Language of study: English
Digital twins, smart cities, geoinformation systems (GIS), urban and building information modelling (UIM and BIM), design automation, digital fabrication, remote sensing, artificial intelligence, human-computer-interaction – these are just some of the information technologies used to shape the world around us, impacting the liveability of our cities and urban areas. With the increasing digitalisation of the building industry and the ever-growing field of possibilities, specialists are needed to bring together parallel developments in information technologies across building disciplines and building scales.
This unique programme provides knowledge and competencies on information technologies from architecture, civil engineering, and geodesy. Capture, generate, interpret, utilise, and adapt digital data and information at the interface of different digital systems. Work in interdisciplinary teams to manage, consult on, and create digital components of built environment activities at various stages of the construction lifecycle
Which further expertise and skills will I acquire?
You will have knowledge of the domain and technology requirements, challenges, processes, and structures at different construction scales in architecture, civil engineering, and geodesy coupled with a deep understanding of information technologies, computer science methods, data management, and systems architecture. You will be able to identify and analyse information technology issues in the built world and be capable of selecting appropriate digital methods, developing solutions, and identifying necessary stakeholders.
Which professional opportunities can I take up with this qualification?
As an expert in information technologies for the built environment, you can consult on, develop, and manage information models and systems, utilising and combining existing information technologies and creating innovative new approaches within the built environment. Upon completing the programme, you will have a holistic, interdisciplinary understanding of information technologies and methods in the built environment.
The programme is structured as shown below. Compulsory modules ensure students gain the necessary knowledge, skills, and competencies to become ITBE experts. A wide range of elective modules offers the opportunity and flexibility to fill personal knowledge gaps, specialise in a specific area, and learn about cutting-edge technologies within the field.
Of the 36 credits gained through elective modules, at least 21 credits must be included from the "Cross-Cutting Methods" elective module catalogue. While the built environment as a field lays great value on human-centred engineering and the connection between users and technology are present within many of the modules in this programme, the programme additionally promotes an active engagement with the topic through the selection of at least three credits in the elective area of "Ethics and the Human Factor." Details on how this programme differs from other TUM study programmes are available on the TUM ITBE Wiki.
Semester Structure
The first semester builds on your Bachelor's-level knowledge. You will receive state-of-the-art education on information technologies in different building domains (architecture, civil engineering, geodesy) and at different scales. This affords you an overview of the information technology landscape in the built environment and establishes a common understanding of information technology, methods, and terminology.
Modules in the second and third semesters focus on specific built environment information technology issues from multiple (at least two) domain perspectives, generating a holistic and integrated understanding. In the third semester, you will apply this theory in practice within the ITBE Fusion Lab, where you will work in interdisciplinary teams using digital methods to develop a solution to real-world built environment information technology challenges.
For the Master's thesis in the fourth semester, you will identify a research question of interest to you and select and develop an appropriate method to address a specific research gap in the built environment. You will carry out a scientific investigation and analyse the results. This work will be documented and communicated in a scientific paper and oral presentation.
For more information, refer to: https://www.tum.de/en/studies/fees.
In order to cover personal expenses while studying in Munich, we recommend a budget of at least 1,000 EUR per month.
Many international students can have their fees waived or receive scholarships to finance them. You can find all information on waivers and scholarships here.
Applicants must have at least a Bachelor's degree or equivalent educational background in architecture, landscape architecture, urban planning, civil engineering, geodesy, geoinformation, informatics, or a similar degree.
They should have a solid foundation in either the built environment or computer science with a strong interest in the other. This interest must be evident in their previous work and activities.
There are various opportunities as teaching assistants and research assistants at the university. Munich is also an excellent place to find internships at companies.
Please refer to the following page for more details: https://www.tum.de/en/studies/during-your-studies/living-and-working/jobs-and-internships.
It’s not easy to find a place to live in Munich – but it’s not impossible either! The Technical University of Munich (TUM) supports students and staff in their search for accommodation by providing personal advice, in-house listings and useful information to ensure that you can quickly find a place to call your own.
For more information, see: https://www.tum.de/en/studies/during-your-studies/living-and-working/accommodations.
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