Noor Bashash

Supported the Satellite Communications (SATCOM) system of all production, out of production, development and in-service models. - Restored compliance on loadable software part by initiating a certification plan and authoring certification software documents (PSAC, SCI, SAS, SOI Audits, CSR) for the Collins SATCOM system on the 737-8/-9/-8200/-900ER -Led cross-model project resolving network interference issues in the L-band frequency with company Ligado and coordinated efforts with Inmarsat, Department of Defense, NavCanada, Transport Canada, as well with suppliers among other impacted parties to build and strengthen Boeing’s relationship and come together to a mutual solution - Model focal for 777-8F responsible for modeling the SATCOM architecture using MBSE processes and Cameo as the tool. Led a team of 6 from conception of a logical and functional architecture model to creating a SFHA in a digital thread -Created a wiki for the SATCOM team in GitLab to provide technical resources, processes and references

Analyzed motive of an invention within aeronautics and astronautics applications and judged patentability using engineering skills by issuing a notice of allowance or rejection under conditions set forth in Title 35 of the United States Code Reviewed legal documents, researched databases and motive of an invention, facilitated meetings with attorneys to improve mutual understanding and wrote legal actions while complying with performance requirements, deadlines, time management, and multitude of personalities

• Played key role in the design and build of a driven propeller plane propulsion system that was capable of producing 13 lbf of thrust in record time while keeping it in budget. (First plane in GW that was able to takeoff) • Teamwork strategies implemented in high-pressure environment to deliver results within the time frame

• Collaborated with 3D printing tasks and grant access for different software offered by the university to all SEAS faculty, students, and staff • Developed a mobile application (GW SEAS) available on Google Play and Apple App Store where you can keep up to date on news and events, includes students’ tools that make school easier, research and department information and other interactive resources more accessible in one place

• Selected for the 2019 SEAS Summer Undergraduate Program for Engineering Research (SUPER) to perform research on inkjet printing of a novel nanomaterial, multilayer graphene nanoshells. • My work included tuning the driving waveform for generating desirable droplet behavior in the inkjet printer and measuring the electrical characteristics of the deposited material. I also developed a useful tool in Python to process and analyze a large data set of profilometer measurements. • Placed finalist for the Mechanical and Aerospace Department in the 2019 R&D Showcase

• Assisted with a propulsion system design of a water channel to measure interfacial dynamics influenced by short waves with a team of two undergraduate students and a PhD student

Completing my undergraduate degree in less than four years while integrating extracurricular activities.