The Austrian company Evolute itself began with an evolution: in 2008 a research group on industrial design and geometric modeling at Vienna University of Technology founded a business. The goal? Deploy mathematicians, engineers, and architects to create tools that facilitate the design and optimization of highly complex geometric forms. In the October 12 workshop "Parametrically Driven Optimization for Freeform Facades" Florin Isvoranu, an architect who now leads Evolute's outreach efforts, will focus on optimization of complex geometry envelopes for efficient and cost effective fabrication. Working in Rhino 4, EvoluteTools PRO 2.0, and Monkey Script Editor, Isvoranu will move step by step from design to optimization to detailing to generating fabrication information, and how to parametrically link these steps into an integrated workflow. The day-long event is part of Collaboration: The Art and Science of Building Facades, the Chicago edition of The Architect's Newspaper's popular conference taking place October 11-12. Isvoranu stresses the need for easy configuration and a user-friendly interface in new products that address technical subjects."EvoluteTools allows the user to specify an unlimited number of paneling constraints, prioritize the requirements and let the optimization engine find the right solution," he said. EvoluteTools PRO, a Rhino plug-in, even provides feedback that enables precision tailoring of all of a design's parameters, from aesthetic to financial. "Within the same piece of software we are able to design the panel layout, add as many constraints needed into the equation, tweak the optimization goals and export fabrication geometry using our Rhinoscript Interface," said Isvoranu. "The Scripting interface allows architects, engineers, and designers to tailor and manage the data flow to their specific environments and local requirements, saving time and cost." Throughout the whole workshop EvoluteTools PRO 2.0 for Rhino will be used by the attendees for hands-on examples and exercises. Participants are strongly encouraged to bring their own designs to be rationalized. Experience in using Rhino and knowledge of RhinoScript is advantageous. Participants will receive a 30 day evaluation license of EvoluteTools PRO to further explore its capabilities and also have a chance to preview new optimization tools and paneling technology. To register for the conference and this workshop, click here.
Posts tagged with "Collaboration Conference":
Marc Teer, an instructor at IIT, founded the site Black Spectacles in 2010 to create a friendly forum where architects and designers could learn the latest software online, from 3ds Max to RhinoScript and everything in between. In a day-long workshop on Friday, October 12, Teer will zero in on programs that enable the design and patterning of facades. The event is part of Collaboration: The Art and Science of Building Facades, the Chicago edition of the Architect's Newspaper's popular conference taking place October 11-12. Facade Patterning: Translation from Grasshopper into Revit will investigate interoperability between Grasshopper and Revit and explore the array of evocatively named tools that make this translation possible: Geometry Gym, Hummingbird, Chameleon & Import, OpenNurbs to Revit. "On the one hand you have Grasshopper, which provides architects with an unlimited architectural vocabulary, and on the other, you have Revit which is arguably the most powerful design development and documentation tool. The problem is these two tools don't work well together out of the box," said Teer. Not only will participants have a chance to work with Teer, but the software developers behind selected tools will also participate in the workshop via Skype, sharing stories for how the software emerged and offering in-depth insights into the possibilities--and limitations--of each."Our workshop will survey all of the available software that connects these two essential design tools," said Teer. "By the end of it, the attendees will understand how to properly translate their Grasshopper models into Revit. Connecting these two programs will give designers the tools they need to realize their most inventive work." To register for the conference and this workshop, click here. Workshop attendees should have an introductory understanding of both Grasshopper and Revit.
Collaboration: The Art and Science of Facades Symposium: Thursday, July 26, 8:00 a.m. to 5:00 p.m. UCSF Mission Bay Conference Center, San Francisco Workshops: Friday, July 27, 9:00 a.m. to 6:00 p.m. California College of the Arts, San Francisco This week in San Francisco architects and engineers at the forefront of facade design and fabrication will gather to present their latest work and research. Sponsored by The Architect's Newspaper and Enclos, the first-day line-up for Collaboration: The Art and Science of Facades includes Craig Dykers of Snohetta as the keynote speaker along with presentation by leaders at SOM, Thornton Thomasetti, Firestone Building Products, IwamotoScott, Future Cities Lab, Gensler, Kreysler & Associates, Gehry Technologies, Buro Happold and more. On the second day, participants receive hands-on practical instruction through workshops with industry leaders. Those attending both days will receive 16 AIA Continuing Education credits. One day left to register! For registration click here. Can't make it out West this week? Check out the next call for papers: AN's Facades + Innovation Conference, October 10-12, Chicago. Download PDF.
