Project

Indoor Environmental Quality (IEQ): Interactions between Acoustics, Indoor Air Quality, Thermal, and Lighting Conditions

Lily Wang

What is it about?

Humans spend the majority of their time in built environments, and the quality of the indoor environment (such as the acoustics, indoor air quality, lighting, and thermal conditions) impacts human comfort, performance, and well-being. Our research group has been studying the impacts of indoor environmental conditions on humans. Of particular interest is how these conditions may interact with each other.

Why is it important?

Designing and maintaining healthy indoor built environments can result in greater comfort, better performance, and improved well-being for humans.

Perspectives

My colleagues and I in the Durham School of Architectural Engineering and Construction at UNL are uniquely positioned to approach this research problem, collaboratively with multi-disciplinary perspectives. The fact that many of us are based in Omaha is also a major benefit, as it allows our research group to partner with the prestigious architectural engineering design firms headquartered here.

Resources7 total

Who is involved?