Alex Fraley

Aerospace  | Robotics Test ENGINEER
UAS Evaluation  | SOFTWARE DEVELOPMENT | AUTONOMOUS SYSTEMs

Engineering practical systems, software tools, and test methods for
autonomous/semi-autonomous systems to solve real problems in the real world.

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Featured Projects

Key projects in robotics evaluation, autonomous systems, and aerospace analysis.

 

Robot dexterity test artifact deployed during evaluation at NIST, Gaithersburg MD.

NIST UAS and Robot Test Development

Developed and validated robot and UAS test methods for emergency-response evaluation at NIST, including scoring workflows and test-apparatus design.

NASA Outliers lunar rover capstone project concept image

NASA Outliers Lunar Rover Capstone

Built APF-based navigation logic and performed landing-site evaluation for a NASA-affiliated lunar rover capstone at the University of Maryland.

HL-20 lifting body control surface diagram for control law design

HL-20 Control Law Design

Designed a longitudinal control-law workflow using frequency-response analysis and Simulink modeling for NASA’s HL-20 lifting body.