Dr. Pamela McCauley is an ergonomics and biomechanics expert, a dynamic keynote speaker, a popular author, and an award-winning professor in the Department of Industrial Engineering and Management Systems at the University of Central Florida where she serves as Director of the Ergonomics Laboratory.
Dr. McCauley is currently on assignment with the U.S. Department of State in her role as a Jefferson Science Fellow. The Jefferson Science Fellowship program serves as an innovative model for engaging the American academic science and engineering communities in U.S. foreign policy. Dr. McCauley is involved in technology assessment and policy, researching the globally critical Ergonomics of Ebola, HIV and Other Infectious Diseases for Healthcare Workers.
She is the author of over 80 technical papers, book chapters, conference proceedings and the internationally best-selling ergonomics textbook; Ergonomics: Foundational Principles, Applications, and Technologies. Many of her leadership, diversity, innovation and STEM education related talks draw from her research-based book Transforming Your STEM Career Through Leadership and Innovation: Inspiration and Strategies for Women as well as her personal story; Winners Don't Quit . . . Today They Call Me Doctor.
Abstract: This paper reports on the development of the Capital Area Advanced Research and Education Network (CAAREN), which provides an advanced research and education network infrastructure for the D.C. metro region. Working in partnership with the D.C. Office of the Chief Technology Officer’s program, DC-Net, the George Washington University Division of Information Technology (IT) developed CAAREN out of a need for advanced research infrastructure for the D.C. area, and a need for collaboration among D.C. area universities. CAAREN’s objective is to provide an advanced research network infrastructure, as well as outreach and services for K-12 schools, museums, libraries and similar organizations within the D.C. metro region. A number of initiatives have been completed or are underway to help advance research and education for current and future generations to advance scientific discovery through the use of this cyberinfrastructure.
Pacific islands offer the world stunning biodiversity, millennia-old models for sustainability, and uniquely rich indigenous cultures. These ‘paradoxical paradises’ are also globally-relevant sentinel locations for the ravages of climate change, food insecurity, health inequity, wealth gaps, migration and erosion of indigenous culture. Science and technology offer important components of the solutions to these problems, particularly as the era of ‘big data’ arrives. However, data science has the potential to become the latest in a series of colonizing Western scientific paradigms from which Pacific indigenous peoples are largely disenfranchised. Tensions between science and culture are an emerging threat to health, sustainability and prosperity in the Pacific. This presentation discusses innovative data science research projects and educational approaches that embody principles of democratization (an inclusive STEM pipeline that transcends barriers of privilege), decolonization (inculturation of indigenous knowledge within a Western scientific paradigm), and (re)-discovery (export of Pacific-based models to address global challenges). Theolelo no’eau of the title tells us that ‘not all knowledge is learned in the same school’. A discussion will be offered of gaps in the Pacific educational ecosystem for science and technology, and the necessary fusion of science and culture in STEM educational approaches.
