₹6,000.00 INR

Copyright consent with the organization Futurly for the Blender for Parametric Design Course.

1. During this Course, the participant creates a design/project with the help of the tutors/tutorial sessions, interactive engagement with team members. The Participant agrees that the content produced during the workshop has shared intellectual rights between the participant, other team members who collaborated on the said project, and Futurly.

2. Futurly instructor's provided workshop materials, definitions, codes, scripts, and tutorials are the Intellectual property of the instructor and are subject to copyright protection, and may not be replicated commercially without written consent from the organization Futurly unless said items are of generic nature. This applies to exact copies of the above-mentioned items and tutor's designs. The participants are encouraged to adapt, remix, transform, and create new work upon the provided material and acquired knowledge.

3. The participant adheres to the above mentioned and agrees to not record, redistribute, or republish any of the sessions in any manner.

4. Shared intellectual rights mentioned in point 2 include referral and credit to all team members of the project and Futurly in any further publications. Mention of the workshop name as the framework within which the project was created is highly encouraged and appreciated.

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Blender for Parametric Design [INR]

The most comprehensive Blender Course for Architects, Designers and Parametric Design Enthusiasts

You will receive Complete access to the six chapters.

10+ Hours of Course Material + 2 Hours of monthly recurring Live sessions for 90 days.

🟣 Chapter 01 | Introduction and Basics

🟣 Chapter 02 | Freeform Pavilion

🟣 Chapter 03 | Wave Bench

🟣 Chapter 04 | Tensile Canopy

🟣 Chapter 05 | Louvre Dome

🟣 Chapter 06 | Wrap Up

You will learn:

🟣  Foundations of Blender and Sverchok
🟣 Designing a Sculptural Form using Repeating elements/motifs
🟣 Creating a Free-form Pavilion with curves and by processing surfaces
🟣 Creating a Parametric Wave Bench and exporting buildable technical drawings.
🟣 Designing an item of Street Furniture.
🟣 Simulation of Tensile Canopies.
🟣 Louvre Dome - Abu Dhabi Case Study