On October 25th, AN’s Facades+PERFORMANCE Chicago offers participants the chance to collaborate with industry experts on practical projects to cultivate valuable skills required for the delivery of ground-breaking facade technologies. Registered architects can earn 8 AIA LU credits by selecting one of six full-day, comprehensive workshops that take place in small, one-on-one, classroom settings.
Lead by Jonatan Schumacher and Mathew Naugle of Thornton Thomasetti, the Advanced Facade Panelization and Optimization Techniques workshop is designed to discover distinctive systems for the rationalization of envelope surfaces for efficient fabrication, using a selection of plugins for Grasshopper. Participants will ascertain fundamental concepts of facade panelization, and optimization thereof, using Grasshopper’s optimization plugin Galapagos.
Schumacher and Naugle will examine a number of cases for facade optimization using Galapagos before imparting an assortment of advanced panelization techniques using the dynamic relaxation plugin Kangaroo. Participants will delve into the TT Toolbox plugin, which will permit them to track the development of the design through various iterations with Excel. This workshop is catered for participants with beginner to intermediate knowledge of Rhino and Grasshopper. Personal laptops loaded with the required software—Rhino 5.0 Evaluation or SR3, Grashopper 0.9.0056, and Kangaroo Add-On for Grasshopper—are required to attend this technology workshop.
Schumacher is the Director of Advanced Computational Modeling (ACM) at Thornton Tomasetti, where he has worked since 2010, with the goal to create new workflows and processes to enhance building design. He oversees and implements strategic developments related to integrated structural design, facade design, environmental analysis, and building information modeling.
Naugle is an Integration Engineer at Thornton Tomasetti’s ACM group, where he focuses on instituting digital workflows catered to the company’s multifaceted modeling processes. He teaches and develops methods that utilize parametric modeling, interoperability, integrated analysis, BIM management, and geometry rationalization.