Degree in Mathematics
240 credits - Higher Polytechnic School
If you cannot find all of the information on the course that you are taking, check
the old
Degree in Mathematics study programme.
Subjects
Total available credits: 282
credits
| Name | Type | Credits | Period |
|---|---|---|---|
| 20570 - Mathematical Analysis I | Core Training | 9,0 | 1st semester |
| 20571 - Linear Algebra I | Core Training | 9,0 | 1st semester |
| 20572 - Fundamentals of Mathematics | Core Training | 6,0 | 1st semester |
| 23200 - Programming | Core Training | 6,0 | 1st semester |
| 20316 - Numerical Methods I | Core Training | 6,0 | 2nd semester |
| 20574 - Mathematical Analysis II | Core Training | 9,0 | 2nd semester |
| 23201 - Linear Algebra II | Core Training | 9,0 | 2nd semester |
| 23202 - Laboratory of Software and Problems | Core Training | 6,0 | 2nd semester |
| Name | Type | Credits | Period |
|---|---|---|---|
| 20312 - Differential Calculus in Several Variables | Mandatory | 6,0 | 1st semester |
| 20313 - Topology | Mandatory | 6,0 | 1st semester |
| 23204 - Discrete Mathematics | Mandatory | 6,0 | 1st semester |
| 23205 - Abstract Algebra I | Mandatory | 6,0 | 1st semester |
| 20317 - Integral Calculus with Diverse Variables | Mandatory | 6,0 | 2nd semester |
| 20577 - Mathematical Analysis III | Mandatory | 6,0 | 2nd semester |
| 20580 - Algorithmics | Mandatory | 6,0 | 2nd semester |
| 23203 - Affine and Projective Geometry | Mandatory | 6,0 | 2nd semester |
| 23206 - Foundations of Probability and Statistics | Mandatory | 6,0 | 2nd semester |
| 23230 - Numerical Methods II | Mandatory | 6,0 | 2nd semester |
| Name | Type | Credits | Period |
|---|---|---|---|
| 20321 - Ordinary Differential Equations | Mandatory | 6,0 | 1st semester |
| 20322 - Differential Geometry | Mandatory | 6,0 | 1st semester |
| 20328 - Functions of Complex Variable | Mandatory | 6,0 | 1st semester |
| 20579 - Probability | Mandatory | 6,0 | 1st semester |
| 23207 - Abstract Algebra II | Mandatory | 6,0 | 1st semester |
| 20327 - Partial Differential Equations | Mandatory | 6,0 | 2nd semester |
| 20581 - Statistics | Mandatory | 6,0 | 2nd semester |
| 23208 - Abstract Algebra III | Mandatory | 6,0 | 2nd semester |
| Name | Type | Credits | Period |
|---|---|---|---|
| 20334 - Final Degree Project in Mathematics | Final Degree Project | 12,0 | Yearlong |
| 23211 - Final Degree Project in Fundamental Mathematics | Final Degree Project | 12,0 | Yearlong |
| 23212 - Final Degree Project in Data Analysis | Final Degree Project | 12,0 | Yearlong |
| 20578 - Mathematical Models in Technology | Mandatory | 6,0 | 1st semester |
| 20583 - Mathematical Models in Physics | Mandatory | 6,0 | 1st semester |
| 23209 - Numerical Methods III | Mandatory | 6,0 | 1st semester |
| 23210 - Optimisation | Mandatory | 6,0 | 1st semester |
| Name | Type | Credits | Period |
|---|---|---|---|
| 20333 - History of Mathematics | Elective | 6,0 | 1st semester |
| 23217 - Multivariate Data Analysis | Elective | 6,0 | 1st semester |
| 23224 - Algebraic Topology | Elective | 6,0 | 1st semester |
| 20395 - English for Engineering | Elective | 6,0 | 2nd semester |
| 23214 - Stochastic Processes | Elective | 6,0 | 2nd semester |
| 23215 - Introduction to Databases | Elective | 6,0 | 2nd semester |
| 23219 - Statistical Learning | Elective | 6,0 | 2nd semester |
| 23220 - Dynamical Systems and Chaos | Elective | 6,0 | 2nd semester |
| 23229 - Didactics of Geometry, Measure, Probability and Statistics | Elective | 6,0 | 2nd semester |
| 23213 - Practical Placements | Elective | 6,0 | |
| 23216 - Data Analysis Projects | Elective | 6,0 | |
| 23218 - Statistical Modelling | Elective | 6,0 | |
| 23221 - Functional Analysis | Elective | 6,0 | |
