Selection of applicable statute

Curriculum applicable to students first enrolled BEFORE winter term 2019/20 (according to statute "Fachprüfungs- und Studienordnung des Bachelors Ingenieurwissenschaften vom 4. August 2010 in der lesbaren Fassung der ersten Änderungssatzung vom 25. August 2014")

Curriculum applicable to students first enrolled BEGINNING in winter term 2019/20 (according to statute "Fachprüfungs- und Studienordnung des Bachelors Ingenieurwissenschaften gemäß Senatsbeschluss vom 15. Mai 2019 vorbehaltlich der amtlichen Veröffentlichung")

Additional Information

Curriculum for students enrolled BEGINNING in winter term 2019/20

The following information applies to students that were enrolled in the Bachelor's Program Engineering Science beginning in winter term 2019/20 or after. It is also applicable to students who have switched from the old statute to the new version after winter term 2019/20.

The list of obligatory and elective modules refers to the statute of the Bachelor's Program Engineering Science per decision by TUM senate on May 15, 2019. Please note, that the only binding document is the official statute that is currently being ratified.

Required Modules (1. - 4. Academic Semester): 129 ECTS

  Module Title Module-Nr. Teaching Method* Semester SWS ECTS
1 Basic Mathematics MA9801 L/E 1 5/2 8
2 Physics PH9021 L/E 1+2 5/3 9
3 Chemistry CH1204 L/E 1+2 4/2 7
4 Engineering Mechanics 1 MW1406 L/E 1 3/2 6
5 Engineering Mechanics 2 MW1409 L/E 2 2/2 5
6 Engineering Informatics I IN8011 L/E 1 2/3 5
7 Engineering Informatics II IN8012 L/E 4 2/1 5
8 Principles in Electrical Technology I EI10014 L/E 1 2/2 5
9 Principles in Electrical Technology II EI10010 L/E 2 2/2 5
10 Computer-Aided Modeling of Products and Processes 1 MW2417 L/E/P 1 1/1/1 3
11 Computer-Aided Modeling of Products and Processes 1 BGU65013T2 L/E/P 2 2/1/1 5
12 Electromagnetics EI10011 L/E 3 2/1 5

13

Control Theory EI5183 L/E 4 2/1 4
14 Material Science I CH1205 L/E 3 4/1 6
15 Material Science II BGU64009 L/E 4 4/1 6
16 Differential and Integral Calculus MA9802 L/E 2 5/2 8
17 Modeling and Simulation with Ordinary Differential Equations MA9803 L/E 3 3/2 5
18 Numerical Treatment of Partial Differential Equations MA9804 L/E 4 2/1 6
19 Engineering Thermodynamics MW1408 L/E 3 3/1 5
20 Fluid Mechanics MW2415 L/E 3 3/2 6
21 Structural Mechanics Modeling MW2292 L/E 4 2/1 5
22 Heat Transfer MW1410 L/E 4 2/1 5
23 Biomimetics WZ8101 L/E 4 2/2 5

Elective Modules 1 "Specialization" (5. - 6. Academic Semester): 25 ECTS

  Module Title Module-Nr. Teaching Method* Semester SWS ECTS
1 Geometric Modeling and Visualization IN8013 L/E 5 2/1 5
2 Embedded Networked Systems IN8014 L/E 5 2/1 5
3 Systems Engineering IN8015 L/E 6 2/1 5
4 Engineering Models in Structural Dynamics and Vibroacoustics BGU43014 L/E 6 2/1 5
5 Uncertainty Modeling in Engineering MW2086 L/E 6 2/1 5

6

Introduction to Wind Energy MW2149 L/E 5/6 2/1 5
7 Computational Fluid Mechanics (starts winter 21/22) MW2416 L/E 5 2/1 5
8 Computational Structural Mechanics (starts winter 21/22) MW2418 L/E 5 2/1 5
9 Biotechnology for Engineers MW2142 L/E 5 2/1 5
10 Design Methods for Integrated Circuits EI43811 L/E 5 2/1 5
11 Power Engineering (starts winter 21/22) EI10012 L/E 5 2/2 5
12 Signal Processing (starts winter 21/22) EI10013 L/E 5 2/1 5
13 Nanotechnologies PH9027 L/E 5 2/1 5
14 Introduction to Nuclear, Particle, and Astrophysics (German / English) PH0016
PH8016
L/E
L/E
5
6
4/2
4/2
8
8
16 Introduction to Condensed Matter Physics (German / English) PH0019
PH8019
L/E
L/E
5
6
4/2
4/2
8
8

Elective Modules 2 "Focusing" (5. - 6. Academic Semester): 28 ECTS

The curriculum of the Elective Modules 2 "Focusing" is individually designed. Many examplary curricula are given in the document "Mustercurricula für Fokussierungsphase" (only in german) for your assistance and were designed to match with several subsequent Master's Programs at TUM.

