Kayla Gillen, B.S.
Coastal Engineer
- Coastal processes modeling and analysis
- Digital mapping and spatial data analysis
- Environmental studies for coastal permitting
1 (1 with Coastal Solutions)
B.S., Environmental Engineering, Northeastern University, 2025
Ocean Carbon & Biogeochemistry (OCB): Benthic Ecosystem and Carbon Synthesis Working Group.
Ms. Gillen joined Coastal Solutions in the fall of 2025 as a coastal engineer following her graduation from Northeastern University. She has experience in analytical and numerical techniques for evaluating coastal and open ocean processes. Previous research experience in ocean-sediment carbon dynamics has developed her skills in geospatial data analysis and overall data synthesis. Her prior consulting experience focused on resilient and sustainable development projects, and environmental field and desk studies required for permitting. Her work is often community-driven and prioritizes stakeholder engagement within the project. Ms. Gillen uses her research and consulting experience to develop a comprehensive solution that combines science and engineering.
Green Infrastructure for Climate Resiliency and Water Quality Improvement, Boston, MA
A site screening and development of three green infrastructure (GI) site concepts were designed by Ms. Gillen in partnership with the City of Boston and their Office of Green Infrastructure. The purpose of this senior thesis project was to evaluate and select the most impactful GI features for managing small-site flooding and stormwater management through HydroCAD hydraulic modeling. The project accomplished a stormwater reduction for each of the sites post-design, while also providing co-benefits such as, reduced Nitrogen and Phosphorus, urban heat island reduction, community engagement, and habitat creation.
Massachusetts Department of Environmental Protection, Land Subject to Coastal Storm Floodage Guidance Development, Coastal Massachusetts
Ms. Gillen served as a project engineer for the research and development of a comprehensive assessment of storm surge and flooding evaluation methodologies. The purpose was to assist the MA DEP in understanding how flooding can impact coastal properties and natural resource features. Following the compilation of resources regarding storm flow path analysis, generalized modeling tools, and methods for calculating overtopping flow, a generalized guidance report was developed in accordance with LSCSF guidelines.