Design (systems, sub-systems, and components for robustness, design standardization, benchmarking, cost reduction, and value engineering, support components and sub systems development)
Analysis (CFD, FEA, and reliability engineering, fatigue, crashworthiness, noise, vibration and harshness, FEA for engine components and systems)
Calculations (thermodynamic, principle / strength calculations)
Combustion development for performance and emission improvement
Concept & Layout Design of Engine: Bore, Stroke, Overall Layout Criteria, connecting rod, crankshaft, manifolds etc.
Sub-system design like valve train, front-end drives etc.
Design of components like hoses, pipes etc for system robustness
Design standardization by building Parts Library based on Parts Family
Benchmarking, Cost reduction and value engineering for engine components
Support for component development and development of subsystems like intake, exhaust, cooling, lubrication systems etc.
CFD and FEA for engine components & systems
Fatigue analysis, Crashworthiness, NVH (Noise Vibration & Harshness)
Thermodynamic Calculations - Intake & Exhaust Systems, Basic Engine Performance Prediction, Valve timing
Principle / Strength Calculations - 5 C’s, Valve train dynamics, Gear train, Powertrain, Lubrication System, Cooling system
FEA Analysis for engine components and systems, Occupant Simulation
Combustion development - for Performance & Emission improvement, Pump hardware selection, Injector spray pattern
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