| Faculté | |
| Département | |
| Qualification Awarded | Δίπλωμα Χημικού Μηχανικού (Diploma Chimikou Michanikou) Diploma in Chemical Engineering |
| Programme d' Études | PPS Tmīmatos CΗīmikṓn Mīchanikṓn (2021-sīmera) |
| Cycle / Level / NQF | 1er cycle / Licence / 7 |
| Année Académique | 2019 - 2020 |
| Statut | Actif |
| Website | http://www.cheng.auth.gr |
| Contact email | info@cheng.auth.gr |
| ECTS / Workload | One ECTS unit corresponds to hours of workload. |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| AX1 | Inorganic Chemistry | 4 | Y |
| FY1 | Physics I | 6 | Y |
| HY1 | Introduction to Computing | 4 | Y |
| MA1 | Mathematics I | 6 | Y |
| XM1 | Introduction to Chemical Engineering | 5 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| AN2 | Analytical Chemistry | 4 | Y |
| FX2 | Physical Chemistry I | 5 | Y |
| FY2 | Physics II | 6 | Y |
| MA2 | Mathematics II | 5 | Y |
| ME2 | Mass and Energy Balances | 5 | Y |
| TS2 | Technical Drawing | 4 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| ETH3 | Applied Thermodynamics I | 5 | Y |
| FX3 | Physical Chemistry II | 4 | Y |
| MA3 | Mathematics IΙΙ | 5 | Y |
| OX3 | Organic Chemistry I | 4 | Y |
| ST3 | Statistics | 5 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| DE4 | Techniques for Production Scheduling | 5 | Y |
| ETH4 | Applied Thermodynamics II | 5 | Y |
| FM4 | Transport Phenomena I | 6 | Y |
| HY4 | Numerical Methods for Engineers | 5 | Y |
| OX4 | Organic Chemistry II | 5 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| BT5 | Biotechnology | 5 | Y |
| EP5 | Polymer Science and Engineering | 5 | Y |
| EY5 | Materials Science and Technology I | 6 | Y |
| FD5 | Unit Operations I | 5 | Y |
| FM5 | Transport Phenomena II | 6 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| DD6 | Dynamic Process Simulation | 6 | Y |
| FD6 | Unit Operations II | 6 | Y |
| TY6 | Materials Science and Technology II | 6 | Y |
| XA6 | Chemical Reactor Design I | 5 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| BT7 | Food Engineering | 5 | Y |
| EP7 | Primary Energy Sources | 5 | Y |
| RS7 | Process Control | 5 | Y |
| XA7 | Chemical Reactor Design IΙ | 6 | Y |
| XM7 | Chemical Engineering Laboratory I | 4 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| DA8 | Environmental Engineering | 5 | Y |
| XE8 | Chemical Plant Design and Economics | 6 | Y |
| XM8 | Chemical Engineering Laboratory II | 4 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| TM9 | Chemical Product and Plant Design Project I | 8 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| TM10 | Chemical Product and Plant Design Project IΙ | 2 | Y |
| Code | Titre | ECTS | Type |
|---|---|---|---|
| EA005 | English Terminology | 5 | E |
| EA006 | German Terminology | 5 | E |
| EA008 | Greek Language I (for foreigners) | 5 | E |
| EA024 | Nuclear Technology | 5 | E |
| EA112 | Modern Methods of Instrumental Analysis | 5 | E |
| KE054 | Renewable Energy Sources | 5 | E |
| KM094 | Advanced Methods for Process Design, Synthesis and Optimization | 5 | E |
| KM102 | Principles and Methodology for Measurements | 5 | E |
| KM104 | Hygiene and Safety in Industry | 5 | E |
| KM107 | Special Topics in Thermodynamics | 5 | E |
| KM109 | Introduction to Micro-Equipment Design | 5 | E |
| KP073 | Air Pollution Control Engineering | 5 | E |
| KP074 | Water Quality and Treatment | 5 | E |
| KP078 | Water Resource and Wastewater Management | 5 | E |
| KT069 | Pharmaceutical Technology | 5 | E |
| KT071 | Metabolic Engineering | 5 | E |
| KT075 | Biology for Engineers | 5 | E |
| KY031 | Methods for the Characterization of Materials | 5 | E |
| KY040 | Design of Advanced Materials and Devices | 5 | E |