Thomas Spiegelhalter

Thomas Spiegelhalter is a German-American academic and architect.

Early life and education Born in Germany, Spiegelhalter earned his Engineer Degree (Dipl.-Ing.) from the University of Applied Sciences in Bremen. He also obtained both his Bachelor of Arts and Master of Arts degrees from the College of Architecture, Media and Design at the Berlin University of the Arts (UdK) in Germany. Additionally, he received his Ph.D in Generative AI-driven Architecture from the Università degli Studi di Genova (UniGe) in Italy.

Career From 1990 to 1991, Spiegelhalter served as an assistant professor at the University of Kaiserslautern in Germany, specializing in architecture, engineering, and town planning. Following this, in 1993, he became a Tenured Full C3-Professor at the University of Applied Science Leipzig, a position established by the Minister of the State Saxony's Ministry of Science and Culture. In the same year, Spiegelhalter co-established the Miami Dynamo-Rhynamo-BIM-360 group of the Intl. Autodesk User Groups (AUGI). Collaborating with universities internationally since 1990, Spiegelhalter has worked on various ecological engineering projects.

He took part in the Italian Pavilion in 2021, and subsequently, in 2023, he exhibited at the European Cultural Center during the Venice Architecture Biennale in Italy, showcasing his "Generative AI-Synbio Carbon-Positive, Blue-Green Infrastructure Projects."

From April 2023 to April 2024, he was awarded the Global Visiting Professor Grant at the Research Center for Climate Change Adaptation, Faculty of Environmental Information Studies, ECOGIS Lab, while serving as a doctoral supervisor with Wanglin Yan at Keio University's Shonan Fujisawa Campus in Tokyo, Japan.

In April 2024, he was appointed to the Fulbright Specialist International Awardee Roster for Architecture, with a designation to work with an Italian university for the tenure period of 2024-2027.

Spiegelhalter currently holds a position at Florida International University (FIU) as a tenured professor and the co-director of the Structures and Environmental Technologies Lab (SET). He also teaches subjects related to sustainability, carbon-positive design and green-blue urban systems at FIU and Miami Beach Urban Studios (MBUS).

His work has been published in Contemporary European Architects, Volume V and Solar Architecture for Europe. In addition to these notable contributions, he has authored numerous research papers, monographs, journals, and books. Among his significant works are Gravel Pit Architecture (1990), Adaptable Technologies: Le Architetture di Thomas Spiegelhalter (2008), Best Practices in Sustainable Building Design (2013), Post-Parametric Automation in Design and Construction (2015), and Climate Responsive Architecture/Climate Change Adaptation and Resource Efficiency (2016). He is also the author of the CRUNCH DESIGN RESEARCH series, which includes Food, Water, Energy Nexus. Volume 1 - Urban Hybrids (2020), Volume 2 - Net-Zero High-Rises (2020), and Volume 3 - Carbon Positive 2020-2100 (2021). His most recent work, Analog to AI: Pioneering SynBio Nexus Design - Concepts, Tools, Workflows, Protocols, and Architectural Explorations, 1985-2100 (2024), explores future-focused architectural innovation.

Grande Calusa is a 23.5-acre mixed-use redevelopment project in Fort Myers, Florida, developed by Fort Myers Future LLC. The project aims to transform the Hurricane Ian-damaged Sanibel Outlets into a sustainable community resilient to hurricanes. It features residential, cultural, and commercial spaces, drawing inspiration from Calusa Indians heritage. Highlighted on NBC2 TV News on November 27, 2024, Grande Calusa seeks LEED, WELL, and ESG certifications to underscore its commitment to environmental stewardship.

In January 2025, Spiegelhalter presented his portfolio of award-winning designed, built, and researched architectural projects at the International ARCASIA Forum 22 in Colombo, Sri Lanka, under the theme “Polymathic Excellence: Crafting Narratives, Designing Tomorrows.” His presentation showcased AI-driven, large-scale infrastructural realizations and 3D-printed construction innovations, contributing to global dialogues on sustainable and resilient architecture