Propulsion Engineer II

Relativity Space•Long Beach, CA

1d•Onsite

About The Position

This role is on the Engine Systems & Test Team. Our work spans simulation & software tools; system-level architecture, requirements, and interfaces; component & integrated system hotfire testing; and more. We collaborate closely with component engineers, our manufacturing team, our Stennis test team, and our Cape launch team to deliver engines that will successfully propel the Terran rocket to orbit. We strive for continuous improvement and support the development of our technical hardware and human teammates alike. We are hiring for the integrated engine test team (which tests the full engine assembly). Your work may span several different areas depending on your skillset and the team’s needs at the time. In the test part of your role, you will serve as a Responsible Engineer for propulsion test articles. You will develop test plans in collaboration with product owners, and you will execute test campaigns with our Stennis team, troubleshooting technical puzzles along the way. You will own the exploratory operation of new and existing test article designs, diving deep into the evaluation of test hardware behavior in support of continuous engine development and certification. This role is extremely varied day-to-day and, in addition to overall campaign ownership, can include writing test sequences, reviewing data, hands-on work with test articles, writing code, sitting console for hotfire tests, designing tooling, and more. Most test roles also involve systems work – on this side of your role, you may support engine subsystem troubleshooting, partner team product investigations, engine system analysis and simulation, trade studies, and more. You will also take ownership of projects of your creation to increase our collective efficiency. As our vehicle development program progresses, you may have the opportunity to be involved in stage test and flight campaigns – including sitting console for launch operations, defining stage test objectives, and defining flight concepts of operations (CONOPS). In order to be successful in this role, you should be a self-starter who is capable of leading collaborative projects to completion. You should be always looking for ways to improve yourself & learn more about the systems that interface with yours – who will leverage the training & mentorship we provide to grow as an engineer and an individual. Along with these high expectations comes the opportunity to have a significant influence on a fast- growing startup company and to make rapid professional gains in an environment that encourages growth and risk.

Requirements

2+ years of experience in a complex engineering system development and/or test environment
Bachelor’s degree in a science, engineering, technology, or mathematics field
Experience with applying engineering fundamentals in fluid mechanics & thermodynamics
Experience with problem-solving
Experience working in a collaborative environment
Demonstrated ability to execute high-ownership projects on ambitious schedules, especially if unconventional solutions are necessary to do so

Nice To Haves

Exposure to test operations environments
Working knowledge of at least one of the following: combustion devices, valves, heat exchangers, or instrumentation

Responsibilities

Serve as a Responsible Engineer for propulsion test articles.
Develop test plans in collaboration with product owners.
Execute test campaigns with the Stennis team, troubleshooting technical puzzles.
Own the exploratory operation of new and existing test article designs, evaluating test hardware behavior.
Write test sequences.
Review data.
Perform hands-on work with test articles.
Write code.
Sit console for hotfire tests.
Design tooling.
Support engine subsystem troubleshooting.
Support partner team product investigations.
Perform engine system analysis and simulation.
Conduct trade studies.
Take ownership of projects to increase collective efficiency.
Be involved in stage test and flight campaigns, including sitting console for launch operations, defining stage test objectives, and defining flight concepts of operations (CONOPS).