Design new and renovate commercial, agricultural, and industrial facilities such as feed mills, flour mills, bulk materials handling and processing facilities, and other heavily loaded, non-typical ancillary structures. Design concrete, steel, wood and masonry structures. Responsible for Forensic engineering include determining causes of yielding or failure and to find solutions, complete designs, and recommend repairs.

• Read contract document and drawings to identify project requirements.• Calculate lateral and gravity loads on panels as defined in ASCE 7 and IBC Codes.• Analyze the loads on panels using STAAD and RISA.• Design reinforcement, shear grid for concrete panels in accordance to ACI 318.• Design connections in accordance to ACI 318 and PCI concrete handbook.• Check shop drawings against contract document.• Design fixes for connections. • Coordinate with general contractor and project manager to meet requirements and the deadline of the project.

• Checked structural components for adequacy per AASHTO LRFD Bridge Design Manual and Nebraska Department of Transportation's Bridge Office Policies and Procedures.• Calculated loads on bridges using QConBridge• Designed bridges using Leap.• Performed geometric and structural layout of different type of bridges and bridge components and communicate the design details with team members.• Reviewed shop plans for conformance with design plans and specifications.• Prepared girder shim input form and determine the girder shims using shim program or spreadsheet.

• Analyze and Compile NBI Data• Review literature• Develop algorithm in MATLAB to generate deteriorated girder capacity• Use ABAQUS to model girders with deteriorated sections to find their capacity

• Helped students with assignments and concepts in Steel Design 1 and 2 • Taught students frame modeling in SAP 2000

• Assisted with management duties such as: ordering, checking in invoices, and weekly shift surveys to ensure store performance. • Provide superior customer service.

• Collected and analyzed data for “Evaluating Road Diet Impacts on Leavenworth Street” project. • Analyzed driving data using Google maps, Ms. Excel and MATLAB.• Data reduction for "Operational Analysis of Narrow Lane Widths in the Urban Environment"

• Collected and analyzed data for “Evaluating Road Diet Impacts on Leavenworth Street” project. • Analyzed driving data using Google maps, Ms. Excel and MATLAB.• Analyzed input-output devices used for intelligent transportation system.• Composed report to be submitted to city of Omaha • Created the best "MATC Intern Video" that received an award of $1000

• Worked as a mathematics tutor helping college students. • Found typical errors that students make during computation. • Helped students with algebra, calculus, and differential equations. • Worked with professors to create study plans.