Curriculum (2023 update)
First year
|
Code
|
Subject
|
Semester
|
Teaching | Type |
ECTS
|
|
220080
|
Algebra |
Q1
|
Autumn-Spring | OB |
6
|
|
220081
|
Calculus I |
Q1
|
Autumn-Spring | OB |
6
|
|
220082
|
Chemistry I |
Q1
|
Autumn-Spring | OB |
6
|
|
220083
|
Physics I |
Q1
|
Autumn-Spring | OB |
6
|
|
220084
|
Graphic Expression I |
Q1
|
Autumn-Spring | OB |
6
|
|
|
TOTAL
|
|
30 | ||
|
220085
|
Fundamentals of Programming |
Q2
|
Autumn-Spring
|
OB | 6 |
|
220086
|
Calculus II |
Q2
|
Autumn-Spring
|
OB | 6 |
|
220087
|
Chemistry II |
Q2
|
Autumn-Spring
|
OB | 6 |
|
220088
|
Physics II |
Q2
|
Autumn-Spring
|
OB | 6 |
|
205264
|
Economics and Business |
Q2
|
Autumn-Spring
|
OB | 6 |
| TOTAL | 30 |
Second year
|
Code
|
Subject
|
Semester
|
Teaching | Type |
ECTS
|
|
220089
|
Graphic Expression II |
Q3
|
Autumn-Spring
|
OB | 3 |
| 220091 | Mechanics |
Q3
|
Autumn-Spring | OB |
4.5
|
| 220092 | Materials Science |
Q3
|
Autumn-Spring | OB |
6
|
| 220093 | Differential Equations |
Q3
|
Autumn-Spring | OB |
6
|
| 205263 | Advanced Physics |
Q3
|
Autumn-Spring | OB |
6
|
|
205265
|
Advanced Informatics |
Q3
|
Autumn-Spring
|
OB | 4,5 |
|
TOTAL
|
30
|
||||
| 220096 | Statistics |
Q4
|
Autumn-Spring | OB |
6
|
| 220097 | Automatic Control |
Q4
|
Autumn-Spring | OB |
4,5
|
| 220098 | Thermodynamics |
Q4
|
Autumn-Spring | OB |
6
|
| 220099 | Circuit Theory |
Q4
|
Autumn-Spring | OB |
6
|
| 220100 | Continuum Mechanics and Strength of Materials |
Q4
|
Autumn-Spring | OB |
7,5
|
|
TOTAL
|
30
|
Third year
|
Code
|
Subject
|
Semester
|
Teaching | Type |
ECTS
|
| 220101 | Electronics |
Q5
|
Autumn-Spring | OB |
4,5
|
| 220102 | Electrotechnics and Electrical Machines |
Q5
|
Autumn-Spring | OB |
7,5
|
| 220103 | Fluid Mechanics |
Q5
|
Autumn-Spring | OB |
4,5
|
| 205266 | Numerical and Quantitative Methods |
Q5
|
Autumn-Spring | OB |
7,5
|
| 220105 | Machine and Mechanism Theory |
Q5
|
Autumn-Spring | OB |
6
|
| TOTAL |
30
|
||||
| 220106 | Materials Technology |
Q6
|
Autumn-Spring | OB |
4,5
|
| 220107 | Systems Modelling and Simulation |
Q6
|
Autumn-Spring | OB |
4,5
|
| 220108 | Power Converters |
Q6
|
Autumn-Spring | OB |
4,5
|
| 220109 | Experimental Designs and Quality Control |
Q6
|
Autumn-Spring | OB |
4,5
|
| 220110 | Manufacturing Organization |
Q6
|
Autumn-Spring | OB |
6
|
| 220111 | Heat Technology |
Q6
|
Autumn-Spring | OB |
6 |
| TOTAL |
30 |
Fourth year
|
Code
|
Subject
|
Semester
|
Teaching | Type |
ECTS
|
| 220112 | Fluid Technology |
Q7
|
Autumn-Spring | OB |
4,5
|
| 220113 | Structural Theory and Industrial Construction |
Q7
|
Autumn-Spring | OB |
4,5 |
| 220114 | Environmental Science and Technology |
Q7
|
Autumn-Spring | OB |
6
|
| 220115 | Projects |
Q7
|
Autumn-Spring | OB |
6
|
| 220116 | Business Start-Up and Organisation |
Q7
|
Autumn-Spring | OB |
3
|
| 220117 | Digital Electronics |
Q7
|
Autumn-Spring | OB |
6
|
|
TOTAL
|
30
|
||||
| 220118 |
Q8
|
Autumn-Spring | OB |
12
|
|
|
OPTIONAL ECTS CREDITS |
Q8 | 18 | |||
|
TOTAL
|
30
|
|
STRUCTURE OF OPTIONAL CREDITS Students on the general optional subject pathway can enrol for any general optional subject on the bachelor's degree and/or other pathways, as long as it is being offered that semester. Concentration pathways at the ESEIAAT are completed by taking a minimum of 15 credits for optional subjects chosen from the subjects that make up the concentration and producing a bachelor's thesis that is also linked to the concentration. |
| Optional subjects in the general pathway |
| Optional subjects in the concentration pathways |
| Other ways of earning optional credits |
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