Kevin McClelland and Andrew Vrana of TEX-FAB, the Texas-based fabrication think tank, are also pioneering members of the Digital Fabrication Alliance—an international network of digital fabricators, academics, architect, designers, and developers of hardware and software with a goal of sharing information and knowledge. The TEX-FAB partners bring their expertise into the classroom at Texas A&M, and also host the annual REPEAT conference and competition. On July 27 McClellan and Vrana will delve into the making of such facades in “Parametric Facade Tectonics,” a special workshop that is part of AN‘s upcoming conference Collaboration: the Art and Science of Building Facades, taking place July 26-27 in San Francisco. "Projects develop along specific and delineated steps of implementation, from conceptualization, through to implementation," according McClellan. "These are standard within all projects, however, what is not standard are the procedures used within those steps." McClellan and Vrana will break it all down at an upcoming workshop "Parametric Facade Tectonics." By understanding those procedures, via reverse engineering the steps used to implement them, workshop attendees will learn a repeatable analytic technique applicable for understanding other projects. McClellan and Vrana's upcoming July 27 Parametric Facade Tectonics workshop,8 LU Credits, will will use a procedural method of constructing an integrated facade system in Rhino. It will begin with associative modeling advancing into Paneling Tools while progressively implementing Grasshopper throughout. As a reverse-engineered case-study developed through design vignettes applied to successive layers of a building enclosure, a holistic design strategy for using the tools will be covered that will include: quantitative approaches in design scope, adaptive feedback of building information, optimization and tolerance control in design and iterative strategies for managing data sets. To register for this workshop and the preceding July 26 symposium, click here. RELATED: On July 27 Bill Kreysler and his associate Joshua Zabel will lead a special workshop on how composites are used in facades today as part of the AN‘s upcoming conference Collaboration: the Art and Science of Building Facades. UPDATE: This workshop is 8 LU/HSW Credits.
"We've always been interested in the tools used in architecture and have always tried to be critical of these tools," stated the partners of Aranda/Lasch after being named finalists in MoMA PS 1's Young Architect Program (YAP) in 2005. "At a certain point we began making our own computational tools and realized that we could make structures that organize space and put forth a way to practice architecture." Fast forward seven years, and Benjamin Aranda and Chris Lasch continue to pioneer new forms through innovative scripting. On July 27, Chris Lasch will lead Scripted Facades, a special workshop that is part of AN‘s upcoming conference Collaboration: the Art and Science of Building Facades, taking place July 26-27 in San Francisco. Lasch co-founded his firm with Benjamin Aranda in 2003, and the duo has made a name for themselves through the deep dives they take into materials and structure for every project, whether a building, installation, or object. In addition to a nod from MoMA PS 1 in 2005 for their YAP proposal The Grotto, Aranda/Lasch won the United States Artists Award and Young Architects Award in 2007, and the same year their practice was the subject of Tooling, part of the Pamphlet Architecture series by Princeton Architectural Press. In 2008, they were featured in the Venice Architecture Biennale (and again in 2010) and also invited back to MoMA to create a large-scale installation in the museum. Since then, they've completed a 42,000 square-foot temporary structure for Design Miami in 2009, in addition to working on commercial and residential projects in New York. This fall Aranda and Lasch will both be visiting architecture professors UC Berkeley. Lasch’s upcoming July 27 workshop on Scripted Facades will offer an intro to creating customized components in Grasshopper through the use of Python scripting. Attendees will be led through a series of tutorials structured as a parametric facade design exercise. This will provide an overview of Python syntax, data management, and script control within the context of Grasshopper’s Python Scripting component. Attendees will learn to build a scripted component, and integrate it within the flow of a Grasshopper definition. To register for this workshop and the preceding July 26 symposium, click here.
