Computational BIM & Generative Design
Elevate your projects with advanced algorithms, data-driven insights, and optimized solutions. Experience innovation and efficiency like never before with VIATechnik's cutting-edge computational BIM and generative design solutions.
Embrace the Future
By leveraging advanced algorithms and data-driven insights, we enable optimized design solutions, streamlining processes, and unlocking new levels of innovation and efficiency for our clients, and the AEC industry as a whole.
Advanced algorithms empower VIATechnik to push design boundaries, optimize performance, and unlock innovative possibilities for clients in the AEC industry.
These algorithms analyze complex data, automate processes, and generate optimized design solutions. By leveraging computational power and data-driven insights, we explore countless design possibilities, evaluate performance criteria, and identify efficient solutions. With faster decision-making and reduced manual exploration time, our clients benefit from parametric design capabilities that adapt to changing requirements.
Data-driven insights are instrumental in VIATechnik’s delivery of computational BIM and generative design solutions. By leveraging data analytics, our team extracts valuable information from project-specific data sets, enabling informed design decisions. These insights provide a deeper understanding of project requirements, constraints, and performance criteria.
We can then leverage these insights and identify patterns, trends, and correlations that inform the design process. This data-driven approach optimizes design solutions by aligning them with specific project goals, such as structural efficiency, energy performance, and spatial optimization.
By employing parametric modeling techniques, VIATechnik creates intelligent and flexible designs that respond to changing project requirements.
Parametric design allows for the exploration of design alternatives and the efficient generation of design variations, which enables clients to visualize and evaluate different options based on specific parameters and constraints. With parametric design, VIATechnik can quickly adapt and refine designs, ensuring they align with project objectives.
Our iterative optimization process involves evaluating design performance based on predefined criteria and fine-tuning various parameters to achieve optimal outcomes.
By analyzing factors such as structural integrity, energy efficiency, material utilization, and cost effectiveness, our team iteratively enhances designs to meet project goals. Iterative optimization allows for the exploration of design alternatives and the identification of the most efficient and high-performing solutions.
The VIATechnik Difference
At VIATechnik, what sets us apart is our steadfast commitment to our core values. With every engagement, we embody unmatched expertise, provide tailored solutions, and tirelessly pursue opportunities for innovation to drive exceptional project outcomes.
We align digital strategy with enterprise and project strategy, to ensure technology investments are positioned to improve meaningful outcomes.
By integrating expert consulting and implementation services with our data-driven technology platforms, we advance our clients from data to insights to action.
Through continuous learning and data feedback loops, we enable our clients' organizations to realize the value of digitization.