Rhino User Meeting Berlin 2024 - Oct 18

 

Rhino User Meeting Berlin 2024
Date: 18. October
Time: 8am - 6pm (plus afterevent drinks and food)
Location: Priedemann Façade Lab, Am Wall 17, 14979 Großbeeren, Germany
Access: 20 minutes by taxi from the airport or 1 hour by public transport from Berlin city center

Unleash Innovation in Architecture and Engineering

Get ready for an exhilarating day of exploration and innovation at the Rhino User Meeting Berlin 2024! Hosted at the cutting-edge Priedemann Façade Lab in Großbeeren, just south of Berlin, this event is your gateway to the latest advancements in Rhino software and its diverse applications across industries.

This is not just another conference; it's a vibrant convergence of minds dedicated to pushing the boundaries of architectural and engineering design. Join us as we dive into the intersections of architecture and engineering, discover groundbreaking uses of Rhino, Grasshopper, and related technologies, and witness how these tools are transforming the future of design and construction.

Why attend

• Discover the Latest Developments: From emerging talents to seasoned experts, hear about the newest trends and technologies shaping the AEC industry.
• Network and Collaborate: Connect with industry peers, sponsors, and thought leaders. Engage in stimulating discussions, share insights, and explore new opportunities in our interactive foyer.
• Hands-On Experience: Experience the latest Rhino applications and innovations in our workshop-style hall, featuring a range of façade mockups and interactive displays.

Main Topics

• Engineering Innovations: Explore how Rhino3D is revolutionizing engineering practices with applications in structural design, manufacturing, and building physics.
• Driving Future Technologies: See how Grasshopper, the RhinoCommon API, and AI are fostering innovation and creating new business models.
• Architectural Excellence: Learn about integrating Rhino3D with BIM workflows and leveraging computational design to push architectural boundaries.

Speakers

• Andrea Rossi (EDEK, University of Kassel)
• Babette Hohrath & Raitis Pekuss (Packhunt)
• Dr. Carlotta Schatten and Arjun Sharma (Airteam Aerial Intelligence GmbH)
• Dan Cole (Webb Yates)
• David Rutten (McNeel)
• Diego Apellániz (kevee)
• Dominik Zausinger (Priedemann Facade Lab)
• Jens Böke, Lutz Tautenhahn, Tomas Mena (Priedemann Facade Lab)
• Jeroen van Lith (Planfinder)
• Jochen Hölscher & Yury Nasonov (Hölscher Fassaden)
• Johannes König (wearenarrativ)
• Julia Reisinger (TU Wien and factorymaker)
• Krzysztof Wojslaw (learngrasshopper.com)
• Lila Panahi (ATP)
• Mathias Fuchs (McNeel)
• Mathias Sønderskov Schaltz (LINK Arkitektur)
• Nicola Haberbosch (Drees & Sommer)
• Paul Cowell (Simply Rhino)
• Rostyslav Friedmann (Keyshot)
• Serjoscha Düring (Rehub Forge)
• Shibo Ren (Buro Happold)
• Stefano Arrighi (Studio Eliasson)
• Timo Harboe Zollner (Timo Harboe ApS)

Complete details and registration...

How to teach Grasshopper fundamentals, 4-5 and 7-8 November 2024

How to teach Grasshopper fundamentals

Online Workshop

Tutor: Rajaa Issa

4-5 November 2024

7-8 November 2024

4:00 PM-7:30 PM UTC (London)

11:00 AM-2:30 PM EDT (NYC)

Hosted on Zoom by McNeel Europe

A four day course to introduce a methodology on how to teach the fundamentals of algorithmic design and data structures for computational design using Grasshopper. The course is aimed at professional trainers and educators interested in developing curriculums and training material to teach algorithmic design to students and professionals across various disciplines. The course is based on Rajaa's guide, the Essential Algorithms and Data Structures for Grasshopper.

Rajaa Issa is a software developer at Robert McNeel & Associates, and the author of a number of geometry and Grasshopper guides on Essential Mathematics, Algorithms and Data Structures and C# Scripting.

