•Designed an Excel spreadsheet to calculate seismic forces, accounting for an eccentricity between the center of mass and center of rigidity in multistory structures•Created Matchcad templates for concentrated load on deck, slab on steel deck penetration, and plate weld connection calculations in accordance with the AISC Steel Manual•Conducted research on foundation settlement limits as well as composite beam and stud failures to support ongoing investigation projects•Constructed field reports to provide to clients based upon data collected during site visits•Revised outdated floor and framing plans in Revit to adhere to new structural conditions•Verified shop drawings with submitted structural drawings

•Set up Revit projects by creating sheets with initial plans and details as well as component and cladding diagrams for each building•Reviewed and edited specifications in accordance with project requirements•Revised existing Revit and CAD drawings and details based on provided markups•Utilized ENERCALC and Hilti PROFIS Engineering software to design structural members and anchor bolts•Reviewed steel, concrete, and wood shop drawings to ensure alignment with structural drawings

•Utilized Risa-3D and Hilti PROFIS Engineering software to perform design and structural analyses for telecommunication structures and equipment•Constructed written reports for structural designs and analyses to present to clients•Recorded data to assist structural engineers on site visits for residential and commercial structures

Independent Study on Structural Mechanics Modeling and Testing• Performed system identification, signal processing, and bridge model updating• Utilized SAP 2000 to simplify and improve model formulation and algorithms• Created a time history analysis of the bridge when struck with a hammer hit• Leveraged the Fast Fourier Transform function in MATLAB to convert the domain of the analysis from time to frequency