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Automotive Mechanics
- Components
- Engine ( Power Curve, Torque Curve )
- Clutch, Transmission and Differential
- Steering System
- Suspension System and Types ( Geometry: Camber, Caster, Toe, King-Pin )
- Brake Systems ( Disc Brakes, Drum Brakes )
- ABS
- Wheels and Tires
Internal Combustion Engines
- Fuels and chemical kinetics
- Fuel Injection Systems
Materials Science
- High Temperature Materials
- Light Weight Materials
- Composite Materials
- Nanocomposites
Solid Mechanics
- Calculation of Stress and Strain, Basic -Problems
- Failure Mechanisms
- Fatigue
- Fracture
- Finite Elements Applications ( Solid Mechanics)
- Basic CATIA + Meshing
Hybrid Cars
Vehicle Aerodynamics
- Aerodynamic Drag of Passenger Cars
- Aerodynamic Drag of Commercial Vehicles
Braking Mechanics
- Brake Proportioning
- Wheel Lock
Vehicle Dynamics
- Longitudinal Motion
- Lateral and Yaw Motion
- Yaw-Roll Motion
- Modeling of Suspension
Automotive Control Systems
- Vehicle Control (ABS, ESP, ESC etc.)
- Adaptive Cruise Control
- Active Suspension Control
- Path following
- Engine Control
- Transmission Control
- Robustness Issues
Combustion
- Diffusion flames
- Premixed flames
- HCCI engines
- Combustion modeling
- Detonation
Emissions and Emission Reduction Technologies
- SI engine emissions
- CI engine emissions
- Emission regulations
- Catalytic convertors
- Lean and stratified combustors
- After treatment devices
- Emission reduction technologies
Fuel Cells
- On board hydrogen production
- Fuel cell system modeling
- Hydrogen storage
Engines
- Two stroke engines
- Four stroke engines
- Thermodynamic analysis of engines
- Heat transfer analysis
- Cooling systems
- Intake and exhaust systems
- Combustors
- Turbocharging and supercharging
Automotive Ergonomics
Mechanical Vibrations
Acoustics and Noise
Mechatronics
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