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  • Writer's pictureAnkit Singhai

Hypar: Revolutionizing the Traditional Design Pipeline

Updated: Jul 16, 2023

The Genesis of Hypar

Ian Keough and Anthony Hauck, two former Autodesk employees who had previously worked on significant design software innovations, had the idea that would eventually become Hypar. In 2017, Keough and Hauck left Autodesk to co-found Hypar. Keough is the creator of Dynamo, a visual programming interface for Revit, and Hauck co-led the team that created Generative Design for Revit. Their goal was to use technology to democratise access to building knowledge and streamline the design process.


Hypar's Technological Innovation

Hypar is a web application that runs in the cloud and generates designs based on predetermined criteria in an effort to avoid the time-consuming design work associated with conventional Building Information Modelling (BIM) workflows. The system generates usable building models and plans without having to start from scratch in a conventional design programme by using cutting-edge generative design techniques. Hypar can produce structures that are fully equipped with all the mechanical, electrical, and other systems needed for a buildable model.


Hypar integrates well with Revit despite its standalone capabilities, allowing its generative work to flow back into current BIM design processes. The ultimate goal is to make much of the Virtual Design and Construction (VDC) and BIM detailing work obsolete, thereby accelerating and streamlining the design process.


Challenges and Obstacles

Although Hypar's technology is cutting edge, conventional methods of working are still used. As the industry transitions to a more automated, generative-first design approach, integration with current BIM processes will be essential. Additionally, there is frequently a learning curve associated with the adoption of new technology, necessitating training and adaptation for professionals in the field.


Broader Implications in the Design Industry

The design industry could be significantly impacted by Hypar's technology. Different parts of the design process can be automated, which makes it go more quickly and effectively. This might result in lower costs, less waste, and more accurate construction budget estimates. Additionally, the technology has the potential to democratise access to building knowledge, facilitating the creation of practical building designs by a larger user base.



Frequently Asked Questions


1. What is Hypar? Hypar is a tech startup that offers a cloud-based web app for generating building designs based on preset parameters. It aims to simplify and accelerate the design process by automating various elements traditionally handled in BIM workflows.


2. How does Hypar's technology work? Hypar uses advanced generative design techniques to produce usable models and plans for buildings. It can generate fully outfitted structures, complete with all the mechanical, electrical, and other systems required for a constructible model. The technology works off a series of inputs, from existing plans and models to small parameters that can be adjusted manually.


3. Who are the founders of Hypar? Hypar was co-founded by Ian Keough and Anthony Hauck, both former Autodesk employees who had previously worked on significant design software innovations.


4. What are the potential challenges for Hypar? While Hypar's technology is innovative, it doesn't completely eliminate traditional ways of working. The integration with existing BIM processes is crucial for the transition period. Additionally, the adoption of new technology often comes with a learning curve, requiring training and adjustment for industry professionals.


5. How could Hypar impact the design industry? Hypar's technology has the potential to significantly impact the design industry by automating various elements of the design process, making it faster and more efficient. This could lead to cost savings, reduced waste, and improved accuracy in construction estimates. The technology also has the potential to democratize access to building expertise, making it easier for a wider user base to generate usable building designs.

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