Ladybug

What you'll learn

• Perform weather, wind, and microclimate analysis using Ladybug and the Forma Rhino plugin.
• Run daylight and solar simulations using Cyclops.
• Develop energy models and thermal comfort analysis using Ladybug & Honeybee.

What you'll learn

• Design an urban city using AI and parametric workflows
• Build and analyze city-scale geometry in Grasshopper
• Generate AI visuals and concepts with ComfyUI

What you'll learn

• Creative algorithmic thinking and problem-solving
• Analyzing complex terrain geometry (Sunlight + Slope + Vegetation + Visibility)
• How to create your own custom analysis method from scratch

What you'll learn

• Optimize daylight performance in combination with possible heat stress and glare issues.
• Apply radiation simulations to assess and balance solar gains and shading strategies.
• Optimize views while integrating them into facade performance assessments.

What you'll learn

• 3D Modelling in Maya: Master organic parametric modelling techniques.
• Fundamental & Advanced Techniques: Develop a solid foundation and explore advanced design strategies in Maya.
• Design Thinking: Cultivate a deeper understanding of form-finding methodologies.

What you'll learn

• Project organization using BIM technology
• Generating modular structures in Rhino+Grasshopper with Monoceros and Wasp
• Utilize Rhino.Inside to transfer geometry and parameters from Rhino to Revit and vice versa

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.

What you'll learn

• Learn how to integrate generative design tools for effective façade design.
• Understand the relationship between façade design, climate, and context.
• Explore modular design strategies and material transformations.

What you'll learn

• Fundamental understanding of algorithmic modeling in GH.
• Precise control of Data structure flow in Grasshopper.
• Apply mathematical operations and equations to create complex geometries, including foldable surfaces and structures.

What you'll learn

• Introduction to parametric and computational design principles.
• Understanding sustainability principles in architectural design.
• Enhancement of participants' skills in Rhinoceros (Rhino 3D).

What you'll learn

• Understand the basics of environmental data-driven geometries and Operational Net Zero architectural design.
• Forecast the impact of geometrical designs on operational energy performance.
• Be capable of designing a real-world project at the proof-of-concept level, where environmental analysis is used to inform architectural decision-making.

What you'll learn

• Teach the basics of Ladybug and dive better into list structure.
• With the basics of list structure, the goal is that participants can take these techniques and apply them to real-world projects.
• Create a distinctive and customized design that stands out.