Introduction in the master's degree of Civil Engineering 20.04.2020 - TUM
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Technische Universität München
Introduction in the master‘s degree of
Civil Engineering
20.04.2020
Dipl.-Ing. Eva Bodemer Manuela Schillo M. A.
Study counsellor Examination administration &
Office hours secretary
Tuesday / Thursday 9:00 - 12:00 Office hours
Room 1701 Monday 13:00 - 16:00
Tuesday / Thursday 9:00 - 12:00
Room 1701
Dr.-Ing. Patrik Aondio
Course coordinator
Technische Universität München
General information
1701
RoomFinder: Manuela Schillo / Eva Bodemer
examples:
N1190 N North building
1 first floor
1 building 1
00 room 00
1701 1 first floor
7 building 7
01 room 01
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
2
Technische Universität München
General information
RoomFinder:
e.g.: N1190; 1200
a) If there is no letter in front of the room number (mostly „N“ for the North
building), it is the main building.
b) The first number name the floors ( 0 – ground floor, 1 – first floor, etc.)
Attention: in the North building 1 (N1) the numeration begins only from the
first floor (0 – first floor, 1 – second floor, etc.)
c) The second number name the building (1 – building 1, 2 – building 2, etc)
d) The last two numbers name the continuous numeration of the rooms
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
3
Technische Universität München
Content
1. TUMonline
2. Structure of the master‘s program
3. Conditional subjects
4. Progress monitoring
5. Contact person
6. Date of the Examinations for the summer semester 2018
7. General information
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
4
Technische Universität München
TUMonline
- Every student can view his personal curriculum in TUMonline
- Registration for the courses via TUMonline
https://www.youtube.com/watch?v=SEgMSleuSaw
- Registration and deregistration of exams via TUMonline
https://www.youtube.com/watch?v=R1NHCG72GYI
- Score publication via TUMonline
- Certificate of Enrolment etc. can be printed out via TUMonline
https://www.youtube.com/watch?v=2x4cCnRD1E8
- You can also print out a Examination Report / Grade Report
- Information brochure:
http://portal.mytum.de/iuk/cm/studierende/index_html
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
5
Technische Universität München
TUMonline
Tutorial YouTube:
https://www.youtube.com/channel/UCt1N35DWqveSp1XJmhopD9A
Manuela Schillo M. A. / Dr.-Ing. Patrik Aondio
6
Technische Universität München
TUMonline – Homepage
Degree programm
Subject 7, test
test1007@mytum.de
You can see your Areas of Specialization, all the Required- and Elective Modules such
as dates of the exams, grades, …
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
7
Technische Universität München
Structure of the master‘s program in Civil Engineering
GENERAL ACADEMIC AND EXAMINATION
REGULATIONS
for Bachelor’s and Master’s Programs (APSO)
at the Technische Universität München
Dated 18 March 2011
FPSO 20191 in the curriculum
of TUMonline!!!!
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
8Technische Universität München
Structure of the master‘s program in Civil Engineering
4 areas of specialization or
3 areas of specialization + 1 personalized specialization subject
Aus:
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio FPSO20191
9Technische Universität München
Structure of the master‘s program in Civil Engineering
There are 21 different areas of specialization:
You choose your Areas of Spezialisation when applying for the master‘s
degree.
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
10Technische Universität München
Structure of the master‘s program in Civil Engineering
22 areas of specialization
Energy Efficient
Structural Bauprozess- Bauwerks- Computation in and Sustainable
Baukonstruktion Bauphysik
Mechanics management erhaltung Engineering Design and
Building
Querschnittsvertiefung
Hydro- Real Estate Engineering Risk
Geotechnik Holzbau Massivbau Metallbau
mechanics Development and Reliability
Urban Water Traffic Control Hydraulic and
Structural Verkehrs-
Systems and Transport Water Resources Werkstoffe Tunnelbau
Analysis wegebau
Engineering Planning Engineering
Module
Modulesin deutscher
in GermanSprache Module in englischer
Modules Sprache
in English
Sprache
Modules je nach Modulwahl
selection Module in englischer
Modules undor
in English deutscher
German Sprache
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
11Technische Universität München
Structure of the master‘s program in Civil Engineering
There are 22 different Areas of Specialization – detailed of TUMonline:
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
12Technische Universität München
Structure of the master‘s program in Civil Engineering
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
13Technische Universität München
Structure of the master‘s program in Civil Engineering
Attention: Lectures that will be hold at the same time
Attention:
Due to the high number of specialisations, there are
several overlapping courses.
Every student must create his or her own individual
timetable!
