Facade automation is a powerful tool for enhancing occupant comfort and environmental performance, offering design opportunities that allow buildings to breathe.
In this webinar, you’ll gain insights into how facade-driven systems can be used to create more sustainable, comfortable, and healthier indoor environments.

WindowMaster will explore the potential of mixed-mode ventilation systems — combining natural and mechanical ventilation — and how facade automation plays a pivotal role in creating dynamic and occupant-friendly indoor climates.

You’ll also learn about the performance and application of natural ventilation strategies tailored to the unique climate challenges and opportunities on the North American West Coast.

 What you’ll learn:

• The performance of natural ventilation in the West Coast climate
  Explore the specific challenges and opportunities for optimizing natural ventilation in the Pacific West Coast region — including considerations such as variable temperatures, humidity levels, and seasonal changes.
• Health and wellness benefits
  Discover how mixed-mode ventilation improves indoor air quality and supports both physical and mental well-being for building occupants.
• Thermal comfort with mixed-mode ventilation
  Learn how a mixed-mode approach can enhance thermal comfort and energy efficiency across different building types.
• Control strategies: Automated vs. manual
  Understand the differences between automated control systems and manual override strategies — and how each impacts air quality, occupant comfort, and system performance.
• Real-life reference cases
  Gain inspiration from real building projects across North America that successfully integrate mixed-mode ventilation and facade automation.

Architects, engineers, and building professionals will come away with valuable knowledge on how automated facade systems can improve indoor climate, energy efficiency, and occupant well-being.

Join us to discover how mixed-mode ventilation and advanced facade automation can revolutionize the design of commercial and educational buildings.