PRINCIPLES OF MANAGEMENT
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INTRODUCTION TO MANAGEMENT AND ORGANIZATIONS
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PRINCIPLES OF MANAGEMENT
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PLANNING
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PRINCIPLES OF MANAGEMENT
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ORGANISING
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PRINCIPLES OF MANAGEMENT
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DIRECTING
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PRINCIPLES OF MANAGEMENT
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CONTROLLING
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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AUTOMOTIVE ENGINE COMPONENTS DESIGN-INTRODUCTION
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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DESIGN OF CYLINDER, PISTON AND CONNECTING ROD
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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DESIGN OF CRANKSHAFT
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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DESIGN OF FLYWHEELS
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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DESIGN OF VALVES AND VALVE TRAIN
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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DESIGN OF CONNECTING ROD
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AUTOMOTIVE ENGINE COMPONENTS DESIGN
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DESIGN OF CYLINDER
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN
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VEHICLE FRAME AND SUSPENSION
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN
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FRONT AXLE AND STEERING SYSTEMS
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN
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CLUTCH
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN
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GEAR BOX
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AUTOMOTIVE CHASSIS COMPONENTS DESIGN
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GEAR BOX
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TWO AND THREE WHEELERS
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THE POWER UNIT
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TWO AND THREE WHEELERS
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FUEL AND IGNITION SYSTEMS
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TWO AND THREE WHEELERS
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CHASSIS AND SUB-SYSTEMS
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TWO AND THREE WHEELERS
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BRAKES AND WHEELS
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TWO AND THREE WHEELERS
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TWO & THREE WHEELERS -CASE STUDY
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VEHICLE DYNAMICS
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CONCEPT OF VIBRATION
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VEHICLE DYNAMICS
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TIRES
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VEHICLE DYNAMICS
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VERTICAL DYNAMICS
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VEHICLE DYNAMICS
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LONGITUDINAL DYNAMICS AND CONTROL
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VEHICLE DYNAMICS
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LATERAL DYNAMICS
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Lab Manuals
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COMPUTER AIDED ENGINE AND CHASSIS DESIGN LABORATORY
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Lab Manuals
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TWO AND THREE WHEELERS LABORATORY
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