
PARAMETRIC VIBRATIONS WEBINAR SERIES
First come the experience, then teaching. We waited 10 years before organizing our first online training to give you the best learning experience ever. 10 years of research, projects, collaborations, consulting with leading companies and designers. 10 years of in-person training all over the world and 2 best selling books on algorithmic design. Parametric Vibrations is a webinars series aimed at creating a zero-to-hero learning experience, covering the basics of Grasshopper language as well as diving into essential topics and areas of research.
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 130 minutes
- Language: English
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 130 minutes
- Language: English
MASTERING DATA TREE
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 130 minutes
- Language: English
MASTERING REMESHING
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 90 minutes
- Language: English
GRASSHOPPER PYTHON INTRODUCTION
RECORDED WEBINAR | Advanced level
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 130 minutes
- Language: English
STRUCTURAL OPTIMIZATION
RECORDED WEBINAR | Advanced level
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 130 minutes
- Language: English
ZEBRA – SURFACE CONTINUITY IN RHINO
- Recorded Webinar
- Tutor: Arturo Tedeschi
- Length: 130 minutes
- Language: English
ALGORITHMIC MODELLING OF MUSMECI BRIDGE
FREE WEBINAR | Intermediate level
It’s time to rediscover an italian masterpiece and the form-finding principles behind it. The webinar is also an introduction to Kangaroo, the Grasshopper’s physics engine. Main topics: form-finding principles, introduction to particle-spring systems, elastic behaviour, cable and membrane simulation, algorithmic modelling of Musmeci Bridge.
- Free Webinar
- Tutor: Arturo Tedeschi
- Length: 110 minutes
- Language: English
CODING NATURE | Fractals and Nature-driven forms
RECORDED WEBINAR | Basic level
The live webinar CODING NATURE focuses on biomimicry in design and architecture, using state-of-the-art algorithmic software to explore the world of complex architecture using fractal mathematics and understanding its implementation using advanced fabrication technologies and robotic-aided manufacturing methods. An inspiration-driven process to understand the basics of Creation in the world around us and employing them to build the artificial environment and conceive a new breed of objects. This entry-level webinar is intended for students and professionals interested in creating complex nature-driven shapes. It will also be an unparalleled induction to Rhino and Grasshopper. Main Topics: theory and examples, introduction to fractals, Julia sets and L system, fractal expressions, rendering.
- Recorded Webinar
- Tutor: Mazen Al Ali
- Length: 180 minutes
- Language: English
About the tutor: