Patrick joined Wilson Ihrig in 2007, and works on projects involving rail transit systems, highways, transit-oriented development, environmental noise, building isolation, and isolation of sensitive medical equipment. He has experience using geospatial analysis software to model outdoor noise and vibration propagation. He also has experience predicting vibration levels in buildings using Finite Element Analysis (FEA). His work has included field measurements of noise and vibration, engineering analyses to determine impacts and methods of control, and report preparation. He is proficient in the use of ArcGIS, SoundPLAN, Traffic Noise Model (TNM), Enhanced Acoustic Simulator for Engineers (EASE), MATLAB, Visual Basic, C++, LabView, and AutoCAD.
B.S. Mechanical Engineering, University of California, Berkeley
“I like working at Wilson Ihrig because I get to work on interesting and challenging projects with brilliant and dedicated people. There is a great work culture where everyone cares and looks out for each other. The firm provides a valuable public service, and I like that I am helping to make the world a quieter place.”