Smart Engineering

Design digitally. Implement smartly.

The picture shows a woman holding a tablet on which a BIM model is displayed - a perfect example of smart engineering in digital design. © Daniel Wanders/STRABAG

Digitally connected

Through Smart Engineering, we combine digital working methods, intelligent technologies and innovative approaches at Zentrale Technik Engineering (ZT). This results in future-proof solutions that optimise the entire project lifecycle.

For us as an engineering service provider, Smart Engineering means: digital design, interconnected systems and maximum value creation. We think ahead and use digital solutions that combine quality and cost-effectiveness.

Smart Engineering at ZT

Digitalisation has a high priority at Zentrale Technik. Using methods such as Generative Design, Building Information Modeling and Geographic Information Systems, we create digital and interconnected models that offer transparency and planning certainty.

Your benefits at a glance

Smart engineering and the ongoing digitalisation are bringing lasting changes to the way we design and build.

  • Transparency and planning certainty: All project stakeholders have access to consistent, up-to-date data. This facilitates information exchange and communication.
  • Efficient design: Through digital models and interconnected data, Smart Engineering supports the early identification of design deviations and the targeted use of resources throughout the entire project lifecycle.
  • Innovation and connectivity: The use of state-of-the-art technologies and data-driven processes creates intelligent concepts that deliver complex construction projects.
  • A portrait of Marc Stephan, Division Manager at Zentrale Technik.

    Our technologies enable data-driven decision-making, digital design and the targeted use of resources, – for buildings that stand the test of time and inspire.

    Marc Stephan
    Head of the BIM Management department

Smart Engineering - FAQ

  • What does Smart Engineering mean?

    For us at Zentrale Technik, Smart Engineering means connecting digital designing, data-driven processes and our engineering expertise. Our aim is to make the design and construction process more efficient and precise.

    The picture shows a tablet on a table on which a digital building model can be seen. © Daniel Wanders/STRABAG

    Smart Engineering is the key to digitalisation in engineering and is transforming the way we design and build. Specifically, for us, Smart Engineering covers:

    • Digital design: Through the use of Building Information Modelling (BIM), Generative Design (GD) and our Geographic Information Systems (GIS), we create precise and transparent foundations that guarantee the highest level of design reliability.
    • Automation and efficiency: Reduction of manual work through digital workflows and intelligent tools.
    • Data-driven decisions: With our simulations and analyses, we ensure better forecasts and risk minimisation during the construction process.
  • What does the future of digital design and construction look like?

    We are certain that the principle of ‘design digitally first, then build in reality’ will become even more established. Technologies such as BIM and the use of artificial intelligence are becoming the norm.

    The picture shows two people in construction site clothing on the construction site holding a tablet. © Daniel Wanders/STRABAG

    The future of construction is interconnected and automated. Digital design will become the foundation of smart engineering – with even greater transparency, efficiency and quality.

    • Complete digitalisation of the value chain: Our digital tools enable end-to-end digital design – from the initial concept through project monitoring right through to deconstruction.
    • Artificial Intelligence: With Generative Design, not just three or four design concepts, but a multitude can be created in the shortest possible time. This saves time and resources when searching for the optimal solution during the design phase – quickly, automatically and data-driven.
    • Sustainable Engineering: Digitalisation is not just about improving efficiency; it also lays the foundations for well-informed design decisions. Digital models enable the analysis of different design options in terms of energy requirements, material usage and building performance. Smart Engineering combines these digital processes with innovative methods to develop tailor-made solutions for complex construction projects.