WGI Unleashed Podcast Episode 35 – Megan Amitrano, Graduate Engineer
On this episode, we talk with Megan Amitrano who was more than excited to be a guest on the Unleashed podcast. Megan is a Graduate Engineer for our Civil Engineering team in our San Antonio office. She has been with WGI for over three years and counting!
Megan has contributed to a wide range of demanding projects from large-scale commercial mixed-use developments to smaller urban infill projects. As a Graduate Engineer, Megan provides thoughtful consulting and technical design perspectives to protect and preserve the interest of both the private and public sectors so that new and/or rehabilitated developments can best serve the community in which they are in.
Megan discusses her love for San Antonio, her life growing up living in Japan and Texas, and her Basset Hound during this episode! She also was able to stump our hosts, Kelly Daacon and Ashley Weldon in the “Two Truths and A Lie” segment of our show with some witty statements.
Get to know more about Megan when you listen to the full episode!
If you enjoyed this podcast, be sure to subscribe in your favorite podcast app – Apple Podcasts, Spotify, Google Podcasts, or wherever you get your podcasts!
WGI
Megan is a civil/site planning and design specialist with years of experience in land entitlements, planning, and permitting. She has contributed to a wide range of demanding projects from large-scale commercial mixed-use developments to smaller urban infill projects. As a graduate engineer, Megan provides thoughtful consulting and technical design perspectives to protect and preserve the interest of both the private and public sector so that new and/or rehabilitated developments can best serve the community which they are in. She enjoys engaging with clients to better understand their needs and goals throughout the life of a development and takes pride in providing best value engineering solutions by utilizing her fundamental skills in water resources, stormwater management, site planning, and utility design.