Learning Objectives: After the completion of this course, participants will be able to:

• Learn strategies to teach how to build algorithms from scratch
• Develop in-depth understanding of GH data structures
• Learn how to teach complex parametric designs in GH
• 
  

Day 1 - Algorithms and Data

• An introduction to teaching GH and existing resources
• How to work with the guide, course exercises
• Introduction to algorithmic design
• Designing algorithms from scratch using the 4-step process
• Data types and data processing in GH
• Pitfalls of algorithmic design
• Tutorial session

Day 2 - Introduction to Data Structures

• Overview of data structures
• Lists, list operations, list matching
• Design algorithms with list data structures
• Tutorial session

Day 3 - Advanced Data Structures

• Into to data trees
• Basic data tree operations
• Advanced data tree operations
• Tutorial session

Day 4 - Advanced Data Structures

• Advanced data tree operations
• Tutorial session
• Discussion: what are good teaching practices for GH

Online course fees: The course is free. Please note that we will confirm your seat after your registration has cleared.

Course requirements: A motivational statement including information about the applicant, his/her teaching experience and motivation to take this specific class. The course is aimed at teachers with an intermediate knowledge of Rhino and basic knowledge of Grasshopper.

Maximum number of participants: 25.

Course language: English

Apply now with a short motivational statement (max 150 words) by contacting Verena!

IBEX 2024 - Orca3D Marine CFD Workshop

WHERE: Tampa Convention Center, Tampa, Florida 
WHEN: Monday, September 30, 2024
TIME: 12:00PM – 5:00PM EST
COST: $175/person (lunch will be provided)

We’re pleased to announce the Orca3D Marine CFD workshop, held with the IBEX show in Tampa, Florida. Registration for IBEX is now open and is part of the IBEX Attendee Registration process (in Step 6, Education, under Pre-Conference Sessions). This is an in-person event; no streaming or recording will be available. 

Whether you are a current user of Orca3D Marine CFD or interested in becoming a user, this workshop is for you! The workshop will help you improve your designs using Computational Fluid Dynamics (CFD). CFD has proven to be a very useful technology for marine design, and its use is now becoming widespread throughout the small-to-mid-size boat design community. 

More information here.

Space will be limited, so please be sure to register soon.

Join us at IBEX and see Orca3D Marine Design Software for Rhino3D  at Booth 2-345 to see how this can become a valuable tool for your design process.  

 

AECtech+ LA | Hackathon, Symposium, Workshops

AECtech+ LA | Hackathon, Symposium, Workshops

September 20-22, 2024
Los Angeles, CA
Register here!

Put your skills to the test and embark on an exhilarating 24-hour hackathon!

Join Thornton Tomasetti | CORE studio and USC on September 20-22 as they host the second AECtech+ Los Angeles. This in-person event will be held at USC in downtown Los Angeles and is open to students, professionals, hackers, and everyone interested in technology in the AEC space.

Kick off the weekend early on Friday with a round of Workshops taking a deep dive into new software/workflows within the AEC space. These 3-hour workshops will give you the foundations to implement these technologies back at the office or in the hackathon. Workshops include a comprehensive walkthrough of Web API calls from Grasshopper with Swiftlet by its author Sergey Pigach and an introductory crash course in AI, specifically LLM and NLP for the AEC Industry with Omid Sajedi from CORE AI.

Get inspired by a fantastic panel of presenters at the LA Symposium speaking on a diverse range of innovations within AEC, from Platforms to Processes to Projects.

• CORE studio | Thornton Tomasetti: Sophie Moore & Eesha Jain

• The University of Southern California: Dr. David Gerber 

• SUMPOINT.io & Hathaway Dinwiddie: James Coleman, Brian Murray

• HYPAR: Ian Keough

• HKS: Cory Brugger

• Morphosis: Kerenza Harris

• Martin Bros. Construction: Andrew Kragness

On Saturday, immerse yourself in a hands-on learning experience at the 24-Hour Hackathon. Join forces with fellow participants to tackle real-world industry challenges using cutting-edge technologies and computational approaches. This concentrated event will provide an opportunity for hands-on collaboration, problem-solving, and prototyping, as you work against the clock to develop innovative solutions. Participants of all experience levels will have the opportunity to collaborate, learn from each other, build new relationships, and generate innovations for the AEC community.

