Jamie G. Email and Phone Number

Engineer responsible for numerous components within the Dragon spacecraft propulsion system including Draco thruster valve, high pressure regulator, system service valves, and high flow Superdraco feed system component.

Responsible engineer for multiple systems critical to the Dragon spacecraft propulsion system

Propulsion engineering intern responsible for mission critical systems on the Dragon 2 prop hardware team.

Airframe lead for the 2018-2019 build year.• Ranked 1st place fixed-wing autonomous aerial system in the world at 2018 AUVSI Competition• Leading team of engineers in the design and manufacturing of completely carbon fiber composite modular airframe• Coordinate the manufacturing and integration schedule of entire airframe with a 60 person team• Key designer of revolutionary airframe expansion with 30 percent increase in wingspan and nearly triple the area of aerodynamic surfaces. • Specific Project Experience:o Led team in creating a modular wing to fuselage connection able to support our increase in airframe weight from 17 pounds to 35 pounds and additional increase in payload capacityo Streamlined manufacturing process for entire airframe increasing efficiency by 20%o Designed and 3D printed effective solution to mitigate vibrations on horizontal stabilizerPlease visit https://cuair.org for more information

Crew Dragon Propulsion

• Engineered a companywide software tool for displaying, analyzing, and trending extended mission data• Parsed over 1000 GNC hardware telemetry points into 50 key points to track and trend for a new long-term mission• Facilitated integration, testing, and reporting of new GNC sensors including a momentum control system and star tracker• Assisted in spacecraft operations during ISS departure and on-orbit experiments with a momentum control system

• Increase visibility of cyclists by 45 percent on the road at night• Disruptive retro-reflective apparel designs to keep cyclists safe and fashionable• Foster conversation with industry specialists and other innovative creators• Established connection with a local factory to produce apparel prototypes• Aquired shelf space at 3 locations in the Philadelphia area

• Led team of interns in effectively improving safety for cyclists at night• Sought out and cemented connections with industry personnel to help make our ideas reality• Rigorously tested our product against industry standards

• Led a team of interns in organizing and producing a fully marketable K-12 educational product• Designed circuit using flashing strips of LED’s and Arduino to simulate migraine attacks on patients• Developed pitch and presented at PRA Health Sciences and Disruptive Pharma Conference in Boston, MA