Farah Hasan
About Farah Hasan
Farah Hasan is an Electrical Avionics, Instruments, and GNC Engineer II at BLUE ORIGIN, specializing in avionics subsystems integration and validation.
Company
Farah Hasan currently works at BLUE ORIGIN in Kent, Washington, United States. She holds the position of Electrical Avionics, Instruments, and GNC Engineer II.
Title
As an Electrical Avionics, Instruments, and GNC Engineer II, Farah Hasan specializes in the integration and validation of avionics subsystems. She works on I/O circuit boards and PCBAs in the New Shepard full vehicle integration HIL lab.
Education and Expertise
Farah Hasan studied Electrical and Electronics Engineering at the University of Washington, where she achieved her Bachelor's degree from 2015 to 2017. Her education laid a strong foundation for her subsequent expertise in electrical avionics and GNC engineering. Her specialized skills include developing sensor and actuator simulation plans, using high-level systems block diagrams, and electrical schematics.
Professional Background
Farah Hasan has held various roles prior to her current position at BLUE ORIGIN. From 2018 to 2021, she worked at Rice Lake Weighing Systems as an Electrical Engineer in Seattle, Washington. She also served as a Capstone Project Manager at the University of Washington in 2017, and earlier, she held roles at South Seattle College And Highline College as an Office and Help Desk Assistant from 2011 to 2015. Additionally, Hasan worked as a Youth Development Assistant at New Futures from 2011 to 2012.
Achievements and Responsibilities
At BLUE ORIGIN, Farah Hasan is responsible for planning and executing verification evaluations for DOORS-based requirements. She implements design and process improvements to legacy HIL systems for troubleshooting and increased uptime. Furthermore, she manages the design and configuration control of the New Shepard HIL system and its electrical subsystems. Hasan is also involved in PCBA vendor vetting and management, contributing to the overall efficiency and reliability of avionics systems.