#390 - From Idea to Execution: Heliomorphism

Sven Shockey, FAIA joins Evan and Cormac to talk about Virginia Tech Academic Building One — a 300,000-square-foot computer science and computer engineering building on a new campus in Alexandria, Virginia whose faceted, photovoltaic-integrated form was derived through 1,400 computational iterations. They explore what it means to design a building's exterior before the interior program is finalized, how three distinct types of building-integrated photovoltaics get assigned to 17 different facades based on orientation and performance data, and what a sewage wastewater energy exchange system has to do with a tunnel under a parking lot.

This episode is especially relevant for design architects and architecture students who want to understand how computational tools actually interact with design judgment — and for anyone who's ever wondered what it looks and feels like to sit inside a building where the facade is doing real work. The shadows move. The light is soft. The algorithm found a non-intuitive answer, and then the real design work began.

Episode LinksGuest

Sven Shockey on LinkedInSven Shockey at SmithGroup

SmithGroup

SmithGroup websiteSmithGroup on LinkedInSmithGroup on Instagram

Virginia Tech Academic Building One

Project page — SmithGroupVirginia Tech Innovation CampusFirst building nears completion — Virginia Tech NewsAlumnus plays large role in designing the campus — Virginia Tech NewsVirginia Tech's Striking New Building Pays Homage to the Sun — Interior DesignVirginia Tech Innovation Campus Academic 1 Building — Architect MagazineA Window to the Future — Inform MagazineDesign centers on sustainability & connectivity — SmithGroup (2020)First building nears completion — SmithGroup (2024)

Awards

Interior Design Best of Year 2025 — Dual HonorsAIA Virginia 2025 Design Awards

Context: Virginia Tech & Amazon HQ2

Virginia Tech Innovation Campus key to attracting Amazon HQ2 — Virginia Tech News