To get a sense of Jason Kelly Johnson's vision for buildings of the future, drop by the Buckminster Fuller show on view at SFMOMA through July 29. Johnson's San Francisco-based studio Future Cities Lab was one of the firms chosen to represent Fuller's legacy in the Bay Area. You'll see the motorized model for the HYDRAMAX Port Machine, a waterfront "urban-scale robotic structure" that harvests rainwater and fog, designed by Johnson and his partner Nataly Gattegno—a dynamic concept that makes today's built environment look positively lazy by comparison. Better yet, go learn from Johnson firsthand. On July 27 Johnson will explore how technical tools like Grasshopper, Firefly, and Arduino can help tap the potential of buildings in "Responsive Building Facades," a special workshop that is part of AN‘s upcoming conference Collaboration: the Art and Science of Building Facades, taking place July 26-27 in San Francisco. Future Cities Lab has gained recognition for exploring architecture through the lenses of advanced fabrication technologies, robotics, responsive building systems, and public space, receiving Architectural League of New York Young Architects Prize in 2011. Johnson, past recipient of fellowships at the University of Michigan and the Van Alan Institute in New York, also teaches at the California College of the Arts (CCA), and he'll serve as chair of the upcoming ACADIA 2012 Conference “Synthetic Digital Ecologies” to be held in San Francisco. Johnson's upcoming July 27 Responsive Building Facades workshop will examine the use of Grasshopper, Firefly, and Arduino as creative and technical tools in the design, simulation and prototyping of intelligent building skins. To register for this workshop and the preceding July 26 symposium, click here.
Composite materials, a.k.a. “composites,” are the result of the two different materials being combined but remaining physically and chemically distinct. For over 40 years Bill Kreysler, founder of the Napa County-based Kreysler Associates, has been leading developments in molding and application of composites for architectural use. On July 27 Kreysler and his associate Joshua Zabel will lead a special workshop on how composites are used in facades today as part of the AN's upcoming conference Collaboration: the Art and Science of Building Facades, taking place July 26-27 in San Francisco. After getting his start in manufacturing sailboats, Kreysler founded his own firm in 1982 and brought his knowledge of fiber reinforced polymer (FRP) to bear on architectural and industrial products as well as large scale sculpture (his workshop boasts three CNC-milling machines). Currently chair of the committee to write Guide Specifications and Recommended Practice for FRP Architectural Products and a founding member of the newly formed Digital Fabrication Alliance, Kreysler is also co-author of Composites, Surfaces, and Software High Performance Architecture with Greg Lynn. Through lectures and a rare opportunity for hands-on learning, the upcoming July 27 workshop will provide participants with both the creative and technical knowledge to design and prototype composite based building components. Participants will also be eligible to compete in a limited competition to have a small component fabricated full-scale by Kreysler & Associates to be exhibited at ACADIA 2012, a conference on computer-aided design. To register for the Collaboration conference, click here.
On Feburary 17, John D. Cerone and Hashim Sulieman of SHoP Construction will lead Computational Design & 4D Sequencing, a workshop focusing on parametric modeling as part of DAY 2 of COLLABORATION, a conference on facades and fabrication sponsored by The Architect's Newspaper. John is a Virtual Design & Construction Coordinator and a member of the Advanced Technology Group at SHoP Construction; specializing in Building Information Modeling (BIM), he has helped SHoP develop its technology and process, and served as an Adjunct Professor at the Parsons New School for Design teaching BIM and digital representation. John received his Bachelor of Arts degree from the School of Architecture at Miami University in Oxford, Ohio (2002), and his Master of Architecture degree from the Graduate School of Architecture, Planning and Preservation at Columbia University (2008). Hashim is a Virtual Design and Construction Manager at SHoP Construction and a member of the Advanced Technology Group. His work at SHoP has focused on implementation of parametric models, BIM, and direct-to-fabrication technology. Hashim has worked at SOM as a Digital Design Specialist and as an Adjunct Assistant Professor at Columbia University’s Graduate School of Architecture, Planning, and Preservation’s C-BIP project. SHoP Construction is behind the under-construction Barclay’s Center and Atlantic Yards development site in Brooklyn. The stadium is clad in an undulating steel and glass enclosure made up of 12,000 unique steel latticework panels; to facilitate installation, the firm developed a 4D construction sequencing model of the structure and facade that allows the project team to make informed decisions in real-time as the panels are installed. The first session of their COLLABORATION workshop will focus on parametric modeling that allows design variability and tests the limits of form, and the second session will be a step-by-step guide to 4D construction sequence modeling. Software used will include Catia/Digital Project, Rhinoceros, Navisworks® Manage, Microsoft project, and Microsoft Excel. Register here.