Computational Design & Architecture

Project Overview: Computational Facade for National Geographic

My collaboration with the Archilogics studio on the new National Geographic headquarters in Washington, D.C., was a fantastic opportunity to bring computational design to the forefront of architecture. This project wasn't just about building a facade; it was about creating a technologically precise and visually dynamic skin for the building.

Role & Responsibilities

As a Computational Design Specialist, my work was centered on translating the architectural vision into a functional, buildable reality. My key responsibilities included:

• Algorithmic Design: Developing parametric models and algorithms to generate the complex geometry and detailed planimetry for each facade panel.
• Documentation & Optimization: Creating precise construction documents directly from the digital model, which streamlined the manufacturing workflow and minimized potential errors.

Key Contributions

This project demonstrates how computational methods can solve complex architectural challenges. By leveraging these advanced tools, we were able to:

• Materialize a Complex Geometry: Successfully translate a highly intricate design into a tangible facade through a seamless digital-to-fabrication workflow.
• Enhance Collaboration: Serve as the technical link between the design team and the manufacturer, ensuring a smooth and efficient process from concept to completion.

Vision

This project reinforces my belief in the transformative power of computational design. 

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