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
14Technische Universität München
Structure of the master‘s program in Civil Engineering
Attention: Lectures that will be hold at the same time
Metal Structures Road, Railway and Airfield Construction
Timber Structures Traffic Control and Transport Planning
Building Materials and Condition Control
Structural Analysis
and Repair of Structures
Hydraulic and Water Resources
Structural Mechanics
Engineering
Foundation Engineering, Soil Mechanics,
Building Physics
Rock Mechanics and Tunneling
Management of Business- and
Hydromechanics
Engineering Processes
Structural Design Urban Water System Engineering
Computation in Engineering Real Estate Development
Energy Efficient and Sustainable Design
Concrete and Masonry Structures
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio and Building
15Technische Universität München
Structure of the master‘s program in Civil Engineering
Personalized Specialization Subject
- The choice of the subjects should be related to the future job outline and
be made in your personal interest
- Subjects should supplement the other areas of specialization
- When choosing a Personalized Specialisation Subject the indiviual choice
of subjects has to be arranged with the Main Subject and handed in by
the end of the lectures of the first semester of the master‘s program (for
the winter semester until the 31st of January, for the summer semester
until the 31st of July). Students missing this deadline cannot choose a
Personalized Specialization Subject. They have to choose a fourth regular
Area of Specialization.
- The choice of the Required Modules of the Personalized Specialization
Subject, signed by the Main Subject and the student are binding and can
not be changed afterwards. (An exception is only possible if the chosen
module is verifiably not accessible anymore).
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
16Technische Universität München
Structure of the master‘s program in Civil Engineering
Personalized Specialization Subject
- The choice of the Elective Modules of the Personalized Specialization
Subject can still be changed, if the modification is coordinated with the
main subject. Therefore the form for the choice of the Personalized
Specialization Subject has to be filled in again and signed by the main
subject showing the new date.
- Generally, subjects for the Personalized Specialization Subject can be
compiled by the whole range of the TUM. Whether this combination makes
sense or not will be examined by the Main Subject.
- However, it is not possible to choose a 12-Credits-Required Modules of a
master's program in Civil Engineering in the Personalized Specialization
Subject (e.g. the 3x4-Credits-Elective Modules Exams by Concrete and
Masonry Structures, which give exactly the 12-Credits-Required
Examination of the Required Modules Examination by Concrete and
Masonry Structures). Students who choose 12-Credits Required Modules
of a specialization can not do this in the Personalized Specialization
Subject. They have to take the regular specialization.
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
17Technische Universität München
Structure of the master‘s program in Civil Engineering
Main Subject:
You choose one Chair/ Area of specialization in Civil Enineering as a Main
Subject
Functions:
- Examine the combination of the choosen specialization on job-related
meaning
- Approve the choosen subjects of the Personalized Specialization Subject
- Advise and supervise questions of the Specialization Subjects
The master‘s thesis is not linked to the Main Subject.
The Main Subject act as a mentor.
How to contact my mentor?
- Contact the responsible chair of the specialization, ask who is the mentor.
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
18Technische Universität München
Structure of the master‘s program in Civil Engineering
Personalized Specialization Subject
- To write the master‘s thesis in a Personalized Specialization Subject, you
have to make a written application at the examination board
- The module required to reach the last Credit counts in full
- Example:
1. Required module: 5 ECTS
2. Required module : 4 ECTS
3. Required module : 4 ECTS
In total: 13 ECTS in the required modules
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
19Technische Universität München
Structure of the master‘s program in Civil Engineering
Personalized Specialization Subject
Only the corresponding form is accepted for the
Personalized Specialization Subject.
https://www.bgu.tum.de/bau/downloads/
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
20Technische Universität München
Structure of the master‘s program in Civil Engineering
Personalized Specialization Subject
Main Subject
Personalized
Specialization
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
21Technische Universität München
Structure of the master‘s program in Civil Engineering
Choice of specialization
- Combinations related to the future job
- Subjects that comply with your personal interests and preferences
Motivation:
Where are my strengths and interests?
What kind of work will I do?
Where / how can I learn it best at the university?
Do the chosen subjects fit together?
Job prospects?
Is there any sympathy to the chairs?
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
22Technische Universität München
Structure of the master‘s program in Civil Engineering
I want to change my choice of specialization
- Download the form, fill in (with the signature
of the main subject) and send it to
Manuela Schillo M.A.
