Education: BS in Civil Engineering (Structural Emphasis) from Purdue University in 2008, MS in Civil Engineering (Geotechnical Emphasis) from Purdue University in 2010, Currently working toward a Graduate Certificate in Geotechnics (Rock Mechanics) from Missouri Institute of Science and Technology
Job Overview: I’m a geotechnical engineer working in Chicago within the Dams and Hydro group. On a daily basis I perform analyses, write reports, and markup drawings to support geotechnical design and construction activities for multiple projects.
How I ended up at MWH: I met Dave Kleiner at a US Society on Dams conference I was attending during graduate school as a scholarship recipient. He put me in touch with the geotechnical hiring managers in Chicago who brought me on for an internship, then full time when I finished my masters.
What is on my desk right now: Embarrassingly, a mess…. and a Purdue gnome and Fall 2013 first place office bowling bobblehead trophy!
Free time activities: Spending time with my husband and our dog, playing soccer, reading, trying new restaurants, relaxing with a glass of wine.
Best career advice I’ve ever received: When an opportunity arises, raise your hand to let others know you’re interested in learning more about a particular type of project, area of emphasis, or gaining a new skill. It may not always work out, but it will keep your interests, goals, and willingness to get involved in the forefront for consideration the next time.
Experiences at MWH: I’m currently working as a geotechnical engineer on a Hydroelectric Project which is a significant investment in green energy and has been highlighted in policy speeches by President Obama. This project is critical for adding renewable energy sources to the client’s portfolio. The tight schedule, compact site, and integration with the existing dam required close coordination between multiple technical disciplines. These factors, along with challenging subsurface conditions, required unique geotechnical design solutions (like massive diaphragm walls and deep excavation support systems) to maintain dam safety throughout construction and into operation.
The project has provided an excellent on-the-job learning opportunity since I’ve been able to be fully engaged through the entire design and bidding process as well as participate in meetings with the client and present to external reviewers. I look forward to following the project into construction as a field engineer.
