A rocket company at the core, Relativity Space is on a mission to become the next great commercial launch company. Meeting the needs of a growing demand for space infrastructure, our rockets will revolutionize how we connect and communicate on Earth by getting satellites to space. We have developed a vertically integrated technology platform in which we leverage additive manufacturing, artificial intelligence, and autonomous robotics to 3D print rockets. Our unique approach enables rapid product iteration, allowing us to push the boundaries of what's possible today and unlock the full potential of 3D printing for tomorrow. Join us on this extraordinary journey, as we work together to transform our vision into reality.
The Integrated Performance department at Relativity Space is responsible for ensuring that our rockets will achieve our overall objectives and satisfy stringent customer and government requirements. Our department comprises teams responsible for Flight Sciences, including Aerodynamics, Thermal, Loads, and Dynamics; Integrated Structures Analysis; Guidance, Navigation, and Control & Vehicle Performance (GNCP); Systems Engineering; Mission Reliability; and Product Engineering. We architect and execute analysis, simulation, operations, and test projects for all of Relativity’s hardware and software teams in pursuit of mission success. Overall, this team is critical to the launch success of Terran R!
The Dynamic Environments team owns development of vibration, shock, and acoustic levels, dynamic loads for components, high speed data analysis, and ensuring that hardware is designed and tested to withstand or mitigate these environments. Responsibilities span the entire rocket and engines and require proactive interfacing with other teams in Flight Sciences, Stage Engineering, Avionics, Propulsion, Infrastructure, and Test. Technical work involves signal processing, code development, predictive analysis ranging from hand calcs through detailed computational models, and hands-on instrumentation and testing.
What you’ll do:
As a Dynamics Engineer, you will play a key role in supporting development of the upcoming Terran R vehicle, and re-thinking launch vehicle systems around large-scale 3D printing and more streamlined manufacture and test processes. You will work collaboratively with Flight Sciences, Stage Engineering, Additive, Propulsion, Avionics, and Test teams to develop processing and analysis tools on time and budget, while meeting our technical requirements. A high degree of autonomy along with an ability to prioritize work in our fast-paced environment is required.
Here are some examples of projects you could be working on:
- Analyze vibration, shock, and acoustic data to anchor models, generate or verify specification levels and component loads, and develop insights into vehicle and engine dynamic behavior
- Generate forcing functions for liftoff, aerodynamics, and engine-borne dynamic excitation
- Support vibration and shock testing of components
- Perform transient dynamic analysis in support of Coupled Loads Analysis (CLA)
- Perform multi-body dynamics analysis in support of Terran R design for separation events.
- Work with hardware Responsible Engineers (REs) to make sure your results are used consistently with analysis assumptions
To be successful in this role, you should be self-motivated, eager to learn, adaptable, and able to deliver in a fast-paced, integrated vehicle program. You should also be able to resolve ambiguity and drive tasks to completion. Ideally, you have some direct experience with dynamics, vibration, shock, or acoustics, as well as a proven track record completing projects successfully as part of a technical team.
This position is ideal for engineers looking to cultivate subject matter expertise and make a direct impact on a variety of mission-critical systems and processes. The work involved with this role carries a broad influence, potentially affecting engine and vehicle structures, components, fluid systems, ground infrastructure, data analysis and software tools, instrumentation, modeling, and testing.
What you need to know:
- An undergraduate degree in Mechanical or Aerospace Engineering, Applied Math or Physics, or a related field
- Proficiency in Python or similar
- Experience solving structural dynamics or vibration response problems
- Signal processing, time and frequency domain analyses, statistical analysis
Nice to haves but not required:
- A graduate degree (MS/PhD) in engineering or related field and 3+ years relevant experience
- Hands-on experience with testing, instrumentation, and data analysis at the component and system levels
- Experience with high-speed instrumentation measuring vibration, shock, fluctuating pressures
- Experience in an analysis role on an integrated vehicle program
- Familiarity with liquid rocket engine architectures, launch vehicle structural and/or fluid systems, aircraft or rocket aerodynamics
- Familiarity with vibration analysis software like Nastran, VA One, Wave6
- Familiarity with vibroacoustic analysis
- Familiarity with Coupled Loads Analysis (CLA) and Multi-Body Dynamics (MBD) analysis
Relativity Space offers competitive salary and equity, a generous vacation policy, an annual L&D stipend and more!
We are an equal opportunity employer and value diversity at our company. We do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status.
Compensation is only one part of our entire total rewards package. To see some of the benefits & perks we offer, please visit here: https://px.sequoia.com/relativityspace