CH-310: FUEL & ENERGY
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S.No.
|
CLO’s
|
Taxanomy Level
|
Programme Learning Outcome
|
1
|
Discuss the basic properties of the fuels, principles and the concepts of energy generation
|
C2
|
Engineering Knowledge
|
2
|
Solve for the different problems occurs in different types of combustors.
|
C3
|
Problem Analysis
|
3
|
Analyze different fuels and energy recovery system with their effects on environmental pollution and their remedial actions
|
C4
|
Environment and Sustainability
|
4
|
Practice the calculation of basic properties of the fuels
|
P3
|
Investigation
|
CH-307: HEAT TRANSFER
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S.No.
|
CLO’s
|
Taxanomy Level
|
Programme Learning Outcome
|
1
|
Describe the basic heat transfer parameters, balance of heat transfer equipment, measurement results using different methods.
|
C2
|
Engineering Knowledge
|
2
|
Solve problems for different heat transfer mechanism; conduction, convection and radiation.
|
C3
|
Problem Analysis
|
3
|
Analyze the performance on industrial heat transfer systems / equipment’s.
|
C4
|
Investigation
|
4
|
Imitate experiment on heat transfer lab equipment and interpret experiment data.
|
P3
|
Modern Tool Usage
|
CH-309: CHEMICAL REACTION ENGINEERING
|
S.No.
|
CLO’s
|
Taxanomy Level
|
Programme Learning Outcome
|
1
|
Discuss kinetics and rate equations.
|
C2
|
Engineering Knowledge
|
2
|
Apply mathematical methods for process design of chemical processes.
|
C3
|
Problem Analysis
|
3
|
Design of various types of reactors
|
C5
|
Design / Development of Solutions
|
4
|
Practice reaction engineering theory using experimental tools in Laboratory
|
P3
|
Investigation
|
CH-311: MASS TRANSFER
|
S.No.
|
CLO’s
|
Taxanomy Level
|
Programme Learning Outcome
|
1
|
Explain/clarify the concepts and reasons behind the mass transfer operations
|
C2
|
Engineering Knowledge
|
2
|
Develop/apply different types of mathematical relations to solve the mass transfer problems.
|
C3
|
Problem Analysis
|
3
|
Designing of the mass transfer operations.
|
C5
|
Design / Development of Solutions
|
4
|
Practice mass transfer theory using experimental tools in Laboratory
|
P3
|
Modern Tool Usage
|
MT-332: ADVANCED CALCULUS & LINEAR ALGEBRA
|
S.No.
|
CLO’s
|
Taxanomy Level
|
Programme Learning Outcome
|
1
|
Describe formation of system of linear equations and vector calculus to explain physical situations.
|
C2
|
Engineering Knowledge
|
2
|
APPLY appropriate methods to solve system of linear equations in relevant engineering problems.
|
C3
|
Problem Analysis
|
3
|
Use of vector calculus in relevant engineering problems.
|
C3
|
Problem Analysis
|