Computational environmental design using Ladybug Legacy-01

Explore the Future of Sustainable Architecture with Parametric Design

Discover how cutting-edge parametric design and generative design tools are revolutionizing pro-environmental architecture. This course delves into the powerful synergy of advanced technology and eco-conscious solutions, enabling architects to create buildings that harmonize with the natural world. Learn to seamlessly integrate energy management systems, sustainable building materials, and innovative design strategies to achieve unprecedented pro-environmental performance.

Drawing on the expertise of Marcin Giedrowicz, this course focuses on applying digital technologies to address environmental objectives in architectural design. We'll explore how environmental construction, supported by tools like Rhino + Grasshopper 3D and Ladybug, is bridging the gap between urban structures and the natural environment.

Course Content:

• Introduction to Rhinoceros 3D and Grasshopper 3D: A foundational overview of these powerful design platforms.
• Ladybug - Climate Data Analysis: Master the Ladybug tools for comprehensive environmental site analysis.
  • Temperature Analysis: Understand and visualize temperature patterns.
  • Humidity Analysis: Analyze and interpret humidity levels for optimal comfort.
  • Wind Rose & Wind Profile: Assess wind patterns to optimize building orientation and natural ventilation.
  • Radiation Rose: Analyze solar radiation to inform passive solar design strategies.
  • Outdoor Comfort Study: Evaluate outdoor comfort conditions for user well-being.
  • Bioclimatic Chart: Develop bioclimatic charts to guide design decisions based on climate.
  • Solar Radiation Study: Analyze solar radiation impacts on building performance.

Course Outcomes:

• Climate Data Acquisition & Analysis: Learn to obtain and analyze crucial climate data for site-specific design.
• Building Concept Development: Develop informed building concepts grounded in environmental considerations.
• Building Form & Orientation: Optimize building form and orientation for passive solar gain and natural ventilation.
• Sustainable Material & Passive Technique Selection: Make informed decisions about building materials and passive design techniques.

Important Note: This course covers the fundamentals of Rhino + Grasshopper 3D and environmental site analysis using Ladybug. It does not include energy simulation (covered in a separate course). This course provides a strong foundation for integrating environmental considerations into your architectural design process.