| 23222 - Combinatorics and Graph Theory | Elective | 6,0 | |
| 23223 - Geometry of Manifolds | Elective | 6,0 | |
| 23225 - Logic | Elective | 6,0 | |
| 23226 - Variational Calculus and Convex Optimisation | Elective | 6,0 | |
| 23227 - Number Theory | Elective | 6,0 | |
| 23228 - Didactics of Arithmetic and Algebra | Elective | 6,0 |
- 20334
-
Final Degree Project in Mathematics
- You need to be enrolled for all mandatory subjects in the same academic year or have passed them
- You need to be enrolled in the same academic year or have passed all basic training subjects
| Name | Type | Academic Year | Credits | Language | Period |
|---|---|---|---|---|---|
| 20395 - English for Engineering | Elective | 6,0 | 2nd semester |
Subjects from other courses
The Credit Recognition and Transfer Commission has proposed the subjects from other degree programmes that can be recognised as elective credits on your programme in the 2025-26 academic year.
Students able to enrol for elective credits on their curriculum may submit an online request to the relevant deans of the faculties where the subjects they would like to take are available.
Please check the e-services portal for further information.
Faculty of Medicine
| Name | Spots for new students | Credits | Period |
|---|---|---|---|
|
Curriculum: Degree in Medicine
Admission requirements
: 50% (competitive average x admission degree relevance [1 relevant degree, 0.5 tangentially
relevant degree, 0.1 completely unrelated degree]) and 50% interview (motivation)
with the head of studies.
|
3 | 6,0 | 1st semester |
Faculty of Science
| Name | Spots for new students | Credits | Period |
|---|---|---|---|
|
Curriculum: Degree in Physics
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
5 | 6,0 | 1st semester |
|
Curriculum: Degree in Physics
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
5 | 6,0 | 2nd semester |
|
Curriculum: Degree in Physics
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
5 | 6,0 | 1st semester |
|
Curriculum: Degree in Physics
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
5 | 6,0 | 2nd semester |
|
Curriculum: Degree in Physics
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
3 | 6,0 | 2nd semester |
|
Curriculum: Degree in Physics
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
3 | 6,0 | 2nd semester |
|
Curriculum: Degree in Chemistry
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
5 | 6,0 | 1st semester |
|
Curriculum: Degree in Chemistry
Admission requirements
: Points = Competitive average out of 10 based on degree affinity (1 for related degree,
0.75 for somewhat related degree, 0.5 for unrelated degree); Must have at least 5
points.
|
5 | 6,0 | 2nd semester |
Higher Polytechnic School
| Name | Spots for new students | Credits | Period |
|---|---|---|---|
|
Curriculum: Degree in Informatics Engineering
Admission requirements
: 50% (competitive average x admission degree relevance [1 relevant degree, 0.5 tangentially
relevant degree, 0.1 completely unrelated degree]) and 50% interview (motivation)
with the head of studies.
|
5 | 6,0 | 2nd semester |
|
Curriculum: Degree in Informatics Engineering
Admission requirements
: 50% (competitive average x admission degree relevance [1 relevant degree, 0.5 tangentially
relevant degree, 0.1 completely unrelated degree]) and 50% interview (motivation)
with the head of studies.
|
5 | 6,0 | 1st semester |
|
Curriculum: Degree in Telematics Engineering
Admission requirements
: 50% (competitive average x admission degree relevance [1 relevant degree, 0.5 tangentially
relevant degree, 0.1 completely unrelated degree]) and 50% interview (motivation)
with the head of studies.
|
5 | 6,0 | 1st semester |