•Served as lead Human Factors/MANPRINT Engineer for Joint Light Tactical Vehicle and Ground Combat Vehicle programs•Served at Human Factors Engineer on Human System Integration team for the Nuclear Systems and Solutions programs•Served as lead Human Factors/MANPRINT Engineer for the Common Controller Device, Armed Robotic Vehicle Assault Light, and Joint Light Tactical Vehicle programs.•Provided Human Factors analysis during development through the use of digital human modeling software and prototype mockups.•Supported usability studies with Army soldiers gathering data for hardware design and software graphical user interface designs.•Developed internal budget, schedules, and metrics for Human Factors activities.•Participated in program proposal activities, submitting estimates and supporting customer reviews.

•Served as lead Human Factors Engineer for the Enterprise Solutions Research and Development group.•Researched digital human modeling software packages and led effort to integrate its use during product design and development.•Provided Human Factors analysis during product development of Copper and Fiber Apparatus hardware through the use of digital human modeling software and prototype mockups.•Developed and conducted Human Factors Test Plans for usability and handling studies of conceptual and prototype Copper and Fiber Apparatus hardware products.•Developed Human Factors Engineering process that was integrated into the CommScope product development process.•Led Systems Engineering team effort for Competitive Analysis through project scope definition and budget constraint trade-offs.•Attended end-customer product installations and conducted interviews with technicians on usability of products and provided findings and recommendations to the Product Managers.

•Supported F-16, F-22, F-35 Joint Strike Fighter, and T-50 programs with Human Factors and Maintainability analyses through the use of paper reviews, physical mockups, and digital human modeling software.•Managed the development of ‘Human Engineering Flight Test Plans’ to evaluate cockpit displays and maintenance operations on several F-16 programs. •Conducted interviews with test pilots and maintenance personnel •Resolved identified issues, proposed potential enhancements, and composed final report.•Conducted specialized flight tests to measure cockpit noise levels of F-16 aircraft as well as performed Speech Intelligibility Tests on prototype helmet and communication systems.•Authored and presented technical paper on the use of digital human modeling software packages at a Lockheed Martin Engineering Process Improvement conference.