Course Details
| Course Code: |
EN7919 |
|
Course Title:
|
Thermodynamics
|
|
Short Title:
|
Thermo
|
| Course Level:: |
Level 7 |
| Valid From:: |
2020/2021 Sem 2 |
| Owner: |
Engineering Technology
|
| Assessment Method: |
Achievement |
| Course Aim |
To give students an advanced knowledge and specialist applicable skills in thermodynamic processes, cycles, and heat transfer.
|
| CILO |
| On Completion of this course, the learner will be able to |
| # |
Learning Outcome Description |
| 1 |
Select and demonstrate appropriate methods of temperature and pressure measurement. |
| 2 |
Apply the principles of conservation of mass, and energy including the ideal gas laws to solve advanced mass and energy balance problems. |
| 3 |
Solve advanced problems related to phases, phase changes, steam quality and property diagrams. |
| 4 |
Apply the principles of energy management to solve advanced engineering problems. |
| 5 |
Apply the principles of energy conversions, physical and thermochemical relations in specialist engineering applications. |
| No Other Controlled Assessments |
The institute reserves the right to alter the nature and timings of assessment
|
Affiliated Entities
|
| Entity Code |
Entity Title |
Entity Version |
Entity Type |
|
ENT6020
|
Diploma in Engineering Technology (Mechanical)
|
2
|
Programme
|
|
ENT6050
|
Diploma in Engineering Technology (Electromechanical)
|
1
|
Programme
|
|
ENT6100
|
Diploma in Engineering Technology (Automotive Technology)
|
1
|
Programme
|
|
ENT7020
|
Associate Degree in Engineering Technology (Mechanical)
|
2
|
Programme
|
|
ENT7050
|
Associate degree in Engineering Technology (Electromechanical)
|
1
|
Programme
|
|
ENT7070
|
Associate Degree in Engineering Technology (Chemical and Process Engineering)
|
1
|
Programme
|
|
ENT8020
|
Bachelor of Engineering Technology (Mechanical)
|
3
|
Programme
|
|
ENT8050
|
Bachelor of Engineering Technology (Electromechanical)
|
2
|
Programme
|
|
ENT8070
|
Bachelor of Engineering Technology (Chemical and Industrial Processes Engineering)
|
1
|
Programme
|
|
