Joe Worth Email & Phone Number

Los Angeles, CA, US

Hawthorne, California, United States

Hawthorne, California, United States

- Responsible engineer for Starlink V2 Mini satellite deploy mechanism and pneumatic system, ensuring a reliable four-day launch rate while consistently pursuing mass reduction and performance optimization- Responsible engineer for Falcon Heavy aft booster separation system, overseeing multiple production and reliability efforts and serving as primary.

Hawthorne, California, United States

- Owned the testing and analysis for updated system operation, successfully showing that fairing separation pushers could be reliably used in the novel Long Fairing application.- Developed a retrofittable solution to a substantial personnel safety and hardware recovery risk that was retrofitted onto the entire fleet to immediately eliminate the risk

Hawthorne, California, United States

Directly responsible for all phases of design, production, and integration of the 250mm Starship Butterfly Valve, successfully redesigning the valve for more demanding flight environments and optimizing the build and test process to meet the high rate requirement.

Boston, Massachusetts, United States

- Worked in a cross-disciplinary team to develop and validate a new manufacturing process to enable the use of thermally activated adhesive textiles in consumer electronic applications- Developed a new way to connect a mechanical sensor package to conductive textiles to enable more complex sensor selection and usage in wearable technologies

Hartford, Connecticut, United States

Worked with a cross-disciplinary team of engineers and various air forces around the world to identify and resolve issues throughout all phases of production and maintenance for the F100 and TF-33 engines.

Boston, MA

Furthered the development of a prior year's capstone project that enabled an amputee to operate simple machinery; my responsibility was to improve the manufacturability of the design for cost reduction and redesign it to work with a more complex, four-axis control system.