Credit Requirements (1. - 6. Academic Semester) : 16 ECTS

Module TitleModule-Nr.Teaching Method*SemesterSWSECTS
1Entrepreneurial Idea DevelopmentWI100809L1/224
2Introduction to Scientific ResearchSE0004L1-646
3 World of EngineeringSE0007L1-612
4 Soft SkillsSE0006L1-622

5

Technology and Democracy

MCTS9003L12

2

Further informations can be found here.

Bachelor's Thesis: 12 ECTS

Module TitleModule-Nr.Teaching Method*SemesterSWSECTS

1

Bachelor's ThesisSE0001612

Curriculum für students first enrolled BEFORE winter term 2019/20

The following information applies exclusively to students that were first enrolled in the Bachelor's Program Engineering Science before winter term 2019/20.

The list of obligatory and elective modules refers to the statute of the Bachelor's Program Engineering Science, version August 4, 2010 last amended August 25, 2014. (Fachprüfungs- und Studienordnung des Bachelors Ingenieurwissenschaften vom 4. August 2010 in der lesbaren Fassung der ersten Änderungssatzung vom 25. August 2014)

 

Required Modules (1. - 4. Academic Semester): 129 ECTS

Module TitleModule-Nr.Teaching Method*SemesterSWSECTS
1Basic MathematicsMA9801L/E15/28
2Physics PH9021L/E1+25/39
3Chemistry CH1204L1+23/27
4Engineering Mechanics I MW1406L/E13/26
5Engineering Informatics IIN8011L/E12/35
6 Digital Integrated Circuit for EngineersEI4282L/E12/14
7Differential and Integral CalculusMA9802L/E25/28
8Engineering Mechanics II MW1409L/E23/26
9Electronic Design Automation for Integrated CircuitsEI4381L/E22/14
10Computer Aided Modeling of Products and ProcessesBGU65007T4L/E/P2+34/28
11 Modeling and Simulation with common Differential EquationsMA9803L/E33/26
12Materials Science I CH1205L/E34/16
13 Continuum MechanicsMW1405L/E34/27
14Engineering ThermodynamicsMW1408L/E33/15
15 Signal RepresentationEI2583L/E33/15
16 Numerical Treatment of Partial Differential EquationsMA9804L/E42/15
17 Materials Science IIBGU64009L/E43/26
18BiomimeticsWZ8101L/E42/25
19Fluid and Structural MechanicsBV410014L/E42/15
20Heat TransferMW1410L/E42/15
21Engineering Informatics IIIN8012L435

22

Control Theory EI5183L/E42/14

Elective Modules 1 "Specialization" (5. - 6. Academic Semester): 25 ECTS

  Module Title Module-Nr. Teaching Method* Semester SWS ECTS
1 Partial Differential Equations: An Algorithmic Approach (until winter 2018/19) BV440001 L/E 5 2/1 5
2 Geometric Modeling and Visualization IN8013 L/E 5 2/1 5
3 Nanofabrication and Nanoanalytics PH9027 L/E 5 2/1 5
4 Computational Solid and Fluid Dynamics MW1407 L/E 5 2/1 5
5 Biotechnology for Engineers MW2142 L/E 5 2/1 5
6 Embedded Networked Systems IN8014 L/E 5 2/1 5
7 Systems Engineering IN8015 L/E 6 2/1 5
8 Engineering Models in Structural Dynamics and Vibroacoustics BGU43014 L/E 6 2/1 5
9 Uncertainty Modeling in Engineering MW2086 L/E 6 2/1 5

10

Introduction to Wind Energy MW2149 L/E 5/6 2/1 5

Elective Modules 2 "Focusing" (5. - 6. Academic Semester): 28 ECTS

The curriculum of the Elective Modules 2 "Focusing" is individually designed. Many examplary curricula are given in the document "Mustercurricula für Fokussierungsphase" (only in german) for your assistance and were designed to match with several subsequent Master's Programs at the TUM

Credit Requirements (1. - 6. Academic Semester) : 16 ECTS

Module TitleModule-Nr.Teaching Method*SemesterSWSECTS
1Entrepreneurial Idea DevelopmentWI100809L1/224
2Introduction to Scientific ResearchSE0004L1-646
3 World of EngineeringSE0007L1-612
4 Soft SkillsSE0006L1-622

5

 Technology and Democracy (replaced "Philosophy of Engineering", ED0085, in winter 2017)

MCTS9003L12

2

 Further information can be found here.

Bachelor's Thesis: 12 ECTS

Module TitleModule-Nr.Teaching Method*SemesterSWSECTS

1

Bachelor's ThesisSE0001612

Note:

  • To apply for your individual electives to be counted for credit you need the form "Antragsformular Individuelles Curriculum" which can be found in the download section. The document has to be submitted to the examination board within 4 weeks at the latest after course commencement in the 5. Academic Semester.

  • The document "Mustercurricula für die Fokussierungsphase" can be found in the download section

  • Information about exam dates and course schedules can be found in the download section.

  • Information for subsequent Master's Programs can be found at Program Structure.

*L=Lecture, E=Exercise, P=Practical Training