Nusrat Jung Elected Treasurer-Elect of the International Society of Indoor Air Quality and Climate

Dr. Nusrat Jung, Assistant Professor in Purdue University’s Lyles School of Civil and Construction Engineering, has been elected Treasurer-Elect of the International Society of Indoor Air Quality and Climate (ISIAQ), the world’s leading scientific society dedicated to indoor environmental quality research.
Nusrat Jung

Dr. Nusrat Jung, Assistant Professor in Purdue University’s Lyles School of Civil and Construction Engineering, has been elected Treasurer-Elect of the International Society of Indoor Air Quality and Climate (ISIAQ), the world’s leading scientific society dedicated to indoor environmental quality research. Jung was elected through an international vote of the society’s membership and will begin her service in June 2026. The position represents a four-year leadership commitment, including two years as Treasurer-Elect followed by two years as Treasurer, with service on the ISIAQ Board of Directors throughout the term.

ISIAQ is an international, multidisciplinary scientific society that brings together researchers, engineers, physicians, public health professionals, and practitioners to advance the science and technology of indoor air quality and climate and promote healthy, comfortable, and productive indoor environments. Jung’s election reflects her contributions to indoor air quality research, architectural engineering, and exposure assessment, as well as her growing international leadership within the field.

“I am honored by the trust placed in me by the ISIAQ membership and look forward to serving the international indoor air quality community,” said Jung. “Healthy indoor environments are essential to human well-being, and I am excited to contribute to the continued growth and impact of the society.” At Purdue, Jung leads research focused on indoor air quality, building science, ventilation, filtration, indoor chemistry, and advanced environmental sensing technologies that advance understanding of environmental exposures and support healthy, high performance buildings.