IMPORTANT DATES

• Abstract submission Closed
• Full paper submission Closed
• Notification of full paper acceptance (May, 2016)

Academic conferences on indoor air quality bring together researchers who study how the environments we inhabit shape our well-being. The exchange of ideas across disciplines helps reveal how ventilation, thermal comfort, and pollutant control are deeply intertwined with daily life. By sharing findings and methods, participants advance understanding of how buildings can be healthier, more responsive, and more humane places in which to live and work.

Ventilation lies at the heart of indoor environmental performance, influencing everything from cognitive energy to respiratory health. Engineers and scientists continue to refine strategies that balance fresh air delivery with energy conservation, recognizing that overly airtight buildings can suffer from stale air while leaky structures waste heating and cooling. Modern studies examine how natural and mechanical systems can work together to support comfortable, healthy interiors under varied climatic conditions.

Energy conservation in buildings has become inseparable from discussions of sustainability and climate responsibility. Researchers investigate how passive design, efficient HVAC equipment, and intelligent controls can reduce consumption without sacrificing occupant comfort. Integrated approaches consider lighting, heating, cooling, and air quality as parts of a unified system, seeking optimal outcomes rather than isolated improvements. This holistic thinking guides the next generation of performance-oriented architecture and facility management.

Sensors, controls, and building management systems have transformed how indoor environments are monitored and adjusted. Real-time data on temperature, carbon dioxide levels, humidity, and particulate matter enable responsive operations that adapt to occupancy patterns and outdoor conditions. Modeling tools and simulation platforms allow designers to predict performance before construction, while ongoing measurement verifies that buildings behave as intended. Together, these technologies support smarter, more accountable built environments.

Healthy buildings depend on collaboration among architects, engineers, public health professionals, and policymakers. Conferences in this field serve as forums where practical experience meets emerging research, and where questions of airtightness, ventilation, and thermal performance are examined in relation to human needs. The shared goal is to create spaces that nurture well-being, conserve resources, and respond thoughtfully to the communities they serve, both now and in the future.