Pyxis/Technische Universität München/Master Bauingenieurwesen/BIM.fundamentals

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Programme structure

Areas of Specialization–

Four specialization subjects, or three specialization subjects plus a personalized specialization subject; each specialization subject requires 12 mandatory and at least 6 elective credits, the personalized specialization subject 12 mandatory and 9 elective credits.

Master's Thesis–Supplementary Courses–

Catalogue of Elective Modules–

9 credits if the personalized specialization subject is chosen, otherwise 12 credits from this catalogue.

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BIM.fundamentals

BGU65016Areas of Specialization6 ECTSEnglishsummer semesterLehrstuhl für Computing in Civil and Building Engineering (Prof. Borrmann)

AI-edited module sheet. Based on the TUMonline module description, edited for readability.Original in TUMonline

What it is about

You will learn the fundamentals of digital technologies in construction with a focus on Building Information Modeling (BIM). You understand BIM terms, typical use cases, relevant software types, and data exchange formats and you can relate BIM processes, collaboration, and GIS integration to real-world case studies.

What you will be able to do

Explain BIM in the planning process
Identify problems in BIM process chains and develop solutions
Critically classify commercial BIM software
Choose digital analysis and simulation tools context-specifically
Relate technical fundamentals of BIM technologies to examples
Understand the structure of BIM data formats
Evaluate formats according to their用途
Apply BIM data exchange mechanisms to problem-specific contexts

What the module consists of

VorlesungDelivery of theoretical knowledge on BIM, processes, formats and fundamentals
ÜbungPresentation of software examples and practical deepening on the computer with tutor support

Teaching method

VorlesungIntroduction and explanation of the theoretical concepts
Übung mit Software-BeispielenApplication of what has been learned to practical tasks for deepening
Aufgabenblätter zur EigenarbeitIndependent deepening outside of presence time; voluntary performance enhancement

What you should already know

Grundkenntnisse digitaler Planungstools (CAD) sowie Erfahrungen zum Gebäudeentwurf und rechnerischen Nachweisen (z. B. entsprechende Module aus Bau-/Umweltingenieurwesen, Architektur, Geodäsie oder vergleichbar)recommended
Sicherer Umgang mit dem Computer (Office-Anwendungen, Internet)recommended

Assessment

Written examWritten testProject work (freiwillig)Points evaluationPortfolio

60-minute written exam without aids. The module grade consists of the exam (max. 60 points) and up to two voluntarily completed worksheets (each max. 10 points; the best 2 of 3 offered are counted). To pass, at least 36 of 80 possible points are required.

Exam date25.02. · 14:00–15:00N 1179, Wilhelm-Nusselt-Hörsaal (0101.02.179)

Reading list

Borrmann et al. - Building Information Modeling Technology Foundations and Industry Practice (2018)
Eastman et al. - BIM Handbook: A Guide to Building Information Modeling for Owners, Managers, Designers, Engineers and Contractors (2011)

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