Cognitive system engineer for next generation Ballistic Nuclear Submarine (SSBN)Wrote system description chapter for submarine operations manualManaged computational analysis of pressure relief system piping loadsInitiated proposal for maintenance procedure improvement

Led watchteam of 25 staff and students in safe operation of nuclear power plantSupervised 100 maintenance operations in first year as qualified operatorTrained 300 personnel in safe operation of nuclear power plant Certified 20 new operators by comprehensive oral examination Completed six month classroom training at Naval Nuclear Power Training UnitCompleted six month hands-on training at Naval Nuclear Propulsion Program PrototypeQualifications include: Engineering Officer of the Watch, Nuclear Plant Engineer

Developed 3-D model of blood reaction kinetics, and transport effects in cardiovascular devicesImplemented parallel processing and optimized code to cut supercomputer CPU runtime by 90%Reviewed/corrected work of 10 years of past researchers, including PhD/MS candidatesSupervised one undergraduate research assistant

Improved flame spread simulation by adding the effect of wind direction and speedOptimized numerical simulation decreasing CPU runtime by 90%Performed analysis of experimental data of bench scale and fuel bed scale burn experimentsPresented research at internationally attended wildfire workshop of annual ACERC conference

Designed and implemented color control process cutting costs by an estimated $48,000/yr.Created and managed pre-print process of national BYU Magazine (Circulation 200,000)Developed training and documentation for use by student interns and full time employeesDesigned digital asset management database for easy access to over 100,000 cataloged images