Are you new to Hackathons? AECtech provides a unique opportunity to learn from a diverse peer group with varied domain expertise, all working together towards a common goal. Need some inspiration? Check out what has been created in over ten years of AECtech hackathons. 

Visit the event site to learn more and register here to secure your spot. Space is very limited!

Rhino User Webinar: Advancing Computational Design Workflows at MORPH

 

Rhino User Webinar

Advancing Computational Design Workflows at MORPH
25 September 2024 at 4:00 pm (CEST)

MORPH creates and materializes innovative solutions across design, architecture, and engineering, handling everything from small-scale interior spaces and detailed designs to large-scale projects like stadiums, Master Plans, feasibility studies, and construction.

The webinar 'Advancing Computational Design Workflows at MORPH' explores the increasing complexity of computational design workflows, spanning from small-scale concepts to extensive, interdisciplinary projects. As this complexity grows, maintaining flexibility becomes a significant challenge.

The presentation highlights recent advancements at MORPH, including the optimization of their Rhino plugin development process with the new Rhino 8 ScriptEditor. It also showcases improvements in interoperability, particularly with Speckle, demonstrating MORPH’s commitment to enhancing design integration and efficiency.

About the speakers: 

• Jon Tolosa, Leon Brohmann and Sergio Rodriguez are part of the Computational Design Team at MORPH's R&D department in the heart of Madrid. With a background in Architecture and research they are passionate about pushing boundaries and tackling challenges with enthusiasm.
  
  

Complete details and registration...

Free 3D Puzzle and Robot Toy Files (.3dm, .STL)

Articulated robot toys for 3D printing

Dinosaur puzzles for 3D printing

PlusPlastic has created some amazing 3D models you can print at home with your own 3D printer! They designed fun 3D dinosaur puzzles and articulated robot toys that you can download for free in .3dm and .STL formats from food4rhino. 

On their blog, they shared photos and videos that give you a behind-the-scenes look at the modeling and fabrication process.

• Making of 3D dinosaur puzzles (in Korean)...
• Making of 3D articulated robot toys (in Korean)...

Download free 3D dinosaur puzzle files (.3dm, .STL) from food4Rhino...

Download free 3D robot toy files (.3dm, .STL) from food4Rhino...

 

Large-Scale Solar Analysis: Useful methods for Rhino and Ladybug Tools

Large-Scale Solar Analysis

Solar studies at the city scale can be conducted easily with GIS and 2.5D data. But we love 3D. 

What about 3D CAD software like Rhinoceros and Ladybug Tools?

Many research papers categorize Ladybug Tools as a software appropriate at the building scale or neighborhood, but we explored how it works at the city scale.

The study conducted at GATE Institute, Sofia, considers the calculation of solar radiation in 3D at the city scale. The context includes the mountains around the city and 3D data for 150 000 buildings.

First of all, we relocate geometry closer to the origin and simplify geometry to edge minimum size equal or greater than 1 meter to reduce the range of numbers. To generate clean solids, building footprints in .shp format are extruded using Heron for Grasshopper.

The key parameter in the simulation is a face count of meshes dedicated for analysis, which is approximately 2,000,000 faces on a regular machine with 32 GB RAM. Increasing the RAM leads to the ability to analyze more faces. This principle can work for a single district where all building surfaces are evaluated with a 3-meter grid size or, for example, for a city where all the residential rooftops are analyzed. Therefore, two cases were considered at the city and district scales, respectively. 

As for the shading context, the Incident Radiation component allows adding a really large shading mesh. This can be very useful when there is a need to consider a hilly region that impacts shading patterns in the city. 

The final step visualizes enriched building data in a 3D Web environment using baked textures.

 

More detailed information...