Grasshopper Trilogy Workshop - Unlock Your Parametric Modeling Potential

DEZACT

Unlock Grasshopper's potential with the Trilogy Workshop, designed for architects. Three courses covering data structure, geometry, and C# .

Introducing the Grasshopper Trilogy Workshops in April, a collaboration between DEZACT and Ping-Hsiang Chen, an experienced computational designer and UK qualified architect currently working for ZAHA Hadid Architects. These Grasshopper essential courses are tailored to meet the needs of architectural professionals who want to improve their Grasshopper skills with critical techniques and skills. Condensing years of live courses into three comprehensive weekend workshops, the Grasshopper trilogy covers the most critical topics that professionals have struggled with. DEZACT has designed these courses to help you realize the full potential of the software, whether you're new to computational design or have been using Grasshopper for years. The trilogy includes three courses, each with a unique focus. The first course will give you an in-depth introduction to "Data Structure" that is essential to restructuring how you approach geometry and solutions. This course is designed to help you achieve precision modeling in the parametric modeling environment. The second course dives deep into "Geometries", giving you a comprehensive overview of all geometry types in Rhino and how to use them effectively with an efficient workflow. The third course is a "C# Programming" course designed for designers with no prior programming knowledge. It provides an introduction to customization, automation, collaboration, and plug-in development, essential for those who want more control over their modeling process or use Grasshopper in complex or large projects.<h3>COURSE 1 - ( 15-16th, April 9:00-16:00 GMT) GRASSHOPPER DATA STRUCTURE :</h3>Designers working with parametric design modeling software often struggle with data management. The complexity of Grasshopper can make simple tasks overwhelming and lead to errors, inefficiencies, and confusion. However, by taking this course, you’ll gain the skills and knowledge you need to manage your data with confidence. Whether you want to maintain control of your geometries, avoid Grasshopper crashes, or optimize your workflow, we’ve got you covered. More details and breakdown of the course contents can be found on DEZACT website here: https://www.dezact.org/Tw/data-structure/ Join us and get answers to these common questions: <aside>A. How can I maintain control of my geometries in parametric modelling?</aside><aside>B. How can I avoid Grasshopper crashes when dealing with complex scripts?</aside><aside>C. How can I prevent duplicating scripts and losing parametric relationships in my models?</aside><aside>D. Is there a way to approach data structure functions without guessing and wasting time?</aside><aside>E. How can I keep track of different data types and components in my Grasshopper definition?</aside><aside>F. How can I ensure correct data flow and avoid loss or duplication of information in my Grasshopper definition?</aside><aside>G. How can I ensure different models with different data structures can work together without disrupting the downstream modelling workflow?</aside><aside>H. What are the best practices for organizing and structuring data in Grasshopper?</aside><aside>I. How can I optimize my Grasshopper definition for efficiency and avoid slowing down my computer or workflow?</aside><aside>J. How can I debug and troubleshoot data flow issues in my Grasshopper definition?</aside><h3>COURSE 2 - ( 29-30th, April 9:00-16:00 GMT) GRASSHOPPER GEOMETRY :</h3>One of the most common challenges designers face is managing the large amount of input parameters and selecting the right geometry type for each situation. This course can help you overcome these obstacles by providing you with the knowledge and skills to work confidently with different types of geometry. More details and breakdown of the course contents can be found on DEZACT website here: https://www.dezact.org/Tw/grasshopper-geometry/Join us to explore the answers to these common questions:<aside>A. What are the differences between NURBS, Mesh, and SubD, and what are their unique properties?</aside><aside>B. How can I convert between NURBS geometry and mesh/SubD geometry while maintaining accuracy and continuity?</aside><aside>C. How do I trim and split NURBS curves and surfaces in Grasshopper?</aside><aside>D. How can I work with imported NURBS geometry that has issues with edge continuity or surface intersections?</aside><aside>E. How do I choose between different NURBS creation tools, and are there any differences between them?</aside><aside>F. What is the difference between rational and freeform curves?</aside><aside>G. How can I control the orientation of the NURBS surface or mesh normals?</aside><aside>H. How can I simplify complex mesh geometry without losing important details?</aside><aside>I. How can I control the density of mesh topology to optimize for performance and rendering quality?</aside><aside>J. How can I optimize my Grasshopper scripts for faster processing and avoid slow performance when dealing with large geometries?</aside><aside>K. How can I troubleshoot common errors and crashes when working with NURBS, mesh, and SubD geometries in Grasshopper?</aside><h3>Course 3 - ( 20-28th, May 9:00-13:00 GMT) GRASSHOPPER C# PROGRAMMING :</h3>One of the most common challenges that designers face when learning a programming language is the unfamiliar syntax and structure. Programmers use specific syntax and rules to write code, which can be very different from the visual and intuitive processes used in design. Learning to read and write code can be a steep learning curve, and it requires designers to develop a new way of thinking and problem-solving. However, with the right guidance and resources, designers can quickly overcome this challenge and learn to leverage programming to enhance their work. More details and breakdown of the course contents can be found on DEZACT website here: https://www.dezact.org/Tw/grasshopper-c/Join us to explore the answers to these common questions:<aside>A. What is the value of learning programming for a designer with existing design skills?</aside><aside>B. In what ways can programming enhance a designer’s work?</aside><aside>C. What are the various roles that programming can play in the design process?</aside><aside>D. Which programming languages are important for designers to learn?</aside><aside>E. How does Grasshopper C# differ from C#?</aside><aside>F. Can programming be used to automate repetitive tasks in design?</aside><aside>G. How can designers integrate programming into their workflow effectively?</aside><aside>H. What are some examples of design projects that have been enhanced by programming?</aside><aside>I. What are some common challenges designers might face when learning programming?</aside><aside>J. How can I customize my Grasshopper environment to suit my needs?</aside><aside>K. How can Rhino users who don’t know Grasshopper benefit from it?</aside><aside>L. What information is available to access from the Rhino/Grasshopper document in C#?</aside><aside></aside><aside>Course Instructor:</aside><aside>Ping-Hsiang Chen is a chartered architect and computational design specialist with over 10 years of experience. He currently works as a Senior Architect at Zaha Hadid Architects, focusing on complex building envelope development and delivery. He has also worked at KPF's Applied Research Team, ShaGa Studio, A+T Partners, and Mamou-Mani Architects. He has provided computational and geometric solutions and training to a number of prestigious companies, covering urban, architecture, industrial design and engineering disciplines. He is also a professional Grasshopper course training for McNeel Europe. He has contributed to various journals and conferences, including Smart Geometry and MEED - Middle East Business Intelligence.</aside>https://www.dezact.org/Grasshopper-instructor/

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Grasshopper Trilogy Workshop - Unlock Your Parametric Modeling Potential

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