Impart knowledge of engineering materials, microstructures, stress-strain behavior, and Indian industrial manufacturing applications.
Explain measurement systems, vernier metrology, tolerances, and traditional fabrication techniques (foundry, welding, machining).
Teach principles of fluid mechanics, Pascal's law, continuity, and Bernoulli's energy theorem in hydraulic machinery.
Analyze thermodynamic systems, laws of conservation, steam generation (Boilers), and dryness fraction calculations.
Detail internal combustion engines (2-stroke & 4-stroke SI/CI), air standard cycles (Otto, Diesel), and reciprocating compressors.
Select suitable engineering materials for automotive, structural, and thermal applications based on mechanical properties.
Demonstrate precision measurement methods and identify appropriate manufacturing processes for mechanical components.
Apply Pascal's law, continuity equation, and Bernoulli's equation to calculate pressures and flow discharge in pipelines.
Apply 1st and 2nd Laws of Thermodynamics to closed/open systems and compute steam dryness fraction using steam tables.
Evaluate thermal efficiency of Otto, Diesel, and Dual air cycles and distinguish 2-stroke vs 4-stroke petrol & diesel engine mechanics.