PEOPLE

Her work with AISES has focused on professional and student chapter development, and she has extended herself as a mentor in the Full Circle Mentorship program for college students and professionals. Watson co-founded the first California AISES Professional Chapter in 1993 and later co-founded the Southern California AISES Professional Chapter in Pasadena and served as its president.

Watson served on the AISES board of directors from 1995 to 1997 and helped guide the headquarters transition from Colorado to New Mexico. She has held leadership positions on the board, serving as secretary, membership chair, and editorial advisory council member for Winds of Change magazine, the premier AISES publication, and as vice president of AISES Publishing Inc. She has often assisted in the coordination and facilitation of national conference sessions for student advisors and has presented at national and regional conferences.

Currently a civil engineer with the U.S. Department of the Interior Bureau of Indian Affairs, Watson leads a technical administrative team responsible for program and project management of the Tribal Transportation Program. In addition to engineering, her 38-year career has included roles as a training specialist, chaplain, architectural designer, civil designer, job captain, and project manager. Watson is trained in disaster management, homeland security, and emergency management and serves as a brigade chaplain with the Alaska State Defense Force at the rank of captain.

Experimenting at the intersection of atmospheric science, public health, and infectious disease, she clarifies the transmission of airborne diseases such as influenza — and more recently COVID-19 — and identifies effective public health interventions. Her research led public health officials to rethink how to address the transmission of these airborne diseases, which claim thousands of lives worldwide each year.

“Air pollution is responsible for an enormous burden on our health and well-being. The recent pandemic and recurring episodes of wildfire smoke underscore the need to tackle air pollution with renewed vigor,” she said.

In an effort to gain new insights and address these issues, an aspect of her research focused on infectious bioaerosols, airborne particles that contain viruses or bacteria. She and her collaborators determined how different humidity levels impact influenza virus stability and infectiousness by experimenting with H1N1 flu virus aerosols that contained extracellular material from human bronchial cell cultures to mimic human respiratory droplets. Their experiments revealed that relative humidity impacts virus stability because of the changes that occur in the physicochemical composition of respiratory droplets.

“As a result of her research, Dr. Marr was among the first to argue that airborne transmission via aerosols is a major mode of transmission for COVID-19.”

When the COVID-19 pandemic began, she examined how the virus spread. Her research determined that in addition to the large droplets transmitted when an infected person coughs or sneezes, thousands of tiny unseen particles that carry the virus are also transmitted.

As a result of her research, Dr. Marr was among the first to argue that airborne transmission via aerosols is a major mode of transmission for COVID-19. She and her collaborators explained that the infectious virus is carried in small aerosols that can infect others, both at close range and at long distances in indoor air. This finding informed guidance that mitigating airborne transmission should include masking and improved ventilation and filtration processes along with handwashing, sanitation, and social distancing.

Dr. Marr holds a B.S. in engineering science from Harvard University and a Ph.D. in civil and environmental engineering from the University of California, Berkeley. After conducting postdoctoral research at the Massachusetts Institute of Technology, she joined the faculty of Virginia Tech University and is currently a University Distinguished Professor and the Charles P. Lunsford Professor in the department of civil and environmental engineering.

Dr. Marr’s work has been published in Science, Proceedings of the National Academy of Sciences, Clinical Infectious Diseases, and Environmental Science and Technology, among others.

In her role at Supercritical, Oliyide provides technical process safety expertise for innovative hydrogen production technology to facilitate the clean energy transition, while contributing to the company’s energy strategy and the U.K.’s net-zero plan for 2030. She also analyzes and challenges engineering designs to identify hazards within the process so they can be mitigated and corrected. The London-based company is working to develop the world’s first high-pressure, ultra-efficient electrolyzer and lowest-cost pressurized “green” hydrogen. Prior to joining Supercritical, Oliyide worked as a safety assurance engineer at Siemens.

Oliyide is a volunteer and board member of the Association for Black and Minority Ethnic Engineers, which supports higher achievements in engineering among students and professionals from ethnic minority backgrounds. She provides marketing support, mentoring, and interview preparation for students. She is also an ambassador for the Queen Elizabeth Prize for Engineering, where she inspires the next generation of women engineers through panel discussions and career talks.

Oliyide holds a B.Sc. in chemical engineering from the University of Lagos and an M.S. in advanced chemical engineering and process engineering from the Imperial College London.

Dr. Luzzatto holds a Ph.D. in chemistry from Ben-Gurion University of the Negev and is a managing partner in the Luzzatto Group. The family-owned business is one of Israel’s leading intellectual property groups and helps companies develop and protect their innovations and ideas. “My hope is to see women’s representation reflecting their proportional share in the population in the near future. We have much work ahead, but we are capable and must reach that goal,” she said.

Dr. Luzzatto is actively involved in volunteer activities related to promoting education, culture, and welfare as well as the social and economic development of the Negev region.

Dr. Bronner has chosen to give her prize to the UC Davis AB540 and Undocumented Student Center, which offers resources that help level the playing field for students who do not have the same opportunities as others. AB540 refers to a California law that exempts certain nonresidential students from additional tuition.

Dr. Bronner leads a new environmental engineering major that is attracting more women students, and in 2019, she helped form the department’s committee on diversity, equity, and inclusion. Dr. Bronner holds a B.S. and a Ph.D., in environmental engineering from the University at Buffalo, and an M.S. in civil engineering from the University of California, Berkeley.