RhinoのNuada.CFDアプリはThornton Tomasetti と SimScale が開発した微気候モデリングツールで、建築家やエンジニアがハードウェア不要のHPCクラウド環境でパワフルで素早いシミュレーションを全てRhino内で行えるようにしてくれます。
詳細...
DigitalFUTURES は建築等の教育に焦点を当てたボランティアのオンラインプラットフォームです。
今年はいくつかのワークショップがポルトガル語で提供されます。
お問い合わせはメールでどうぞ: info@digitalfutures.world
原文投稿者: Andres Gonzalez 
9月22-23日Industrial Akroll (Carrer de Corominas 22 - 08902 L'Hospitalet de Llobregat)
SAVANNA3D for Rhino 7（SAVANNA3D R7）ライブラリには1,600以上の詳細な3Dモデルが3DM形式で含まれ、さらに複数のGrasshopperていぎでパラメトリックモデルを作成することができます。
これらのブロックは全て Rhino 7 で作成された NURBS、SubDs またはGrasshopperのパラメトリック定義で、さらに新しく Chapter 7 にカクテルグラスとラウンジチェアのSubDモデルで作成された新しいブロックが追加されています。
20%オフでご利用いただけるコードはこちら: RHINO3DEDUCATION20（期間限定・チェックアウト時にご入力ください）
ビデオチュートリアル シリーズのパート2で、Edwin Hernández（ShapeDiver）が Printing Points のコンセプトやあらゆるプロジェクトでデータをパラメトリックに入力できる製図向けのテンプレート作成方法を紹介しています。
パート1はこちらでご覧いただけます。
The DesignMorphine Ph.D. program in computational design provides a rigorous curriculum that equips design scholars with the knowledge and skills necessary to leverage the power of computational design in creating innovative and sustainable design solutions.
The program emphasizes the importance of a multidisciplinary approach integrating cutting-edge computational techniques with design principles to develop a comprehensive understanding of the interplay between design, technology, and innovation. The utilization of computational design has garnered significant attention in diverse design disciplines such as architecture, engineering, product design, fashion, and the web3 metaverse.
Through theoretical coursework and hands-on practical experience, Ph.D. candidates gain the expertise required to address complex design challenges and push the boundaries of traditional design conventions. The program fosters an environment of intellectual curiosity and innovation, encouraging Ph.D. candidates to explore novel design approaches, collaborate with peers and experts, and contribute to advancing the field through original research and scholarly publications. Graduates of the program emerge as thought leaders and change agents, equipped with the vision and skillset necessary to transform the design industry and shape a better future for all.
The Bubble Pavilion is a project led by Professor Roberto Narvaez at the University of Seville (Spain), which combines geometric, structural, and constructive research with educational innovation.
Based on the geometric relationships found in spherical soap bubbles of equal radius, a geometric algorithm is designed using Rhinoceros and Grasshopper to adapt the natural arrangement of bubble clusters to any free-form surface. Subsequently, another algorithm is designed in Grasshopper to materialize the structure using laminated wood panels and digital fabrication tools.
The overall result is a self-supporting system with a uniform shell behavior that is highly resistant to typical architectural stresses. The pavilion takes the form of a single vaulted envelope, approximately 11 meters long and 6 meters wide. However, the designed system can be adapted to any size and shape for a multitude of applications in architectural design, including facades, roofs, or architectural envelopes of any kind.
Mathieu Huard, Head of Product at ShapeDiver, and Krzysztof Jedrzejewski, Senior Product Manager at Autodesk Forma, will guide this one-hour session where they’ll give an introduction to both software and demonstrate various workflows for this new extension.
This July 11 webinar is perfect for architects, urban planners, and design professionals interested in leveraging their Grasshopper files inside Autodesk Forma via ShapeDiver.
In its 18th year, DLAB two-week program is taking place at the AA London HQ, August 31 to September 16.
DLAB experiments with the integration of advanced computational design, analysis, and large-scale prototyping techniques. The program continues to build on its expertise in complex architectural design and fabrication processes, relying heavily on materiality and performance. DLAB brings together a range of experts—tutors and lecturers—from internationally acclaimed academic institutions and practices, the Architectural Association, Zaha Hadid Architects, amongst others.
The research generated at DLAB has been published in international media—ArchDaily, Archinect, Bustler—and peer-reviewed conference papers, including SimAUD (Simulation in Architecture and Urban Design), eCAADe (Education and Research in Computer Aided Architectural Design in Europe).
DLAB investigates the correlations between form, material, and structure through the rigorous implementation of computational methods for design, analysis, and fabrication, coupled with analog modes of physical experimentation and prototype making. Each program cycle devises custom-made architectural processes by creating novel associations between conventional and contemporary design and fabrication techniques. The research culminates in designing and fabricating a one-to-one scale prototype realized by using robotic fabrication techniques to integrate form-finding, material computation, and structural performance.
