Ehsan Baharlou will participate in the “Living With / Vivre Avec” panel on November 9 at the 6th Chicago Architecture Biennial, SHIFT: Architecture in Times of Radical Change, originally commissioned by the Institut français for the 19th Venice Architecture Biennale....
Ipsita Datta, Ye Ma, and Ehsan Baharlou presented their research titled "Toolpath Informed Biofabrication" on November 6 at ACADIA 2025 in Miami, Florida. The project examines how robotic additive manufacturing can spatially guide mycelial growth within oyster shell...
As part of Biophilic Region Charlottesville–Albemarle County: A Vision for a Nature-Connected Future, the exhibition includes Living Column, a living material installation that brings biological processes into direct dialogue with architectural form. Conceived as a...
Ehsan Baharlou presented his research titled "Eco-resilient Tectonics: Living Building Materials in Multi-species Earthen Construction" on March 22 at the 113th ACSA Annual Meeting Proceedings, Repair, in New Orleans. The work investigates how additive manufacturing...
Ipsita Datta presented her research titled “Bio-Intelligent Stabilization: Mycelium-Based Soil Systems for Sustainable Construction” on March 20, 2025, at the 113th ACSA Annual Meeting Proceedings, Repair, in New Orleans. Conducted at the Computational Tectonics Lab...
Ehsan Baharlou will speak on October 14, 2024, at Texas Tech University’s Huckabee College of Architecture as part of the Hi DARS talk series within the ARCH 5654 and ARCH 5603 courses. The talk talks about the advanced research in ecological construction, sustainable...
Ehsan Baharlou presented the research titled "3D Printing Pattern Effects on SCF PLA Extrusion on Pre stretched Textile Formwork" on May 24 at Rob Arch 2024 in Toronto, Canada. The project investigates how robotic additive manufacturing can reinforce flexible textile...
Ehsan Baharlou will present his research titled "Material Tectonics" on Saturday, October 21 at the 2023 ACSA/AIA Intersections Research Conference: Material Economies. Dr. Baharlou's research focuses on integrating material capacities and fabrication limitations into...