Environmental Analysis:

Demystifying Data-Driven Environmental Design

In the ever-evolving field of architecture, embracing the realms of computation and environmental analysis is not just a choice; it’s a strategic imperative. Architects play a crucial role in shaping the built environment, and by harnessing the potential of computational tools and environmental analysis, they can craft projects that are not only aesthetically pleasing but also environmentally responsible and resource-efficient.

By leveraging data analytics, architects can gain insights into various aspects of a building’s performance for informed decision-making and optimization. This approach ensures that design decisions are based on real-world performance data rather than theoretical assumptions, resulting in more effective and impactful sustainable solutions.

Additionally, the use of data enables architects to engage in evidence-based discussions with clients, stakeholders, and policymakers, fostering a collaborative approach to sustainable architecture.

Integrating Computation and Sustainability in Design

While it seems that data-driven design and simulations are exclusive to large architecture firms, even smaller practices can harness their potential. Participating in this workshop is an opportunity for professional development in response to the demands of the current architectural landscape. As technology rapidly advances and sustainability becomes increasingly crucial, architects who familiarize themselves with computation and environmental analysis position themselves as forward-thinking practitioners.

This workshop goes beyond theoretical discussions, offering practical skills that enable architects to navigate the complexities of contemporary design challenges. Join us to stay abreast of architectural innovation, where the integration of computation and environmental analysis not only enhances individual practices but also contributes to a collective effort towards a more sustainable and balanced built environment.

1. Lecture: The Importance of Sustainability Analysis in Design Process
2. Overview of Different Tools Available:
   • Ladybug Tools and Pollination
   • Climate Studio
   • Autodesk Forma
3. Environmental Data Visualization:
   • Understanding and visualizing various types of environmental data:
     a. Solar Analysis: Hours vs. Radiation
     b. Wind Analysis: Rose Diagrams and Speeds
     c. Universal Thermal Comfort Index (UTCI) : Introduction and Visualization Techniques – Understanding the Feel Temperature Scale
     d. Solar Benefit Analysis: Evaluating the usefulness of solar radiation for your building based on outdoor temperatures.
4. Solar Analysis:
   • Conducting solar simulations on building massing.
   • Understanding how solar radiation can be used for electricity generation through photovoltaic (PV) panel simulation.
5. Universal Thermal Comfort Index (UTCI) Analysis:
   • Running simulations to assess thermal comfort, emphasizing that this is not a Computational Fluid Dynamics (CFD) simulation, which is more complex and time-consuming. For CFD, Forma is recommended as a more user-friendly tool.
6. Single Objective Optimization with Galapagos or Opossum (License Key Required):
   • Designing an optimized cantilever for a cabin room to maximize Solar Benefit.
   • Calculating the ideal roof length to ensure optimal shading for windows in summer and solar radiation in winter.

• Introduction to the Honeybee Section of Ladybug Tools
• Daylight Analysis Techniques:
  • Exploring various daylight analysis methods:
    • Daylight Factor (DF)
    • Spatial Daylight Autonomy (sDA)
    • Useful Daylight Illuminance (UDI)
    • Annual Sunlight Exposure (ASE)
    • Evaluating which method is best for different scenarios.
  • Practical Application: Running one of the Daylight Simulations on the cabin design optimized from the previous day.
• Thermal Comfort Analysis:
  • Understanding and applying principles of thermal comfort in building design.
• Multi-Objective Optimization:
  • Combining solar panels on facade with daylight analysis.
  • Tools: Using Opossum or Octopus for optimization.
  • Case Study: Designing and optimizing the facade of FPM41 for both solar gain and energy harvesting or facade surface area.
• Collaboration and Sharing Results in a Team:
  • Demonstrating effective workflows for collaborative projects.
  • Introduction to Pollination and the advantages of cloud computing in architectural design.
  • Developing and executing the first script in Pollination.

1. Install Ladybug Tools:
   • Make sure Ladybug Tools is installed on your computer before the workshop.
2. Rhino and Grasshopper Needed:
   • Have Rhino and Grasshopper installed and ready to use.
3. Basic Grasshopper Skills:
   • It’s helpful to know the basics of Grasshopper, but not required.
4. Beginners Welcome:
   • If you’re new to Grasshopper, you can still join and follow the tutorials.
5. Software Updates:
   • Check for updates to Rhino and Grasshopper beforehand to avoid any issues.

attendees.