Bachelor Degree in Industrial Chemical Engineering
|
FIRST YEAR 60 ECTS (in core subjects) |
|
|---|---|
Fall Semester |
Spring Semester |
|
1. Calculus |
1. Calculus |
|
2. Graphic Expression |
2. Graphic Expression |
|
3. Physical Foundations of Engineering |
3. Physical Foundations of Engineering |
|
4. Chemical Foundations of Engineering |
4. Chemical Foundations of Engineering |
|
5. Algebra |
5. Statistical Methods In Engineering |
|
6. Fundamentals of Computer Science |
|
|
SECOND YEAR 60 ECTS (6 in core subjects + 54 in obligatory subjects) |
|
|---|---|
Fall Semester |
Spring Semester |
|
1.Fundamentals of Electrical Technology |
1.Fundamentals of Electrical Technology |
|
2. Applied Mechanics |
2. Applied Mechanics |
|
3. Materials Science |
3. Automation Systems and Control |
|
4. Industrial Electronics |
4. Economy and Business Administration |
|
5. Thermal Engineering |
5. Fluid Mechanics |
|
6. Production and Manufacturing Systems |
|
|
THIRD YEAR 60 ECTS (60 in core subjects) |
|
|---|---|
Fall Semester |
Spring Semester |
|
1. Unit Operations |
1. Unit Operations |
|
2. Chemical Engineering Experimentation I |
2. Chemical Process Control |
|
3. Physical Chemistry |
3. Chemical Engineering Experimentation II |
|
4. Chemical Reaction Engineering |
4. Industrial Chemistry |
|
5. Analytical Chemistry |
5. Simulation and Optimization of Chemical Processes |
|
FOURTH YEAR 60 ECTS (24 in obligatory subjects + 24 in electives +12 in Final Year Project) |
|
|---|---|
Fall Semester |
Spring Semester |
|
1. Project Management |
FINAL YEAR PROJECT |
|
2. Production Management |
ELECTIVES |
|
3. Integrated Management Systems |
1. Communication in Basque. Technical areas |
|
4. Environmental Technologies |
2. Industrial Waste Management (Chemistry) |
ELECTIVES |
3. Biological Treatment of Effluents (Chemistry) |
|
1. English for Industrial Engineering |
4. Industrial Biotechnology (Chemistry) |
|
2. Norm and usage of the Basque language |
5. Treatment of Air Pollution (Chemistry) |
|
3. Characterisation of Pollutants (Chemistry) |
6. Computer Aided Structural Analysis (Mechanics) |
|
4. Advanced Product Engineering Design and Graphical Representation of Industrial Buildings (Mechanics) |
7. Control and Inspection of Materials (Mechanics) |
|
5. English for Industrial Engineering (Mechanics) |
8. Heat Engines (Mechanics) |
|
6. Embedded Systems (Electronics) |
9. Pneumatic and Oil Hydraulic Systems (Mechanics) |
|
10. Industrial Informatics Extension (Electronics) |
|
|
11. Control by Computer (Electronics) |
|
|
12. Electronic Design and Simulation (Electronics) |
|
|
13. Microelectronics (Electronics) |
|