About

Born and raised in Central Pennsylvania surrounded by streams, Autumn Deitrick became captivated by the changing riverine landscape around her. Determined to understand the mechanisms underlying these environmental changes, she pursued her B.S. in Civil Engineering at Penn State and S.M. in Civil and Environmental Engineering through the Massachusetts Institute of Technology – Woods Hole Oceanographic Institution Joint Program.

She sees water as nature’s artist – constantly sculpting our landscapes through processes of erosion and deposition, which she studied through experimental environmental fluid mechanics research during her B.S. and S.M. degrees. Water and flowing elements are prevalent themes in her artwork, and she uses mixed media to create surreal images that blend her outer and inner worlds without boundaries.

Autumn brings an artist’s mindset into her work as an engineer and is currently a National Science Foundation Graduate Research Fellow at Penn State, where her research focuses on enhancing the creative climate of graduate-level engineering education.

News

Leadership

2022 Cambridge Science Festival

I helped to co-lead and design a hands-on wave flume demonstration that allowed participants to learn about water wave mechanics and the way coastal ecosystems protect our shorelines in the face of global climate change.

Building with Nature: Resilient Coastlines for Our Cities and Ecosystems

2021 MIT Water Summit

I co-directed the MIT Water Summit, a two-day conference, during my first semester at MIT! The summit explored topics related to coastal ecosystems, cities, agriculture, and governance.

MIT Water Summit Coastal Cities and Ecosystems

Publications

Vegetation-Generated Turbulence Does Not Impact the Erosion of Natural Cohesive Sediment

Investigating the Influence of Ethical and Epistemic Values on Decisions in the Watershed Modeling Process

Investigating the Influence of Ethical and Epistemic Values on Decisions in the Watershed Modeling Process

The influence of vegetation-generated turbulence on deposition in emergent canopies

The Influence of Vegetation-Generated Turbulence on Deposition in Emergent Canopies