Overview:
Mechanical Engineering is one of the oldest and broadest engineering disciplines, applying principles of design, manufacturing, and service. It forms the foundation for many other engineering fields, offering graduates a wide range of career options in industries like automotive, aerospace, energy, manufacturing, and automation.

Key Areas of Study:

• Strength of Materials

• Manufacturing Engineering

• Engineering Design

• Thermal Engineering

• Automobile Engineering

• Fluid Mechanics and Fluid Power

• Computer-Aided Design (CAD)

• Computer-Aided Manufacturing (CAM)

• Power Plant Engineering

• Refrigeration and Air Conditioning

Facilities and Learning Approach:

• Well-equipped laboratories with modern machinery and tools

• Industrial visits, guest lectures, and hands-on workshops

• Strong focus on communication skills, vocabulary, and professional interaction

• Life skill development for social and professional success

Laboratories & Major Equipment:

1. Manufacturing Technology Lab: Lathes, shaper, milling, grinding, slotter, welding transformers

2. Measurements & Metrology Lab: Metallurgical microscope, mounting machine, polishing machine

3. Process Automation Lab: Hydraulics and pneumatic kits, automation setups

4. Thermal Engineering Lab: Petrol and diesel engines, performance testing rigs

5. CNC Lab: CNC lathe and milling machines

6. Refrigeration & Air Conditioning Lab: Refrigeration rigs, cooling towers, air conditioning test setups

7. Automobile Technology Lab: Engine, gearbox, clutch, crown assemblies

8. Strength of Materials Lab: UTM, hardness testers, torsion, impact, and spring testers

9. Fluid Mechanics Lab: Bernoulli’s apparatus, pumps, turbines

Hands-on Skills Developed:

• Machining and manufacturing techniques

• Testing of materials and components

• Automation and control systems

• Thermal systems analysis

• CNC programming and operation

• Automobile assembly and maintenance

• Communication and professional development