McKelvey School of Engineering

To help understand air pollution health effects, researchers in St. Louis quantified how the amount of submicron particles in the air has changed over the past 25 years.

Discover some of the many environmental projects currently underway among WashU’s graduate student community, the ‘research engine of the university.’

Kahan Chavda, BSBME ’16, co-founder of Inversa, a company pioneering the field of ethically harvested leathers, workshops with Sam Fox School students on how engineering and fashion design can support endangered ecosystems.

Environmental engineers at WashU have developed hydrogels to transform wastewater nutrients into useful feedstocks and fertilizers.

Researchers at WashU and St. Jude Children’s Research Hospital have found that biomolecular condensates play a role in suppressing the effects of ALS-causing mutations.

Biomedical scientists at Washington University in St. Louis and Duke University report new insights regarding the role of movements of molecules as drivers of condensation in plant cells.

Researchers at WashU will study ways to fix malfunctioning ion channels responsible for neurological and heart illness.

Researchers at WashU have developed a simple, efficient way to enable one-way light transmission in photonic chips.

First profiled as first-year students, four seniors captured the sights and sounds of WashU’s Commencement for a graduation day vlog.

Environmental engineers at WashU have developed critical methods to remove toxic selenium from water.