-
for Resilient Water Systems Position Summary: We are seeking a highly motivated and interdisciplinary Doctoral Research Assistant to join a collaborative project aimed at advancing Green Stormwater Infrastructure
-
object variability or the aforementioned methodologies are also encouraged to apply. The Villanova Physics Department is dedicated to excellence in teaching and research, and we recognize the importance
-
object variability or the aforementioned methodologies are also encouraged to apply. The Villanova Physics Department is dedicated to excellence in teaching and research, and we recognize the importance
-
” Institutional Impact Grant, funded by the Educating Character Initiative . This is a one-year fellowship renewable for up to two years, for a total of 3 years. Our new colleague will begin in August 2025 with a
-
” Institutional Impact Grant, funded by the Educating Character Initiative . This is a one-year fellowship renewable for up to two years, for a total of 3 years. Our new colleague will begin in August 2025 with a
-
for Resilient Water Systems Position Summary: The Villanova Center for Resilient Water Systems (VCRWS) is seeking applicants for a postdoctoral researcher to participate on exciting projects focusing
-
Position Summary: The postdoctoral researcher will be part of a research team working on the design of energy and exergy flow systems at district scale to assess their efficiency and resilience under heat
-
-Environmental Systems Position Summary: Villanova University has a postdoctoral researcher position available in the Department of Civil and Environmental Engineering and Center for Human Environmental Systems
-
Institutes of Health. The focus is on using concepts and techniques from statistical learning techniques, signal processing, machine learning, information theory and nonlinear dynamics. Villanova is a Catholic
-
. Scott Dietrich. This is a grant-funded position and is subject to continuing based on the availability of funding. The successful candidate will investigate highly interacting electronic states in van der