Studiendekanat BGU
Arcisstr. 21/I
80333 München
- https://www.bgu.tum.de/en/bau/downloads/
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
23Technische Universität München
Structure of the master‘s program in Civil Engineering
6 ECTS from the whole range of the TUM (Supplementary Subjects):
- whole range of the TUM
- Language courses:
- English Courses only higher levels than submitted for the application (from C1 range)
- German Courses from level B2
- All other languages: from A1.2 range
- Other courses depend on the native language. Courses in the native language are not
counted.
- Requirement: Any module in German until the end of the 2nd semester!
- Carl von Linde Akademie
- Modules from abroad
www.sprachenzentrum.tum.de/sprachen/deutsch-als-
fremdsprache.
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
24Technische Universität München
Structure of the master‘s program in Civil Engineering
6 ECTS from the whole range of the TUM (Supplementary Subjects):
By activating the "inact. nodes" all
supplementary subjects can be displayed
which were occupied in the past
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
25Technische Universität München
Progress review
APSO §10:
In the master‘s program you have to achieve
1. by the end of the third semester at least 30 credits,
2. by the end of the fourth semester at least 60 credits,
3. by the end of the fifth semester at least 90 credits,
4. by the end of the sixth semester at least 120 credits.
The curriculum provides 30 credits per semester to complete the master‘s
degree in the standard period of study.
1 Required Modul must be passed until the 2nd semester !!!
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
26Technische Universität München
Structure of the master‘s program in Civil Engineering
Master‘s Thesis:
- in one of the four specialization (to write the master‘s thesis in a
Personalized Specialization Subject, you have to make a written
application at the examination board )
Duration 6 months
30 credits
Requirement: at least 75 credits achieved!
Application of the master‘s thesis via the BGU-portal by the supervisor
Start after passing the module examinations recommended
The period from start to delivery may not exceed 6 months
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
27Technische Universität München
Date of the Examination
Lecture period: 20.04.2020 - 07.08.2020
Lecture-free periods (semester break): 28.07.2020 - 30.09.2020
Exam period:
- expacted: 22.07.- 07.08. BGU- Elective Modules
- expacted: 19.08. – 13.09. BGU-Required Modules
Exam registration
at the Department of Civil, Geo and Environmental Engineering:
- BGU-Required Modules: 1. – 31. July 2019
- For BGU-Elective Modules an earlier registration is possible (beginning of
December)
- Registration and Deregistration via TUMonline
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
28Technische Universität München
Date of the Examination
Exam deregistration:
- BGU-Required Modules: For the first attempt till 4 days before the exam
- BGU-Elective Modules till 2-3 days before the exam (you can see it in
TUMonline)
Exam registration of other departments in TUMonline:
- Mechanical Engineering: 25.05.2020-30.06.2020
- Management: 25.05.2020-30.06.2020
- Architecture: 03.-26.06.2020
- Mathematics: 25.05.-30.06.2020
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
29Technische Universität München
Date of the Examination
There must be a registration for the exam in TUMonline
to pass the exam !!!
(Also in projects and academic achievements!)
If you have problems with the registration, please contact us before the
deadline expires.
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
30Technische Universität München
Leave of Absence
The regulations are stipulated in the TUM Enrollment Statutes.
- A leave of Absence takes place only for important reasons (illness, internship, which
cannot be completed in the lecture-free period alone, …)
- A leave of absence is normally approved for one semester and should not exceed
two semesters.
- You are required to hand in your application for a leave of absence in writing, using
the official from provided by TUM. The application has to be submitted at the start
of the lecture period. (see also TUM-Homepage, dates + deadlines)
- You cannot participate in courses or lectures during a leave of absence. Make-up
examinations can still be taken, howeber.
