Faculty | Engineering |
School | Chemical Engineering |
Qualification Awarded | CHEMICAL AND BIOMOLECULAR ENGINEERING |
Programme of Study | GSP CHEMICAL AND BIOMOLECULAR ENGINEERING (2020- until now) |
Cycle / Level | 2nd / Postgraduate |
Academic Year | 2018 - 2019 |
Status | Active |
Website | gradschool.cheng.auth.gr |
Contact email | msc@cheng.auth.gr |
ECTS / Workload | One ECTS unit corresponds to 30 hours of workload. |
Code | Title | ECTS | Type |
---|---|---|---|
EA1 | Measurement Principles and Methodology - Advanced Instrumental Analysis I | 2 | CompSem |
EM1 | Applied Mathematics | 0 | SEM |
ETH1 | Applied Thermodynamics | 7 | COR |
FM1 | Transport Phenomena | 7 | COR |
SD1 | Process and Equipment Design | 7 | ELC |
XB1 | Chemical and Biochemical Kinetics | 7 | COR |
Code | Title | ECTS | Type |
---|---|---|---|
BM1 | Biology for Engineers | 7 | ELC |
EA1 | Measurement Principles and Methodology - Advanced Instrumental Analysis I | 2 | CompSem |
EM1 | Applied Mathematics | 0 | SEM |
ETH1 | Applied Thermodynamics | 7 | COR |
FM1 | Transport Phenomena | 7 | COR |
SD1 | Process and Equipment Design | 7 | ELC |
XB1 | Chemical and Biochemical Kinetics | 7 | COR |
Code | Title | ECTS | Type |
---|---|---|---|
EA2 | Measurement Principles and Methodology - Advanced Instrumental Analysis II | 2 | CompSem |
TN2 | Water Treatment Technology | 7 | ELSC |
Code | Title | ECTS | Type |
---|---|---|---|
BS2 | Systems Biology / Biomolecular Kinetics & Cellular Dynamics | 7 | ComSC |
EA2 | Measurement Principles and Methodology - Advanced Instrumental Analysis II | 2 | CompSem |
FT2 | Pharmaceutical Technology and Engineering | 7 | ComSC |
MT2 | Food Science and Engineering | 7 | ComSC |
NB2 | Biomedical Engineering, Nanomedicine, Tissue Engineering | 7 | ComSC |
TN2 | Water Treatment Technology | 7 | ELSC |