*Semester 1:*

1. *Engineering Mathematics-I*

   - Algebra, Trigonometry, Calculus, and Statistics.

2. *Engineering Physics*

   - Basics of mechanics, optics, and thermodynamics.

3. *Engineering Chemistry*

   - Basics of chemical reactions, materials, and corrosion.

4. *Basic Electrical and Electronics Engineering*

   - Fundamentals of circuits, motors, and electronic components.

5. *Engineering Drawing*

   - Technical drawing and CAD (Computer-Aided Design).

6. *Workshop Technology*

   - Hands-on training in fitting, welding, carpentry, and machining.

 

*Semester 2:*

1. *Engineering Mathematics-II*

   - Advanced calculus, differential equations, and probability.

2. *Engineering Mechanics*

   - Statics, dynamics, and kinematics.

3. *Basic Mechanical Engineering*

   - Thermodynamics, heat transfer, and fluid mechanics.

4. *Communication Skills*

   - English language and technical communication.

5. *Computer Applications*

   - Basics of programming and software tools.

6. *Environmental Studies*

   - Environmental science and sustainability.

 

*Semester 3:*

1. *Strength of Materials*

   - Stress, strain, and material strength.

2. *Thermodynamics*

   - Laws of thermodynamics and heat transfer mechanisms.

3. *Manufacturing Processes*

   - Casting, forging, welding, and machining.

4. *Fluid Mechanics and Machinery*

   - Fluid dynamics and hydraulic machines.

5. *Workshop Practice*

   - Hands-on training in mechanical repair and maintenance.

6. *Mathematics-III*

   - Advanced topics in mathematics relevant to mechanical engineering.

 

*Semester 4:*

1. *Machine Drawing*

   - Technical drawing of mechanical components and assemblies.

2. *Theory of Machines*

   - Kinematics and dynamics of machines.

3. *Heat Transfer*

   - Conduction, convection, and radiation.

4. *Production Technology*

   - Modern manufacturing techniques and equipment.

5. *Material Science and Metallurgy*

   - Properties and applications of engineering materials.

6. *Industrial Training*

   - Internship or industrial visit.

 

*Semester 5:*

1. *Design of Machine Elements*

   - Design principles for mechanical components.

2. *Internal Combustion Engines*

   - Working principles and components of IC engines.

3. *Refrigeration and Air Conditioning*

   - Basics of refrigeration and HVAC systems.

4. *Automation and Robotics*

   - Basics of automation and robotics in manufacturing.

5. *Project Work*

   - Capstone project related to mechanical engineering.

6. *Quality Control and Reliability*

   - Quality assurance and testing methods.

*Semester 6:*

1. *Power Plant Engineering*

   - Basics of power generation and plant operations.

2. *Advanced Manufacturing Techniques*

   - Modern manufacturing technologies and materials.

3. *Entrepreneurship Development*

   - Basics of starting and managing a business.

4. *Comprehensive Viva*

   - Oral examination covering all subjects.

5. *Elective Subjects*

   - Optional subjects based on student interest (e.g., renewable energy systems, automotive engineering).

 

*Additional Topics (Optional or Elective):*

- *Renewable Energy Systems*

- *Automotive Engineering*

- *Composite Materials*

- *Computational Fluid Dynamics (CFD)*

- *Advanced Robotics*

 

*Practical Components:*

- *Lab Work:*

  - Material testing, thermodynamics labs, and fluid mechanics labs.

- *Workshops:*

  - Hands-on training in mechanical repair and maintenance.

- *Industrial Visits:*

  - Visits to manufacturing plants and research facilities.

- *Projects:*

  - Design and development of mechanical systems and devices.

 

*Key Skills Developed:*

- *Technical Skills:*

  - Design, analysis, and troubleshooting of mechanical systems.

- *Software Skills:*

  - CAD tools (e.g., AutoCAD, SolidWorks), simulation tools (e.g., ANSYS), and programming.

- *Soft Skills:*

  - Communication, teamwork, and project management.