For further details: https://www.tum.de/studium/im-studium/beurlaubung/
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
31Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Structural Design
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU51041] Research in Building Construction and Timber Structures
[VK] [BV060004] Fire Engineering
[VK] [BGU51030] Experience through Damage
[VK] [BV510003] Transient System Simulation - Renewable Energies
[VK] [BGU51011] Special Topics in timber engineering and building construction
32Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Structural Mechanics
Compulsory
[VK] [BV430008] Structural Dynamics
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU900014] Partner University - Elective Module
[VK] [BV000122] Introduction into Technical Acoustics
[VK] [BV430002] Integral Transform Methods
[VK] [BV020007] Boundary Element Method
[VK] [BGU43024] Study Project in Structural Mechanics
[VK] [BGU43012T2] Technical Acoustics
33Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Building Physics
Compulsory
[VK] [BV360014] Major in Building Physics
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV360006] Acoustics incl. Acoustics Laboratory Practice
[VK] [BGU36006] Sustainable Development
34Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Management of Buisness- and Engineering Processes
Compulsory
[VK] [BV550009] Advanced Management of Business Processes in Construction
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV550006] Principles of Simulation (Project)
[VK] [BV550025] System-Theoretical Principles of Risk Management for Business Processes and Real Estate Business Pro
[VK] [BV000066] Bidding, Tendering and Billing
35Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Condition Control and Repair of Structures
Compulsory
[VK] [BGU64008] Condition Control and Repair of Structures
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU35015] Assessment and Retrofitting of Existing Timber Structures
[VK] [BV370010] Condition Assessment of Structures / Excursion
[VK] [BGU35020] Fixing Technology
[VK] [BGU35014] Assessment and Maintenance of Historical Steel Structures
[VK] [BGU42012T2] Fatigue and Fracture
[VK] [BV090003] Sustainable Concrete Structures by Knowing Possible Mistakes in Planning and Design
[VK] [BV630007] Workshop - Existing Structures Project
[VK] [BGU35011] Legal Aspects in the Maintenance and Repair of Structures
[VK] [BGU36016] Seminar Structural Maintenance
[VK] [BV640003] Seminar Non-destructive Testing
[VK] [BV350004] Workshop: Buildings Material Industry
36Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Computation in Engineering
Compulsory
[VK] [BGU44014T2] Computation in Engineering II
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV650002] Advanced Topics in Building Information Modeling
[VK] [BV650001] Building Information Modeling
[VK] [BGU44012] High Order Finite Elements and Isogeometric Analysis
[VK] [BGU44015T2] Industrial Applications of Structural Mechanics, Dynamics and Multiphysics
[VK] [BV440005] Isogeometric Elements
[VK] [BGU65009] Artificial Intelligence in Engineering
[VK] [BGU65006] Professional Software Development
[VK] [BV440008] Seminar Computational Modelling
[VK] [BV030004] Software Lab
37Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Energy Efficient and Suistainable Design and Building
Compulsory
[VK] [BGU62040] System Effect and Interdependencies of sustainable Planning in Civil Engineering
[VK] [BGU62039] Case Studies of Sustainable Urban Developments and Infrastructure
Elective
[VK] [AR17041] Climate responsive Building II
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU900011] Partner University - Elective Module
[VK] [BGU62059] Application of an Life Cycle Assessment for Civil Engineering
[VK] [BGU62052] Renewable Energy Supply in Buildings
[VK] [BGU62062] TUM.city
[VK] [BGU62063] TUM.city - Lecture Series
38Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Foundation Engineering, Soil Mechanics and Rock Mechanics
Compulsory
[VK] [BGU50017] Foundation engineering and rock construction
Elective
[VK] [BV120006] Building with Geosynthetics for Civil Engineers
[VK] [BGU50009] Soil Dynamics and Geotechnical Earthquake Engineering
[VK] [BV120003] Earthworks and Embankments
[VK] [BV500003] Unsaturated soil mechanics
[VK] [BV120007] Numerical Applications in Geotechnical Engineering
[VK] [BV120009] Projects and Seminar Geotechnics
[VK] [BV500004] Environmental Geotechnics II
39Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Timber Structures
Compulsory
[VK] [BGU51034] Timber Engineering
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV060004] Fire Engineering
[VK] [BGU51042] Plates and Slabs from Wood
[VK] [BGU51011] Special Topics in timber engineering and building construction
40Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Hydromechanics
Compulsory
[VK] [BGU41025D2] Numerical Methods in Hydromechanics
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU41019] Modeling and Simulation of Turbulent Flows
[VK] [BV040053] Computational Fluid Dynamics
41Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Real Estate Development
Compulsory
[VK] [BV550017] Sustainable Real Estate Development
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV000082] Financing of Real Estate
[VK] [BV130004] Zoning and Land Use Regulation
[VK] [BV130003] Reinvigorating existing buildings
[VK] [BV550025] System-Theoretical Principles of Risk Management for Business Processes and Real Estate Business Pro
42Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Concrete and Masonry Structures
Compulsory
[VK] [BGU63016] Prestressed Concrete and Concrete Bridges
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU900011] Partner University - Elective Module
[VK] [BGU900012] Partner University - Elective Module
[VK] [BGU50011] Concrete Structures and Engineering Geodesy in Tunneling
[VK] [BGU63011] Structural Assessment and Strengthening of Concrete Structures
[VK] [BGU63014] Exceptional Load Actions on Concrete Structures
[VK] [BV090003] Sustainable Concrete Structures by Knowing Possible Mistakes in Planning and Design
[VK] [BV630007] Workshop - Existing Structures Project
43Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Metal Structures
Compulsory
[VK] [BGU42015T2] Plate Buckling and Steel Bridge Construction
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU42012T2] Fatigue and Fracture
[VK] [BV420008] Scaffolding
[VK] [BV100008] Project Work: Structural Engineering and Bridge Construction
[VK] [BV420007] Welding
[VK] [BV420009] Student Project in Metal Structures
44Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Engineering Risk and Reliability
Compulsory
[VK] [BGU60021] Risk Assessment and Reliability of Engineering Systems
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU60018] Estimation of Rare Events and Failure Probabilities
[VK] [BGU60017] Probabilistic Life Cycle Analysis and Integrity Management of Infrastructures
45Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Urban Water Systems Engineering
Compulsory
[VK] [BGU38011] Wastewater Conveyance Systems and Stormwater Management
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU900013] Partner University - Elective Module
[VK] [BGU38019] Anaerobic Processes and Energy Recovery
[VK] [BV180006] Hydrochemistry
[VK] [BV180051] Hydrochemistry Lab
[VK] [BGU38021] Industrial Wastewater Treatment and Reuse
[VK] [BGU38013] Technical Communication Skills in Water and Wastewater Treatment Engineering
[VK] [BGU38010] Advanced Water Treatment Engineering and Reuse
46Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Structural Analysis
Compulsory
[VK] [BGU32027D2] Stuctural Analysis of Plates and Shells
[VK] [BGU32028] Finite Element Method
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV320013] Investigations in practical structural analysis
[VK] [BGU32022] The Finite Element Method for Fluid-Structure Interaction with Open-Source Software
[VK] [BV320007] Isogeometric Structural Analysis and Design
[VK] [BV320006] Modelling in structural analysis
[VK] [BGU32029] Nonlinear Finite Element Method
[VK] [BV320012] Student research project on Finite Elements in Simulation and Design
[VK] [BV320011] Student research project on Isogeometric Analysis
[VK] [BV320014] Student research project on lightweight structures in research and practice
[VK] [BV010010] Advanced Finite Element Method
[VK] [BGU32032] Advanced Topics for Modeling Beam and Frame Structures
47Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Traffic Control and Transport Planning
Compulsory
[VK] [BGU56045] Modeling and Control of Traffic Flow
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU56050T2] Applied Traffic Engineering and Transport Planning
[VK] [BV560009] Public Transport Operations and Supply
[VK] [BV560005] Intelligent Vehicles
[VK] [BV560022] Project Traffic Engineering and Transport Planning
[VK] [BV210013] Urban und Regional Planning
[VK] [BGU68006] Road Safety
[VK] [BGU56048] Traffic Data Collection and Analysis
[VK] [BGU56049] Traffic Flow Simulation
[VK] [BGU56040] Transport Economy and System Assessment
48Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Road, Railway and Airfield Construction
Compulsory
[VK] [BV340010] Dimensioning in road and railway construction
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BV340016] Work Project in Computer Aided Design of Infrastructure Plannings
[VK] [BV340017] Work project in road design
[VK] [BV340018] Work project in experimental research of superstructure
49Technische Universität München
General - Modules taking place in SoSe 2020
As of April 2020
Specialization Hydraulic and Water Resources Engineering
Compulsory
[VK] [BV460007] Planning and Design in Water Engineering
Elective
[VK] [BGU900010] Partner University - Elective Module
[VK] [BGU46027] Rapidly varying Flows in Hydraulic Engineering
[VK] [BV460012] Rivers as an Ecosystem
[VK] [BV170004] River Engineering and Hydromorphology
[VK] [BGU46034] Hydraulic Machinery and Plants Laboratory
[VK] [BGU46032] Hydraulics in Water Engineering Laboratory
[VK] [BGU46042] Modeling of Habitat for Fish and Invertebrates in Rivers
[VK] [BGU46028] Mathematical Modeling of Hydrodynamics and Water Quality in Coastal Regions
[VK] [BV460019] Inland Navigation Management and Constructions
50Technische Universität München
Contact persons
Study counsellor: Frau Dipl.-Ing. Bodemer
(e.bodemer@tum.de)
Course coordinator: Herr Dr. Aondio
(aondio@tum.de)
Dean of academic affairs: Herr Prof. Freudenstein
(stephan.freudenstein@tum.de)
Examination administration & secretary: Frau Schillo M.A
(m.schillo@tum.de)
Study abroad / International Affairs Delegate: Frau Klomke
(n.klomke@tum.de)
Dipl.-Ing. Eva Bodemer / Dr.-Ing. Patrik Aondio
51Technische Universität München
Thank you for your attention and
a good start in your master‘s program!
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