Senior Mission Reliability Engineer
Posted on 3/22/2024
Relativity Space

1,001-5,000 employees

Manufactures and launches 3D printed reusable rockets
Company Overview
Relativity Space is a pioneering force in the commercial launch industry, utilizing 3D printing technology to create reusable rockets that meet the increasing demand for space infrastructure. Their successful launch of Terran 1, the world's largest 3D printed object, has proven the viability of their manufacturing approach and paved the way for the development of Terran R, their medium-to-heavy lift reusable rocket. With a culture of continuous iteration and a focus on reducing vehicle complexity and cost, Relativity Space is leading the industry in the application of additive manufacturing to aerospace design and production.
AI & Machine Learning
Hardware
Robotics & Automation
Aerospace
B2B

Company Stage

Series F

Total Funding

$2.4B

Founded

2016

Headquarters

Long Beach, California

Growth & Insights
Headcount

6 month growth

11%

1 year growth

21%

2 year growth

62%
Locations
Long Beach, CA, USA
Experience Level
Entry
Junior
Mid
Senior
Expert
CategoriesNew
Research & Development
Space & Rocket Engineering
Aerospace Engineering
Requirements
  • An undergraduate degree in engineering or related field
  • 5+ years of experience with engineering problem solving in design, analysis, or test of systems
  • Knowledge of complex aerospace hardware and processes related to manufacturing, integration, testing or launch operations
  • Full product life cycle experience with a launch vehicle or spacecraft
  • Solid interpersonal skills to interact with both internal and external groups to overcome associated constraints
  • Strong analytical and problem-solving skills with proven ability to rapidly resolve interdisciplinary issues
  • Self-starter and willing to continuously learn new skills to drive the process and technology throughout hardware development and testing
Responsibilities
  • Perform independent assessments of subsystem and system designs to develop understanding of vulnerabilities and associated risk
  • Drive architectural decision making across engineering functions to improve vehicle reliability
  • Identify technical deficiencies across the program and implement solutions to mitigate excess risk incurred during design, build, and test
  • Lead root cause investigations of significant anomalies during test/launch operations and drive corrective actions
  • Develop processes and tools to assess manufacturing issues, manage technical risk, and evaluate changes to vehicle configuration