| 1 | Comprehension of the thermodynamic concepts and laws by using the thermodynamic terminology properly. |
| 2 | Distinction between pure substance and ideal gas, and evaluation of the properties of the substances. |
| 3 | Constitution of appropriate assumptions and obtaining thermodynamic data necessary to solve thermodynamic problems. |
| 4 | Determination of the limits of the performance of the thermal engines. |
| 5 | Comprehension of gas power cycles. Performing quantitative air-standard cycle analysis by using basic thermodynamic principles. |
| 6 | Comprehension of the relationship of thermodynamics to other engineering and non-engineering disciplines. |