Syllabus  for a 2-year Diploma in Mechanical Engineering

First Year 

1. Engineering Mathematics

• Algebra, Trigonometry, Differential Calculus
• Applications in mechanical problems (velocity, acceleration, optimization)
• Integral calculus, differential equations
• Applications in mechanics (work, energy, centroids)

2. Engineering Physics

• Laws of motion, thermodynamics basics
• Properties of materials (stress, strain, elasticity)
• Heat transfer, waves, optics
• Fluid mechanics basics (Bernoulli’s theorem)

3. Engineering Drawing

• Orthographic projections, isometric views
• CAD basics (manual drafting was still common in 2010)

4. Workshop Technology

• Carpentry, fitting, sheet metal work
• Introduction to lathe, drilling, grinding
• Welding (arc, gas), foundry (casting)
• Machine tools (shaper, milling machine)

5. Communication Skills

• Technical report writing, basic English for engineers

6. Engineering Mechanics

• Statics (forces, equilibrium, friction)
• Dynamics (projectile motion, momentum)

7. Material Science

•  Metals, alloys, polymers, heat treatment, corrosion

8. Thermal Engineering

•  Laws of thermodynamics, entropy, heat engines, refrigeration cycles. 

9. Electrical Technology

• DC/AC circuits, motors, transformers
• Sensors & instrumentation basics

10. Machining-milling, grinding

• Casting, forging, machining (lathe, milling, drilling). 

SECOND YEAR

1. Fluid Mechanics & Hydraulics

•  Fluid properties, Bernoulli’s theorem, pumps, turbines. 
• Properties of fluids, flow measurement
• Pumps, turbines, hydraulic systems

2. Strength of Materials

• Stress-strain diagrams, bending moment, torsion
• Beam theory, columns & struts

3. Manufacturing Processes

• Machining (turning, milling, grinding)
• CNC basics, welding techniques

4. Machine Design

• Design of shafts, keys, couplings
• Bearings, fasteners, safety factors

5. Industrial Management

• Production planning, quality control (TQM)
• Safety norms, ISO standards

6. Automobile Engineering

• Chassis, transmission, suspension systems
• Engine components, emission norms

7. Power Plant Engineering

• Thermal, hydro, and nuclear power systems. 

8. Metrology: Measurement tools, Quality control