Autodesk is thrilled to announce its role as the lead sponsor of Smartgeometry 2014, a premier event that unites top architects, engineers, and educators with cutting-edge computational design tools. This year’s workshops, taking place from July 14 to 17 in Hong Kong at the Chinese University, will focus on “urban compaction”—a critical topic exploring how high-rise cities manage dense populations and infrastructure. The event will feature keynote presentations from industry leaders showcasing innovative projects and research that highlight how computational design is reshaping modern urban environments. Autodesk will play a central role by demonstrating how Building Information Modeling (BIM) empowers designers to integrate intelligent data early in the design process, especially through advancements in Dynamo, an open-source visual programming tool. After four days of intense collaboration and learning, participants will walk away with new insights into how computational BIM—powered by tools like Dynamo—can transform real-world projects today and in the future. Shane Burger, Director of Design Technology at Woods Bagot, shared his excitement: “Autodesk software has been a key part of our agile design process. With their support for Smartgeometry, we’re looking forward to deeper integration between Dynamo, Revit, and other advanced tools.” At this year’s Smartgeometry, Autodesk will unveil several exciting updates to Dynamo. As one of the project’s most active contributors, Autodesk is excited to present these improvements, which are set to redefine what’s possible in design workflows. Dynamo is a visual programming environment that allows designers to create logic that drives geometry and data within Revit. It's designed to be accessible yet powerful, enabling users to explore complex design problems in new ways. The latest version, 0.7.1, includes major upgrades such as a completely overhauled codebase that supports scalability, readability, and more flexible exploration. New geometric capabilities have been added, including surfacing and solids tools built on the same foundation as Fusion 360 and Inventor. These tools offer industrial-level flexibility while maintaining the computational power needed for architectural design. In addition, Dynamo now offers enhanced scripting support, allowing users to write Python code directly within the interface. This makes it easier for both beginners and experienced developers to customize workflows and interact with the visual graph. Another exciting feature is the ability to import user-authored libraries, opening up new possibilities for expanding Dynamo’s functionality. For example, during a recent hackathon, participants used this feature to control robotic arms—an impressive demonstration of Dynamo’s versatility. Jim Lynch, Vice President of Building & Collaboration Products at Autodesk, said, “For decades, we’ve helped architects streamline their work. With Dynamo, we’re entering a new era of productivity. By supporting Smartgeometry, we’re showing how computational BIM can empower designers to think differently about the built environment.” To learn more about Dynamo and its impact on design, visit [http://dynamobim.org](http://dynamobim.org).

Electrical Parts Mould

Based on the characteristics of electrical accessories and mold working conditions, we will select high-strength, high-wear-resistant, high-heat-resistant mold steel, such as H13, S136, etc., to ensure that the mold Long life and high-precision operation under harsh working conditions. Since electrical parts usually require high-precision machining, our engineering team takes this into full consideration during mold manufacturing and design. The size, shape and surface quality of the mold will be designed accurately.
Our team has extensive experience in electrical parts molds. Whether it is Power Tools Mold, Home appliances mold, or Robot mold, we have invested a lot of energy in creating precision molds so that customers can use our molds to make Products with smooth surface and no burrs. In addition, we also use digital tools such as CAD/CAE/CAM for mold design, simulation analysis and manufacturing planning to estimate the stress distribution, flow behavior, cooling effect, etc. during the molding process, optimize the design in advance, reduce the number of mold trials, and shorten the time development cycle.

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Dongguan Hongke Plastic Precision Mould Co.,Limited , https://www.hongkemold.com