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Computation and generative design are presented as practical support to simplify complex relationship mapping, keep teams focused, and improve efficiency and customer satisfaction. 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This case study explains how SSOE worked through a complex series of relationships between objects involving multiple overlapping regulatory standards and environmental requirements. Computation and Generative Design worked together to help keep us sane, operate more efficiently , and improve customer satisfaction. This process is repeatable, and we think design optimization is real. Join us to discover whether our story inspires you to explore automation techniques. Learn from our experience with Dynamo and Generative Design.  \nSpeaker  \nLouise Schlatter  \nMaster Architect, SSOE Group  \nI fill roles for the architectural department, the manufacturing business unit, and the entire corporation that I jokingly refer to as “Answer Lady”. Highly technical problems, unique challenges, new market sectors, workflow improvements, training and mentoring are my core responsibilities. I am the Architect of Record for several large complex projects for our manufacturing clients. My history is filled with specification development, sustainable and value-  \nadded building design. The thousand-employee strong SSOE Group has an international footprint covering 40 countries and 6 continents, and my experience with them includes half of that. Although the projects with which I am involved are highly confidential, a public one for which I was the Architect of Record and LEED Administrator is the Volkswagen Automotive Assembly plant in Chattanooga, TN; it was the first and largest LEED Platinum certified manufacturing facility in the world. My current focus is on supporting building designs for battery technologies and improving workflows internally and with our partners.  \nPatrick Podeyn (SSOE Group) and Alvaro Luna (Autodesk) are key members of the case study project and essential to the programming effort. They will be assisting with the Q&A and contributing their technical expertise. Their contributions and outcome of the Q&A portion of the presentation will be captured and added as supplementary material after Autodesk University.  \nIntroduction  \nThis case study is intended to provide insights for people in the architectural, engineering, and construction (AEC) community considering Revit-based automation. The automation tools are new and still developing. We will be exploring how combining old and new tools combine in powerful ways to reach project and automation goals and meet the Learning Objectives of this course.  \nThe Challenge  \nWhat kind of a project is a candidate for automation?  \nThe easy answer is any repetitive and mundane activity. This includes labeling details, views, and sheets, moving or shifting repetitive objects, updating parameters or text, collecting text fora list, and others.  \nWhat about activities that setup or create the basis of a design?  \nAre you one of those who thinks a new project starts with a blank sheet of paper or screen? Let me suggest to you this is seldom the case, particularly in the AEC industry. By the time members of the AEC team are engaged, the owner has some conception of what the project should be. Typically, the architect’s role is to translate the owner’s information and vision into graphic and technical information that the construction and facility managemen","cbCaibJYd7NmNJJO","https://ap.wps.com/l/cbCaibJYd7NmNJJO","pdf",468559,18,"English","# Learning Objectives\n# Description\n# Speaker\n# Introduction\n# The Challenge\n## Candidate Projects for Automation\n## Activities that Set Up or Create the Basis of a Design\n# The Story\n## Respect the Factorial: Avoiding Naive Dynamo Parameterization\n# Now What?\n## Simplifying 100,000 Things with a Planning Unit","[{\"question\":\"What problem does this case study address?\",\"answer\":\"It addresses organizing about 100,000 space-occupying items in three dimensions while handling many criteria, rules, and overlapping regulatory and environmental requirements.\"},{\"question\":\"How does the presentation connect automation with design optimization?\",\"answer\":\"It argues that computation and generative design work together to simplify complex relationships, improve efficiency, and make the overall process repeatable for design optimization.\"},{\"question\":\"What is the “planning unit” approach described in the case study?\",\"answer\":\"The team creates a modular planning unit to make the footprint of the 100,000 items easier to fit into available space, referred to as a “swidget” in the narrative.\"}]","AS502788 - Using Dynamo and Generative Design to Simplify Complex 3D Schematic Design | PDF",1789138688,45]