Relativity Space: Building the Future of Humanity in Space

Company Culture: Where Innovation Meets Purpose

At Relativity Space, we're not just building rockets—we're reimagining how humanity accesses space. Our culture is the secret sauce that powers our groundbreaking work in 3D-printed rockets, autonomous manufacturing, and the future of space infrastructure. Here's what makes our culture unique in the aerospace industry.

Employee Experiences: The Heart of Our Innovation

"The most exciting part of working at Relativity is that we're solving problems no one has solved before," says Sarah Thompson, Lead Propulsion Engineer. "One day I'm running simulations on our Aeon engines, the next I'm on the factory floor troubleshooting with our additive manufacturing team. The collaboration between disciplines is unlike anything I've experienced."

Our employees thrive on tackling challenges that push the boundaries of space technology:

• Rapid Problem-Solving: When our Terran 1 rocket encountered unexpected vibrational harmonics during testing, a cross-functional team of propulsion engineers, materials scientists, and software developers worked 72 hours straight to develop a solution. The fix? A novel lattice structure in our 3D-printed engine components that reduced vibrations by 42%.

• Celebrating Wins: We mark milestones in a big way. When we successfully tested our first fully 3D-printed rocket engine, the entire company gathered for a "Print Party" where we live-streamed the test and celebrated with custom 3D-printed trophies (designed and printed in-house, of course).

• Day-to-Day Collaboration: Our open workspace in Long Beach is designed for spontaneous innovation. "I once solved a critical orbital mechanics problem during a whiteboard session in our café," recalls Mission Operations Specialist Carlos Mendez. "An astrodynamics expert, a GNC engineer, and I were debating trajectory optimization over coffee, and suddenly the solution clicked."

Work Environment: Flexibility Meets Mission-Driven Focus

We understand that building the future of space exploration requires both intense focus and proper rest:

• Hybrid Work Model: While rocket manufacturing requires on-site presence, our software, mission operations, and some engineering teams enjoy hybrid schedules. Our satellite systems team, for instance, works remotely 3 days a week while maintaining critical on-site collaboration during launch campaigns.

• Global Coordination: With suppliers in 12 countries and customers worldwide, we've mastered asynchronous collaboration. Our digital thread platform allows engineers in Long Beach to work seamlessly with partners in Europe and Asia, with all documentation and designs updated in real-time.

• Workspace Design: Our 1-million-square-foot headquarters features:

  • A 200,000 sq ft "Factory of the Future" with the world's largest metal 3D printers
  • Open collaboration zones with rocket component displays for inspiration
  • Quiet "mission control" pods for deep focus work
  • A rooftop launch viewing area (because who wouldn't want to watch rocket tests during lunch?)

• Time Off Philosophy: We offer unlimited PTO because we trust our team to manage their time responsibly. "During our Terran R development push, I took a 3-week break to hike the Pacific Crest Trail," shares Avionics Engineer Priya Desai. "I came back refreshed and immediately solved a persistent power distribution issue we'd been struggling with."

Values & Innovation: Printing the Future

Our core values aren't just posters on the wall—they're the foundation of how we operate:

1. Think from First Principles: We question every assumption about rocket design. This led us to develop Stargate, our proprietary 3D printing technology that reduces rocket part count from 100,000 to under 1,000.

2. Bias Toward Action: "The space industry moves slow. We move fast," says CEO Tim Ellis. Our rapid iteration cycle allows us to go from design to test in weeks rather than years. When COVID-19 disrupted supply chains, we pivoted to in-house production of critical components in just 45 days.

3. Embrace the Unknown: Failure is part of the process. We celebrate "productive failures" with monthly "Oops Awards" where teams share what they learned from setbacks. One award went to a team whose engine test resulted in an unexpected (but spectacular) fireball—leading to a breakthrough in combustion stability.

4. Radical Transparency: Every employee has access to our roadmap, financials, and technical challenges. Our weekly "All Hands" includes deep dives into specific engineering problems, not just high-level updates.

Diversity & Inclusion: Strength in Different Perspectives

Space exploration requires diverse thinking, and our team reflects that:

• Representation: 38% of our engineering team are women (compared to the aerospace industry average of 16%), and 45% of leadership positions are held by underrepresented minorities.

• Employee Resource Groups:

  • Women in Space Tech (WIST): Hosts monthly "Rocket Women" panels featuring female leaders in aerospace
  • Relativity Pride: Organized our first float in the Long Beach Pride Parade with a 3D-printed rocket replica
  • Veterans in Space: Connects our military veterans with mentorship opportunities in the space industry

• Global Diversity: With team members from 32 countries, we celebrate our cultural differences. Our annual "International Space Potluck" features dishes from every country represented, with each team member sharing how their cultural background influences their approach to problem-solving.

• Recent Initiatives:

  • Partnered with HBCUs to create a pipeline for Black engineers in aerospace
  • Launched "Relativity en Español" to better serve our Spanish-speaking team members
  • Achieved Mansfield Certification for our commitment to diverse leadership hiring

Community & Impact: Beyond the Launchpad

We believe in using our platform to inspire and give back:

• Industry Leadership: We host the annual "Additive Aerospace" conference, bringing together leaders in 3D printing and space technology. Last year's keynote featured a fireside chat between Elon Musk and our CTO about the future of rocket manufacturing.

• STEM Outreach: Our "Print the Future" program has reached 50,000 students, providing 3D printing workshops and space career mentorship. "A fifth-grader once asked me how we print rocket engines," recalls Outreach Coordinator Jamar Wilson. "When I showed her a time-lapse of our Stargate printer, her eyes lit up—that's why we do this."

