•Created a 3D model and executed a preliminary design of a 6000+ ft2 two-story steel building for a youth soccer complex using Tekla structural designer to size the steel beams, columns, and x-braces to accommodate wind, dead, and live loading•Adapted the footing and grade beam designs of a project to accommodate dynamic project conditions, demonstrating proficiency in handling unforeseen changes and executing timely redesigns•Designed a steel frame for a fall-arrest system using RISA along with wall connection design using Hilti Profis, and then drafted all requisite details using Revit•Analyzed a bent frame and truss system by developing a RISA model of the section and running the analysis for specified wind, dead, live, and roof live loads•Drafted grade beam and slab tendon layouts for residential foundation projects using Revit and performed design calculations using the PTI Slab software•Sized floor joists and studs for a mezzanine, giving both steel and wood options, utilizing both Excel and ForteWeb for the design and calculations•Went on site observations with a licensed structural Professional Engineer (PE)

• Surveyed various properties and subdivisions as a part of a survey crew in the field• Operated the surveying equipment during surveys• Studied under the crew chiefs to learn various surveying techniques and best practices• Learned how the surveys make it from the field into the office, and what happens to them from there

• Designed, built, and tested a heating element concept involving Nichrome wire• Assisted in the design, build, and testing of a molten salt test loop• Lead the documentation process for various tests performed on the molten salt test loop• Analyze pressure leak data from piping and pumping systems• Communicate effectively in teams to gather data and discuss research to further projects• Construct systems focusing on the use of circuitry and pressurized pipes