Justin Brannan
Spacecraft Subsystem Lead Analyst @Intuitive Machines
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WORK HISTORY
Spacecraft Subsystem Lead Analyst @Intuitive Machines
Supervise planning, execution, and analysis of 40+ subsystem-level comprehensive performance tests focused on space flight robot arms, including objective definition, software configuration and tuning, test readiness reviews, and requirement verification.Lead the evaluation of 15 key performance requirements and related control system tuning across 20 series of Monte-Carlo dynamic simulation runs for the on-orbit capture and berthing of a client satellite.Support test campaigns including 3 degree of freedom ‘flat floor’ capture and berthing, 6DoF visual servo ‘pre-contact’ tracking, and TVAC 6DoF closed loop capture as robot team subject matter expert.Act as liaison between robot software, algorithms and systems teams by prioritizing test and simulation efforts, working within the git and redmine ticketing environment, and communicating stakeholder desires to solve OSAM-1 cross-discipline challenges.
EDUCATION
University of Maryland - A. James Clark School of Engineering
Master of Science (M.S.)
University of Maryland - A. James Clark School of Engineering
Bachelor of Science
SKILLS
ABOUT JUSTIN BRANNAN
Over 14 years total experience specializing in robotic spacecraft dynamics, control, simulation, algorithms, and software development to advance the state of satellite servicing technology. Key member of the robot subsystem team for the OSAM-1 mission at NASA Goddard Space Flight Center to enable the routine servicing of satellites not designed with servicing in mind.
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