Sustainability

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

• 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

• 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.

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.

What you'll learn

• Basics of parametric design principles.
• Strategies for sustainable water harvesting.
• Integrating solar energy solutions.