hypar

Hypar is a leading platform for design automation that is used by global firms to automate various aspects of the design process. It allows users to automate conceptual design, estimation, building product configuration, and mechanical & structural engineering. With Hypar, buildings are seen as a combination of interacting systems, and anyone can create and share their designs. The platform enables rapid design work and data-driven decision-making. Hypar is built on open source and open standards, making it easy to publish building systems, integrate them into projects, and collaborate with teams in real-time. It seamlessly integrates with popular software like Revit, Excel, Dynamo, and Grasshopper, and supports common formats like IFC, JSON, gITF, and Rhino.

Key Features:

1. Design Automation: Hypar automates various aspects of the design process, including conceptual design, estimation, building product configuration, and mechanical & structural engineering.

2. Interacting Systems: The platform views buildings as a combination of systems that interact with each other, allowing for comprehensive and holistic design work.

3. Collaboration and Integration: Hypar enables real-time collaboration and integration with popular software like Revit, Excel, Dynamo, and Grasshopper. It supports common formats like IFC, JSON, gITF, and Rhino.

Use Cases:

1. Architects: Hypar provides architects with the tools to automate design processes, estimate project costs, configure building products, and perform mechanical & structural engineering.

2. Building Product Manufacturers: Manufacturers can use Hypar to automate the configuration of their building products and integrate them into various projects.

3. Computational Designers: Hypar offers computational designers the ability to automate design tasks and collaborate with teams in real-time.

4. Design Build General Contractors: General contractors can leverage Hypar to automate conceptual design, estimation, and mechanical & structural engineering, streamlining the construction process.

5. Healthcare Planners: Hypar can be used by healthcare planners to automate the design of healthcare facilities, estimate costs, and integrate building systems.

Conclusion:

Hypar is a powerful platform for design automation that offers a wide range of benefits to its users. It allows for the automation of various design processes, estimation, and building product configuration. With its focus on interacting systems and collaboration, Hypar enables comprehensive and holistic design work. The platform seamlessly integrates with popular software and supports common formats, making it easy to incorporate into existing workflows. By using Hypar, professionals in architecture, building product manufacturing, computational design, design build general contracting, and healthcare planning can streamline their processes, make data-driven decisions, and improve efficiency in their work.