Program overview The built environment is rapidly evolving into a network of intelligent, connected and energy-conscious structures. This English‑taught master’s in the civil engineering field prepares graduates to manage and implement those smart building systems. The curriculum combines technical building knowledge with technology and business management to meet growing industry demand for professionals who can oversee modern building infrastructures.
What you will learn You will study building information modelling (BIM), building automation and decentralised energy management systems, alongside applications of digital twins and artificial intelligence for buildings. Project, risk and change management modules teach you how to plan, execute and evaluate building infrastructure projects and technology roll‑outs. The programme also broadens expertise in innovation management, facility and product lifecycle management while developing intercultural, negotiation and communication skills through diverse project work.
Industry-aligned certification As part of the course you participate in the Siemens Mechatronic Systems Certification Programme (SMSCP) and complete certifications on levels one to three — a practical credential that complements the technical and managerial modules.
Core components / programme requirements (as described)
Note: Check the programme’s official admissions page for specific entry requirements, deadlines and application procedures.
This four-semester, practice-oriented curriculum combines core civil engineering fundamentals with digital and managerial skills needed for smart building technologies. Early coursework revisits mathematical methods and introduces electrical/electronics fundamentals, CAD design using NX (Siemens) and measurement technologies, while hands-on learning begins in the Project Lab. Across the program you will progress through staged SMSCP practical levels embedded in laboratory and software modules, and finish with a company project or internship plus a research-driven Master’s thesis.
Technical depth comes from modules such as Artificial Intelligence I & II, Software Development and Applications, Building Control Systems (KNX), Building Information Modelling and Digital Twin, Digital Signal Processing, sensor and cloud technologies, and decentralised energy management systems (DEMS). These prepare you to design, program and integrate cyber-physical building systems, apply AI and data-analysis methods, and work with contemporary industry tools and networks (e.g., industrial networking and production-processing simulations).
Complementing the technical content is a suite of Sustainable Technology Management modules that cover industrial networking, innovation radar and foresight, product lifecycle management (including CRM and supply chain topics), change and competence management, and sustainability & circular economy with new business models. Additional management and professional skills are developed through Project & Risk Management, Facility Management, Cyber Security, and Research & Development Methods culminating in a master’s colloquium.
Key components and outcomes (concise)
Applicants should hold a relevant undergraduate degree—such as a Bachelor’s in Architecture, HVAC (Heating, Ventilation, and Air Conditioning), Computer Science, Electrical Engineering, or a closely related discipline—before applying to this master’s program.
You will also need to submit several supporting documents to complete your application, including a personal statement explaining your motivation, proof of your secondary/school-leaving credential, evidence of English language ability, a current CV, and identification. These items demonstrate both your academic background and readiness for study in an English-language program.
Make sure you have clear, legible copies of all documents and be prepared to provide certified translations if the university requests them. Check the program’s specific instructions and deadlines so your file is complete when submitted.
Required documents (bullet points)
Winter Semester (International)
15 August 2026
Summer Semester (International)
1 February 2027
Winter Semester (EU/EEA)
1 October 2026
Summer Semester (EU/EEA)
1 April 2026
Graduates are prepared for roles that bridge engineering, building services and technology management such as BIM manager, smart building systems engineer, facility/energy manager, automation/IoT specialist, product or technology manager, and consultant in construction, energy and smart-city sectors. The integrated industry-relevant modules, company project/internship and the SMSCP certification enhance employability in engineering firms, facility management companies, energy service providers and technology vendors.
Given the programme’s emphasis on digital twin, AI, decentralised energy systems and product lifecycle/innovation management, alumni can also pursue roles in R&D, sustainability and consultancy or continue to doctoral research focusing on smart buildings, building automation or energy-efficient infrastructure management.
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