• Sustainability: We're committed to making space exploration sustainable:

  • Our Terran R rocket is designed to be fully reusable, reducing space debris
  • We've eliminated 95% of the waste in traditional rocket manufacturing through 3D printing
  • Our Long Beach facility runs on 100% renewable energy

• Recent Recognition:

  • Named one of Fast Company's "Most Innovative Companies" for 2023
  • Received the Aerospace Industry Association's Diversity Award
  • Our CEO Tim Ellis was featured in Forbes' "30 Under 30" for Manufacturing & Industry

Join Our Mission

At Relativity Space, you're not just building rockets—you're building the future of humanity as a multi-planetary species. If you're passionate about pushing the boundaries of space technology and want to work in a culture that values innovation, diversity, and impact, we want to hear from you.

Explore Career Opportunities at Relativity Space

Career Opportunities at Relativity Space: Building the Future of Aerospace

At Relativity Space, we’re not just building rockets—we’re redefining how humanity accesses space. As a pioneer in 3D-printed rocket technology, autonomous manufacturing, and next-generation launch systems, we offer unparalleled career growth for engineers, scientists, and mission specialists who want to shape the future of space exploration, satellite technology, and orbital infrastructure.

Our employees don’t just work on cutting-edge projects—they lead them. Whether you're designing propulsion systems, optimizing orbital mechanics, or developing spacecraft for interplanetary missions, Relativity provides the tools, mentorship, and opportunities to accelerate your career at the speed of innovation.

Career Progression: From Entry-Level to Leadership

Relativity Space is structured to reward technical excellence, leadership, and mission-critical contributions with clear advancement paths. Below are realistic career trajectories, promotion timelines, and role transitions for key disciplines:

1. Aerospace & Propulsion Engineering

• Entry-Level (0-2 years): Propulsion Engineer I or Structural Analyst
  • Focus: Component testing, CFD analysis, additive manufacturing optimization
  • Promotion to Mid-Level (2-4 years): Senior Propulsion Engineer or Lead Thermal Analyst
    • Criteria: Successful engine test campaigns, ownership of subsystem design, mentorship of junior engineers
  • Senior-Level (4-6 years): Principal Engineer or Propulsion Systems Lead
    • Criteria: Leadership on major programs (e.g., Terran R engine development), cross-functional collaboration with mission operations
  • Leadership (6+ years): Director of Propulsion or Chief Engineer
    • Example: Tim Ellis (Co-Founder & CTO) started as a propulsion engineer before leading the entire Aeon engine program

2. Avionics & Software (Mission Operations & Space Systems)

• Entry-Level (0-2 years): Avionics Engineer or Flight Software Developer
  • Focus: Embedded systems, GNC (Guidance, Navigation & Control), real-time telemetry
  • Promotion to Mid-Level (2-3 years): Senior Avionics Engineer or Mission Operations Lead
    • Criteria: Successful flight software deployment, leadership in launch vehicle autonomy
  • Senior-Level (4-5 years): Principal GNC Engineer or Director of Mission Software
    • Example: Employees who led the autonomous flight termination system (AFTS) for Terran 1 advanced to mission architecture leadership in under 5 years

3. Manufacturing & Additive Technology

• Entry-Level (0-2 years): Additive Manufacturing Technician or Production Engineer
  • Focus: 3D printing optimization, factory automation, quality control
  • Promotion to Mid-Level (2-4 years): Senior Manufacturing Engineer or Factory Automation Lead
    • Criteria: Process improvements reducing print time by 30%+, leadership in Stargate printer upgrades
  • Senior-Level (5+ years): Director of Factory Operations or VP of Manufacturing Innovation
    • Example: Engineers who scaled Stargate from prototype to full production now lead Relativity’s Factory of the Future initiatives

4. Business & Mission Strategy (Non-Engineering Paths)

• Entry-Level (0-2 years): Mission Operations Analyst or Business Development Associate
  • Focus: Launch manifest planning, customer satellite integration, market analysis
  • Promotion to Mid-Level (3-4 years): Senior Mission Manager or Launch Services Lead
    • Criteria: Successful customer mission execution, contract negotiations for satellite constellations
  • Senior-Level (5+ years): Director of Launch Services or VP of Business Development
    • Example: Employees who secured early commercial launch contracts now lead Relativity’s lunar and Mars mission partnerships

Learning & Development: Investing in Your Growth

Relativity Space believes in continuous learning—whether through hands-on experience, formal training, or cross-disciplinary collaboration. Our L&D programs include:

1. Technical Training & Certifications

• Relativity University: Internal courses on rocket engineering, orbital mechanics, and additive manufacturing
• External Certifications: Sponsorship for AIAA (American Institute of Aeronautics & Astronautics) courses, Six Sigma, and advanced CAD/CAE training
• Propulsion & Avionics Bootcamps: Intensive 3-month programs for high-potential engineers

2. Conference & Professional Development Budget

• Annual Budget: $5,000 per employee for conferences (e.g., Space Symposium, IAC, SmallSat)
• Speaking Opportunities: Employees are encouraged to present papers (e.g., Relativity engineers have published at AIAA SciTech on 3D-printed rocket structures)

3. Cross-Functional & Special Projects

• Rotation Programs: Engineers can transition between propulsion, avionics, and mission ops to broaden expertise
• Moonshot Initiatives: High-impact projects like Terran R’s reusable second stage or lunar lander studies
• Hackathons & Innovation Sprints: Quarterly events where teams prototype new propulsion concepts or AI-driven mission planning tools

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