COURSE OUTCOME
 VELOCITY AND ACCELERATION OF VARIOUS KINEMATIC LINKAGES
 FOUR BAR AND SLIDER CRANK MECHANISMS USING ANALYTICAL AND
GRAPHICAL METHODS.
 FORCE ANALYSIS OF MECHANISMS AND TURNING MOMENT DIAGRAMS AND
FLYWHEEL.
 VARIOUS PARAMETERS OF GEARS AND GEAR TRAINS.
 GOVERNORS AND GYROSCOPES.
 CONCEPT OF BALANCING.
 FREE AND FORCED VIBRATION OF SINGLE DEGREE OF FREEDOM SYSTEMS. TWO
AND MULTI DEGREE FREEDOM SYSTEMS. DESIGN CONCEPT, SELECTION OF 
MATERIALS AND MANUFACTURING CONSIDERATIONS WHILE DESIGNING.
 COMPUTER AIDED DESIGN CONCEPTS AND APPLICATIONS
 DESIGN AND DRAWING OF FASTENERS AND CONNECTION AND POWER
TRANSMISSION ELEMENTS.
 DESIGN AND DRAWING OF FRICTION CLUTCHES AND BRAKES.