Services

With many years of experience in BIM coordination and BIM management, we adapt our methodology individually to the needs of each project to ensure a customised and optimal solution.

This innovative approach enables us to develop a comprehensive perspective, identify site-specific challenges and create urban development solutions. At an urban planning level, we support the localisation of urban heat zones and evaluate climate adaptation measures such as façade and roof greening. We optimise the shape, envelope, orientation and load-bearing structures of buildings to not only improve comfort for residents, but also actively reduce the carbon footprint. Our services also offer detailed assessments at component level, which serve as a sound basis for the design of building elements. With our holistic approach, we help to create sustainable and forward-looking solutions.

By adopting this responsible approach, we not only create future-oriented buildings, but also contribute to the preservation and revitalisation of our environment. Our unique approach skilfully combines the new with the old, while maintaining a respectful approach to the existing building by preserving static systems. The integration of timber construction enables a harmonious combination of tradition and innovation. A comprehensive survey of the structure, material samples and proof of stability in accordance with applicable standards are essential for us. This commitment is reflected in the practical realisation of our obligation to preserve value and conserve resources.

For us, competitions are not just a platform for presenting creative ideas, but an important part of our planning culture. Our participation goes beyond simply highlighting creativity – it represents an active contribution to shaping the architecture of the future. Through cooperative partnerships, we always strive to realise our ideas in the planning and construction process. Our participation in competitions is, therefore, an active step in this direction and a clear commitment to long-term progress in our industry.

Our aim is to ensure that your projects are not only implemented successfully, but also efficiently and to the highest standards. Rely on our expertise for a solid basis in every construction project.

Our experience with numerical simulations makes a decisive contribution to development and complements conventional component testing by modelling the entirety and complexity of reality. Rely on our expertise to take your steel structure projects to the next level – optimised for execution, cost, material and design/aesthetics.

We evaluate technical aspects in complex contexts and plan from the first preliminary drafts through variant and cost analyses to the final detailed planning. For cost certainty, we draw up detailed bills of quantities that include all requirements and materials. Our expertise also extends to complex 3D façades and so-called "free-form façades", which we plan and realise as cost-effective system solutions. With our software-supported, digital architectural planning in 3D, we not only set standards in design, but also provide precise data for the contractors.

Manufactured from high-strength textile membranes such as PTFE-coated glass fibre, PVC-coated polyester fibres, ETFE films or pure PTFE fabrics. We offer customised solutions for a wide range of applications: translucent or transparent building envelopes – mechanically or pneumatically prestressed. We create forms that adhere to natural principles. Our understanding of the special features of the form-finding process, taking into account the interaction between form, impact, load-bearing behaviour, material and cutting, always leads to aesthetically sophisticated solutions. Our central tool is the specialised calculation software Kiwi3d. As a plug-in for Grasshopper/Rhino, based on isogeometric analysis (IGA), Kiwi3d overcomes boundaries between architects and engineers.

With our programmable, parametric planning, we design three-dimensional models using functions, parameters and construction principles to precisely define every element, joint and connection. This basis allows a large number of different design variants and facilitates fundamental decisions in the initial phase. Our innovative method enables an end-to-end digital process chain that links digital design directly with computer-aided CAM production. The result is precise individual parts that fit together perfectly. Parametric planning is particularly advantageous for complex projects, as changes can be easily incorporated into the model.

For us, construction is not set in the context of a linear system, but a circular one, in which buildings are constructed in such a way that they last longer and can then be dismantled instead of being demolished. We focus on the re-use of building materials and entire components, in order to utilise materials that are no longer needed in one place elsewhere. This approach leads to a reduction in the amount of waste and CO2 and to more sustainable and holistic structural design.

Concrete and masonry components are characterised by their enormous robustness during use and operation. For us, robustness means longevity, and that is the key to sustainability. In addition, concrete not only offers physical advantages such as fire protection and sound insulation, but also excellent thermal insulation in summer thanks to the material's thermal storage capacity. This storage capacity allows the coolness of the night to be carried over into the next day, thus creating an energy-efficient construction method. This means that solid construction, as a high-performance material, offers excellent opportunities for the future, especially in the combination of building materials: We create a robust structure with concrete as a building material and combine it with biogenic building materials such as wood, thus contributing to a negative CO2 balance in buildings.

From the first "hand-drawn sketch" to the complete building documentation, we accompany the entire planning process. We do everything we can to ensure the highest standards in every planning phase. You can rely on our experience to successfully accompany your construction project from conception to completion.

Our experience with numerical simulations makes a decisive contribution to development and complements conventional component testing by modelling the entirety and complexity of reality. Rely on our expertise to take your steel structure projects to the next level – optimised for execution, cost, material and design/aesthetics.

Our experience in analysing load-bearing structures and connection details from very different projects enables us to achieve our goals for ecological, resource-saving and circular buildings in a cost-efficient manner. We adopt a project- and process-orientated design approach within interdisciplinary planning teams. With the help of digital planning tools, we also have the opportunity to minimise planning risks and can thus implement smooth cooperation with planners and contractors.