Course outcomes:

On completion of course the student should be able to

• Analyze the various parameters in tensile testing
• Determine the ultimate strength of wood
• Determine the impact strength
• Calculate the hardness number of the given material
• Conduct torsion test on solid shaft and hollow shaft
• Analyze the micro structure of the metals and alloys

Course outcomes:

On completion of course the student should be able to

• Calibration of Venturi meter
• Calculate the friction factor of a given pipe
• Calculate the brake power and efficiency of Pelton turbine
• Calculate the brake power and efficiency of Kaplan turbine.
• Calculate the brake power and efficiency of Francis turbine
• Calculate the efficiency of Reciprocating Pump
• Calculate the efficiency of Centrifugal Pump

Course outcomes:

On completion of course the student should be able to

• Importance and advantages of CAD. Set drawing area and draw geometric shapes and modify as per requirement
• Add text with required font and size and also dimension by various methods
• Generate isometric model and draw circle on three iso planes
• Create 2D drawings with front, side view with all above features
• Significance of Layers. Create and assign properties to layers and modify layers
• Importance and advantages of blocks. Use of standard blocks and user defined blocks
• Need of solid modeling and various methods of solid modeling with different surfaces
• Create and modify 3D drawings
• Create three-dimensional entities using different methods
• Practice on primitives with 3d Basics
• Apply edit tools on primitives
• Apply the selection of material from library and create the part drawing with a given geometry using Solid Modeling software

Course outcomes:

On completion of course the student should be able to

• Leaning the operation and safety precautions of lathe and performing certain lathe operations
• Basic knowledge in operating welding equipment and performing some welding operations.
• Basic knowledge in sand preparation for moulds and making the moulds ready for casting operation.
• Safety precautions in operating the workshop equipment.

Course outcomes:

On completion of course the student should be able to

• Familiarize with R&AC tools and basic operations on soft copper tube.
• Identify and acquire knowledge on working of different parts of Refrigeration and Air conditioning systems.
• Develop knowledge on refrigerants.
• Calculate COP of R&AC system with given data and use P-H chart.
• Experimentally determine COP of R&AC systems.

Acquire knowledge on working of air cooler, water cooler, domestic refrigerator, split air conditioner and window air conditioner

Course outcomes:

On completion of course the student should be able to

• Importance of economic speed of given IC Engine
• Importance of cooling curves on IC Engine
• Importance of Morse Test on Multi-Cylinder IC Engine
• Importance of Performance Characteristics of given IC Engine
• Importance of Heat Balance of Given IC engine
• Investigation of Pressure Vs Temperature relationship of Saturated steam

Course outcomes:

On completion of course the student should be able to

• Identify the components of a pneumatic circuit and its applications.
• Direct control of single acting cylinder and to know the functioning of the equipment.
• Direct control of double acting cylinder and to know the functioning of the equipment.
• Speed control of double acting cylinder and to know the functioning of the equipment.
• Control the speed of double acting cylinder with OR and AND logics.