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Join us for this webinar where Alejandro Pacheco Diéguez and Daniel González showcase an innovative web tool for daylight compliance estimation in urban design. This tool, developed using Rhino.Compute, addresses the growing challenge of urban densification and its impact on daylight accessibility in buildings. The webinar will show the tool's development, which is grounded in a simple yet effective equation for predicting the maximum room depth (MRD) compliant with Swedish daylight regulations. The session will also explore the potential of data science and machine learning techniques to enhance the predictive accuracy and efficiency of this innovative method.

Alejandro and Daniel's collaboration is a response to the need for early-stage daylight compliance assessment in architectural design, allowing for cost-effective and informed decision-making. This tool is particularly suited for architects and engineers, offering a user-friendly interface to evaluate daylight factors in urban-scale projects. The webinar will be an invaluable opportunity for Rhino users to learn about the integration of advanced simulation techniques using Rhino.Compute, ultimately fostering better-performing building designs.

Alejandro Pacheco Diéguez, an architect at White Arkitekter Sweden, specializes in sustainable urban development and performance analysis. Alejandro has expanded his expertise into data science and machine learning, aiming to enhance architectural design optimization.

Daniel González is an experienced web developer with a rich experience spanning over seven years. Specializing in the art of digital craftsmanship, Daniel has honed his skills in creating static web pages, single-page applications (SPAs), and engaging 3D experiences.