundamentals of Mechatronics.
• Strengthen workplace readiness with Communication Skills and Financial Literacy.
• Explore advanced engineering concepts like Tool Engineering, Agile & Lean Manufacturing Systems, and Metal Forming Processes.
• Build logical and computing capabilities through Computing Skills-II and Basics of Accounting.
• The perfect stage for students preparing for a bachelor’s in mechanical engineering through the B.Voc pathway.



B.Voc Degree (Third Year – Semester 5 & 6)

Industry-focused specialization, product design training, and real-time project experience.

• Work with high-precision systems through Mass Production Devices, Design Concepts in Engineering, and Product Design & Development.
• Step into digital engineering tools like CAD & CAM, widely used in global manufacturing industries.
• Learn futuristic processes through Rapid Prototyping & Reverse Engineering, essential for modern machine engineering roles.
• Strengthen digital capabilities with Digital Literacy.
• Final year enhances professional readiness with Process Planning, Cost Estimation, Tool & Die Making, and Entrepreneurship.
• Conclude with a major industrial project, showcasing your abilities in modern technology training and vocational education.

M.Voc Degree (Postgraduate Level – 2 Years)

Advanced manufacturing, automation, machining science, and research excellence.

Year 1 – Advanced Mechanical Systems & Intelligent Manufacturing

• Strengthen analytical ability through Advanced Mathematics and Operational Management.
• Dive deeper into machining with Principles of Machining Process and Hydraulics & Pneumatics.
• Learn advanced computer-aided design tools via Computer Graphics and CAE.
• Explore modern machining methods, Numerical Control of Machine Tools, and Non-Traditional Machining.
• Enhance innovation through Reverse Engineering & Rapid Prototyping and advanced Mechatronics.
• Strengthen understanding of customer-driven design with Quality Function Deployment.

Year 2 – High-End Intelligent Manufacturing & Research

• Advance analytical and optimization skills through Discrete Structure, Optimization, and Instrumentation & Measurement.
• Understand real-world behavior of materials through Experimental Stress Analysis and Mechanical Behavior of Materials.
• Learn industrial transformation methods such as Business Process Reengineering (BPR).
• Move into futuristic technologies like Robotics, Holonic Manufacturing Systems, and Principles of Machine Design.
• Finalize the degree with Research Methodology and a comprehensive Dissertation, preparing you for leadership roles across manufacturing, design, automation, and industrial engineering.