We integrate innovative planning and efficient construction methods
The application and integration of existing innovative technologies, such as AI-supported generative planning and serial construction methods, is a key to unlocking many real estate projects. This requires a transformation of the way we plan and approach each project development. This transformation does not lie in a distant future but is already the reality at VynciTech: We do not only advise, but actively support you in the implementation of these technologies to your specific project plans.
We combine human and artificial intelligence for better design
New AI-supported software tools with different capabilities are constantly coming onto the market, which makes choosing the right solution an ongoing challenge. Our team has applied experience of the best available AI solutions and knows how to leverage them for high-quality designs.
Our proprietary process brings building planning up to date with the most recent technological developments. As experienced designers with unique knowledge of specialist planning softwares, we create high-quality, cost- and resource-efficient designs that are tailored to the users' needs.
We realise tailor-made designs with serial construction methods
Serial construction can save you time and money while increasing the sustainability and quality of your project. However, a deep understanding of the available serial construction systems is necessary, in order to select the right system and seamlessly integrate it into the building project.
Our team specialises in this type of challenge: We are not tied to any provider and can therefore independently select the best construction system for your project. We use our knowledge of the system parameters to design customised floor plans and buildings without compromise.
Our Services
Phase I: Project Initiation
- Evaluation of site and context using digital databases (e.g. population growth, household data, infrastructure)
- Analysis of comparative properties using digital databases (e.g. rental prices, purchase prices)
- Profitability calculation
- Available grants (e.g. EH40, EH55, QNG)
- AI-supported modelling and calculation of site utilisation rates
- AI-supported feasibility studies
Phase II: Project Concept
- Determination of project goals and development of project brief
- AI-supported design options, including optimisation of building volumes and position on site
- Preliminary AI-supported "Better Building" analyses (e.g. noise pollution, wind comfort, daylight, shading, potential photovoltaic yield, uninterrupted views)
- Selection of most suitable construction system (e.g. solid timber construction, timber hybrid construction, concrete)
- Cost estimate
- Sustainability analysis using a digital building model, including advice on sustainability of building systems
Phase III: Project Refinement
- Coordination of design process
- AI-supported floor plan design, layout optimisation & planning with BIM tools
- AI-supported "Better Building" analyses of selected design option (e.g. noise pollution, wind comfort, daylight, shading, potential photovoltaic yield, uninterrupted views)
- AI- and BIM-supported façade design with advice on building system compatibility
- Concept design for building services and technical equipment
- Cost estimate
- Support with planning permission
Phase IV: Implementation
- Detailed design in BIM
- Delivering data for faster engineering calculations
- Building services component selection
- Schedules
- Cost determination
- Support with tender process, such as advice on system suppliers, additional required trades and general contractor options