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3D-Printing Concrete: Sketch to real-scale prototype

Kristýna Uhrová, Jiří Uran Vítek +1

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8 HoursBeginner11 lessons

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3D-Printing Concrete: Sketch to real-scale prototype

8 HoursBeginner11 lessons

What you'll learn

Learn the basics and applications of 3D concrete printing in architecture.
Master design techniques specifically for 3D printing.
Gain hands-on experience with Rhinoceros 7 and Grasshopper.

Kristýna Uhrová, Jiří Uran Vítek +1

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Data Structure(D) Design 2.0

Federico Borello

Verified Account

2 Sessions (8 Hours)Advanced6 lessons

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Data Structure(D) Design 2.0

2 Sessions (8 Hours)Advanced6 lessons

What you'll learn

Parametric Design Principles: Understand the fundamentals of parametric design and structural efficiency in architecture and engineering.
Grasshopper Plugins: Gain proficiency in using Karamba3D for structural analysis and optimization, and Speckle for data transfer and automation.
Efficient Geometries: Explore parametric modeling strategies to create structurally efficient designs.

Federico Borello

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Data Structure(D) Design

Federico Borello

Verified Account

2 Sessions (8 Hours)Beginner8 lessons

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Data Structure(D) Design

2 Sessions (8 Hours)Beginner8 lessons

What you'll learn

Introduce participants to the principles of parametric design, structural efficiency, and data visualization in the context of architectural and engineering projects.
Familiarize participants with Karamba3d and its capabilities for structural analysis, optimization, and performance-driven design.
Develop participants’ skills in Rhino/Grasshopper3d to analyze, optimize, and visualize parametric designs.

Federico Borello

Verified Account

Pro

Evolutionary Computational Design 2.0

Ghazal Javidan

Verified Account

2 Sessions (8 Hours)Beginner6 lessons

Pro

Evolutionary Computational Design 2.0

2 Sessions (8 Hours)Beginner6 lessons

What you'll learn

Understand the main criteria and evaluation factors of a “FE analysis,”
Learn how to model and analyze simple structures using “Karamba3D,”
Understand the basic concepts and application of “Evolutionary Algorithms,”

Ghazal Javidan

Verified Account

Pro

Evolutionary Computational Design

Ghazal Javidan

Verified Account

2 Sessions (8 Hours)Beginner5 lessons

Pro

Evolutionary Computational Design

2 Sessions (8 Hours)Beginner5 lessons

What you'll learn

Element Analysis: Understand the main criteria and evaluation factors for conducting Element analysis using Karamba3D.
Modeling Structures: Learn how to model and analyze simple structures in the early design stage with Karamba3D.
Evolutionary Algorithms: Grasp the basic concepts and applications of Evolutionary Algorithms (EAs) in architectural design.

Ghazal Javidan

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Computational Kinematics

Karl-Johan Sørensen

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2 Sessions (9 Hours)Beginner7 lessons

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Computational Kinematics

2 Sessions (9 Hours)Beginner7 lessons

What you'll learn

Utilize generative algorithms in Grasshopper3D for designing deployable structures.
Apply Kangaroo3D and Karamba3D plugins to simulate and analyze kinetic behaviors.
Create three types of deployable structures: technical origami, inflatables, and spatial linkages.

Karl-Johan Sørensen

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Mars Architecture - Studio Valentina Sumini

Valentina Sumini, Marta Rossi

Verified Account

6 + 1 Sessions (28 Hours)Beginner21 lessons

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Mars Architecture - Studio Valentina Sumini

6 + 1 Sessions (28 Hours)Beginner21 lessons

What you'll learn

Computational Design Techniques: Utilize tools like Grasshopper 3D and Rhinoceros 3D for innovative architectural solutions.
Cross-Disciplinary Collaboration: Work in teams across diverse fields such as engineering, psychology, and art to tackle space architecture challenges.
Sustainable Infrastructure Development: Design resilient systems for human habitation on Mars, considering resource management.

Valentina Sumini, Marta Rossi

Verified Account

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Elastic Architecture - Studio Jan Knippers

Jan Knippers, Axel Körner +1

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7 Sessions (28 Hours)Beginner5 lessons

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Elastic Architecture - Studio Jan Knippers

7 Sessions (28 Hours)Beginner5 lessons

What you'll learn

Material-Driven Design: Explore the potential of elastic deformation in architecture, focusing on how materials can inform design processes.
Simulation Techniques: Learn various simulation and form-finding strategies to effectively design with elastic mechanisms.
Bio-Inspiration: Understand how biological systems can inspire innovative architectural solutions, enhancing both performance and aesthetics.

Jan Knippers, Axel Körner +1

Verified Account

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