GH_MASX10 - Masterclass 7

Description:

Join us for an immersive journey into the world of parametric design with our Rhino-Grasshopper Masterclass Series. Whether you're an architect, designer, engineer, or enthusiast eager to expand your skills, this series offers a comprehensive exploration of Rhino and Grasshopper, two powerful tools at the forefront of computational design.

Throughout the series, you'll delve deep into the principles and techniques of parametric modeling, guided by expert instructors with extensive experience in the field. From the basics of algorithmic design to advanced strategies for complex geometries, each session is carefully crafted to empower you with the knowledge and confidence to tackle real-world design challenges.

What You'll Learn:

- Understanding the fundamentals of parametric design

- Navigating the Rhino and Grasshopper interfaces with ease

- Creating parametric models to enhance design efficiency and flexibility

- Exploring advanced scripting techniques for custom solutions

- Integrating parametric design into your workflow for seamless collaboration and iteration

Whether you're a beginner eager to get started or a seasoned professional looking to sharpen your skills, the Rhino-Grasshopper Masterclass Series offers something for everyone. Don't miss this opportunity to unlock the full potential of parametric design and take your projects to new heights.

Join us and become a master of parametric design with Rhino and Grasshopper. Let your creativity soar like never before!

Masterclass 7- Learning Objectives:

1. Introduction to Kangaroo Physics
2. Dynamic Simulation Techniques
3. Form-Finding and Analysis
4. Interactive Design Exploration
5. Case Studies and Practical Applications

By the end of Masterclass 7, participants will have gained proficiency in using Kangaroo for dynamic simulation and form-finding within Grasshopper, developed skills in modeling and analyzing complex behaviors and interactions in parametric designs, and expanded their toolkit for exploring and optimizing design solutions through physics-based simulations.

Judy Curie (Judyta Maria Cichocka) is a research-oriented designer and entrepreneur. Her primary focus centers on the application of Computational Intelligence methods in both structural and architectural design. Holding a PhD in architectural engineering from WRUT and an MEng in Structural Design and Mechanics from MIT, she brings a unique blend of academic rigor and practical expertise to her work. Judy was nominated by MIT for the SOM STRUCTURAL ENGINEERING RESEARCH GRANT and also received the MIT Art Grant in 2019. She led courses at prestigious institutions such as Universität der Künste Berlin, Victoria University of Wellington School of Architecture and Design, BTU Cottbus, and Wroclaw University of Science and Technology. She has served as a workshop leader at renowned international events like AAG, IASS, CAADRIA, ACADIA. Throughout her career, Judy has imparted knowledge to over 300 students, researchers, and professionals through academic courses, onsite workshops, and online training sessions.

Judy will equip you analytical thinking and skills to verify the structural and/or fabrication soundness of your design concepts. While her profound knowledge in Architectural Design Optimization is particularly beneficial for scientifically inclined students, she also possesses the ability to empower practitioners with straightforward optimization approaches to elevate designs for digital production, customization, and ultimately enhance their market competitiveness.

Judy is well-equipped to recommend pertinent research papers, suggest contacts within the field, highlight relevant events to attend, and point out university programs or grants aligned with your interests and goals. With her support, you can not only enhance the robustness of your designs but also chart a strategic path towards your aspirations in the realms of structural and architectural design.

More at: judycurie.com

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