原文投稿者: Carla Sologuren
記事の全文はこちらでご覧いただけます...
原文投稿者: Delia Robalo
Sybren de Graaf, CEO and founder of Sfered, created an innovative solution for the eyewear industry using Grasshopper and ShapeDiver's infrastructure. With a background in architecture, Sybren discovered the potential of Grasshopper and used his design knowledge to create a revolutionary online service for opticians. Sfered's service allows for the customization of frames using a 3D parametric model placed on the client's scanned face. The result is a personalized and comfortable fit unique to each individual.
In this interview, Shapediver dives into Sybren's early beginnings, his early design influences, and how he discovered Grasshopper. They also discussed how his architectural background influenced his current path and when he realized the concept behind Sfered could be a good business idea. Furthermore, you can explore how ShapeDiver helped him create this iOS application, the challenges he's faced so far, and what opticians say about the tool.
Unlock the power of Python for your architectural and engineering projects in this immersive 3-day workshop with PAZ Academy.
Designed specifically for professionals in the BIM world, this course will introduce you to Python programming fundamentals and its integration with Rhino and Grasshopper. Integrate Python with your normal day BIM software and learn to speak the IFC language. Dive into data science and Python to get the maximum advance in your architectural and engineering projects. High doses of humor empowered by ChatGPT-4! ; )
原文投稿者: Carla Sologuren
AA Visiting School New York 2023: Urban Futures
August 4-12, 2023
Registration ends August 3, 2023 - Register.
This innovative programme features designers and academics from some of the leading offices and advanced institutions from around the globe!
In partnership with Pratt Institute, this intensive 9-day programme is in-person and will cover some of the most relevant and advanced approaches to computation and urban design in practice today.
The programme will focus on digital and scripted design methodologies as well as cutting-edge AI platforms realized through digital representation techniques. Focusing on using Rhinoceros and Grasshopper, each invited instructor will introduce their advanced methods of working within these platforms for diverse design outcomes and exposure for participants in each group to different design methodologies.
Featuring staff and lecturers with academic experience at the Architectural Association, Pratt Institute, UPenn, MIT, Rensselaer Polytechnic Institute, Hong Kong University, Technical University Munich, Technical University Prague, UCL the Bartlett, TU Graz, ETH Zurich, and Tsinghua University.
Professional experience at Zaha Hadid Architects (ZHA), Skidmore Owings & Merrill (SOM), Bjarke Ingels Group (BIG), Kohn Pedersen Fox (KPF), Grimshaw Architects, Bart//Bratke and URBAN BETA.
Rhinoceros Ver7から新規搭載されたSubD（サブディビジョン）サーフェスの基本操作を学べる内容です。
SubDサーフェスのモデルには頂点/エッジ/面の3つの要素が混在する為、それらに向けたSubD専用のコマンドを習得します。
当日の講習動画は1ヶ月間繰り返しご視聴になれますので、お手隙の時間にスマートに学習を進められます。
対面＆Zoom受講での定員は6名です。お申込みの方はお早目にどうぞ。
ディプロス株式会社ではRhino、Grasshopperの基本操作トレーニング、オーダーメイド講習を提供しています。どうぞご利用ください。
Mohsen Mohammadvali がMatrixGoldでの高度なサーフェスモデリングについて英語でまとめ、Rhinoユーザー向けに無料の電子書籍を公開しています。
こちらで他のShapeDiverのビデオチュートリアルもご覧いただけます...
3Dソフトはどうやって選ぶの？
3DCAD『Rhinoceros』ご紹介ウェビナーが、6月20日に行われます。
日時: 2023年6月20日 14：00～15：00
場所: Zoom開催、ディプロス株式会社主催
業務に合った3Dソフトの選び方、その中で3DCADのひとつであるRhinocerosではどんな事ができるのか、機能や特徴のデモ操作を交えて紹介する内容です。
1．3Dモデリングソフトの選び方
2．Rhinocerosでできること（デモ操作）
3．Rhinocerosの仕様・ご購入時の注意点
どうぞお気軽にご参加ください。
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3D印刷された頸胸の椎弓根スクリューを配置するサージカルガイドの正確性や安全性を研究する技術注記にRhinoと医療用プラグイン、Rhino3DMedical が使われました。この研究は Centro Hospitalar Vila Nova de Gaia/Espinho の神経外科と フィゲイラ・ダ・フォズ（ポルトガル）の Pagaimo Medical が主導しています。
スクリプトなしにRhinoでのパラメトリックデザインをマスターしたいとお考えの方に、Udemyの提供する 実例だけを使ったミニコース、2023 Complete Parametric Design with Rhino 3D: Zero to Heroをご紹介します。
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