Responsible for the design and execution of research to enhance the performance and safety of US Army aviators.

Responsible for the design, coding, execution, and report-writing of human performance modelling studies in support of the US Army Aeromedical Research Laboratory (USAARL).Current Research Interests: Cognitive Workload Modelling and Assessment, Operator-State Monitoring, Task Analysis, Vision, Computational Modelling, and IMPRINT.

Responsible for designing, developing, and executing research studies for the transportation safety and human vision laboratory with a focus on aging driver and instrumentation design research.• Regularly exercised skills in participant recruiting and scheduling, in-lab and on-the-road data collection procedures, and statistical data analysis across 3 large-scale transportation research studies.• Designed and validated a head orientation tracking system for on-the-road driving behavior research.• Achieved 94% accuracy with custom-designed MATLAB image processing software used to significantly reduce manual data analysis requirements for interdepartmental collaborative study.

Assisted as the technical design leader in the redesign of the Sensation and Perception laboratory course structure to be more effective and take advantage of new technology. • Designed innovative approaches to 10 classic psychophysical and behavioral experiments using stimulus creation, presentation, and response recording software. • Documented all custom-designed material in a series of 10 technical manuals and 4 video tutorials to assist faculty supervisors and future laboratory assistants.

Responsible for preparing weekly dissection demonstrations for students and teaching assistants.