In charge of structural design on a wide variety projects. Experience in design using steel, wood, concrete, cold-formed steel and

Summary

• Structural design based on governing codes, standards and engineering practices: ASCE 7, AISC, AISI, ACI, NDS, etc.

At B&W, I have been in charge of structural design on a wide variety of projects including the design of industrial and utility environmental equipment, flue and ducts, piping, structural steel, and platforms.

Summary

• Structural design based on governing codes, standards and engineering practices: ASCE 7, AISC, ASME, etc.

• Utilized analysis software including STAAD Pro, SAP2000 and Abaqus

• Performed stability analysis per AISC 360 on various steel structures

• Created 3D models of structures for design, detailing and analysis

• Lead engineer on design of modular fabric filter baghouse

• Lead on department initiative to optimize workflow between designers and engineers when using a central 3D model during all design phases

• Developed software to expedite tedious engineering tasks and designs saving numerous engineering hours resulting in cost savings for the department

I was a graduate assistant for Dr. Gunjin Yun in the Intelligent Structural Engineering and Health Monitoring Lab (ISEHML) where I was in charge the of development and research of the Self-OPTIM framework, an inverse methodology to determine material parameters using experimental data.

Summary

• In charge of development and research of the Self-OPTIM framework, an inverse methodology to determine material parameters using experimental data.

• Created a framework for stochastic realizations of material distributions.

• Utilized TCP/IP protocols to parallelize computers to minimize Abaqus analysis times.

Masters Thesis

• The Self-Optimizing Inverse Methodology For Material Identification and Distributed Damage Detection

Publications

• Nondestructive Testing by Full-field Strains from Mechanoluminescent Sensors

As an engineering co-op at Jones-Stuckey, I was able to work on both bridge and roadway projects. My experience was invaluable and I learned a lot about engineering and analysis of bridges.

Summary

• Analyzed various types of bridges for the purpose of load rating

• Field inspections of existing bridges for the purpose of analysis and ratings

• Developed plans, details, and quantity calculations for both structural and roadway projects for ODOT and local clients

• Provided additional technical expertise to help create add-ins for Excel spreadsheets using C#