Principal Systems Integrator

blueorigin; Seattle (WA); On-site; USD 140,000 - 190,000; Full time

Benefits offered by this job

Relocation provided

Travel up to 10%

Job summary

Blue Origin is seeking a Principal Systems Integrator to drive system-level decisions across spacecraft, payload, software, ground, and operations. You will own cadence for architecture compliance reviews, maintain the architecture trades log, and coordinate cross-functional teams to converge on documented outcomes.

This role balances execution rigor with forward-looking concept work, including rapid feasibility assessments for new business ideas and constellation evolution, enabling informed

Qualifications

• 10+ years of systems engineering in complex multi-domain programs.
• Experience driving trade studies, design reviews, or architecture decisions to closure across organizational boundaries.
• Strong technical writing skills for architecture documents, risk registers, and decision records.

Responsibilities

• Drive periodic architecture compliance reviews and track system implications of changes.
• Maintain the architecture trades log and ensure convergence of trade teams.
• Coordinate cross-functional teams from multiple VP organizations to close gaps and document outcomes.
• Bridge domain models to architectural decisions for executive reviews.
• Support the CSA in preparing system-level positions for reviews and decision forums.
• Conduct rapid feasibility assessments for new concepts and constellation evolution scenarios.

Skills

Systems engineering

Trade studies

Architecture decisions

Technical writing

Cross-domain familiarity

Feasibility assessments

Education

Bachelor's degree in engineering/physics

Master's degree preferred

Job description

Application close date:

Applications will be accepted on an ongoing basis until the requisition is closed.

At Blue Origin, we envision millions of people living and working in space for the benefit of Earth. We’re working to develop reusable, safe, and low-cost space vehicles and systems within a culture of safety, collaboration, and inclusion. Join our team of problem solvers as we add new chapters to the history of spaceflight!

Blue Origin is pioneering the future of space-based communications with TeraWave, a revolutionary satellite communications network designed to deliver symmetrical data speeds of up to 6 Tbps anywhere on Earth. This multi-orbit constellation will consist of optically interconnected satellites in low Earth orbit (LEO) and medium Earth orbit (MEO), providing enterprise-grade connectivity for critical operations worldwide.

The TeraWave Chief Systems Architecture (CSA) Office owns the integrated technical picture for a multi-thousand-satellite communications constellation — system-level requirements, reference missions, physics-based system models, standards, and architecture compliance. Leverage comes from artifact ownership, clear decision rights, and domain architect engagement across all VP organizations.

As the Principal Systems Integrator, you will be the operational engine that drives system-level decisions from identification to closure. You will own the cadence and rigor of periodic architecture compliance reviews, track the system-level implications of technical changes, maintain the architecture trades log, and ensure cross-functional trade teams converge on documented outcomes. You are the person who ensures nothing stalls — pulling inputs from domain architects, assembling the right people when a trade needs closing, and maintaining the artifacts that give the program a current, honest picture of its technical state.

This is not a domain architecture role, nor is it a program management role. You will work across all domains — spacecraft, payload, silicon, software, ground, and operations — with enough technical depth to judge when a decision is well-founded versus when it needs more analysis before it can close. The distinction matters: this role requires the ability to challenge technical conclusions, not just track their status.

The role carries an explicit dual mandate, balanced approximately 70/30. The majority of your time drives current-system integration — compliance reviews, trades, and decision closure. The remaining allocation is dedicated to forward-looking concept work: rapid technical feasibility assessments for new business ideas, constellation evolution paths, or novel mission applications. This work must be executed quickly and honestly, without creating demand on domain engineering teams. We intend to hire a small cohort into this role, deliberately assembling complementary technical backgrounds so the group can collectively span the breadth of the system and self-form into lightweight study teams for concept assessments.

If you thrive on driving clarity in complex technical programs, excel at getting cross-functional teams to converge, and want a role that balances execution rigor with the creative challenge of evaluating what comes next, we would love to hear from you.

Special Considerations

• Relocation provided
• Travel expected up to 10% of the time

Responsibilities include but are not limited to

System Integration & Architecture Compliance (~70%)

• Drive periodic architecture compliance reviews through preparation, execution, and action closure — assembling inputs from domain architects and VP organizations, identifying gaps against top-level system requirements, and tracking resolution.
• Own the architecture trades log: ensure trades are scoped, staffed, converged, and documented per standards.
• Monitor whether accumulated technical changes and requirement relaxations are collectively eroding top-level system compliance; flag cumulative drift that may not be visible at the individual-decision level.
• Maintain the system-level artifact suite — architecture summary documents, technical risk register, performance budget inventory, and decision records — keeping them current and accessible.
• Coordinate cross-functional trade teams assembled from VP organizations: define the question, drive the work, ensure convergence, and document outcomes.
• Bridge outputs from the program's integrated system models (physics, network, and operations simulations) to architectural decisions — translating analytical results into actionable inputs for compliance reviews and trade closure.
• Identify when domain architect inputs are missing or stale and drive engagement to close gaps before they become program surprises.
• Support the CSA in preparing system-level positions for executive design reviews, risk reviews, and program-level decision forums.

Forward-Looking Concept & Feasibility Work (~30%)

• Conduct rapid technical feasibility assessments for new business concepts, constellation evolution scenarios, or novel mission applications — providing the CSA and product leadership with defensible go/no-go inputs without creating demand on domain engineering teams.
• Collaborate with other Principal Systems Integrators to self-form into small, multidisciplinary study teams for concept work, leveraging the group's aggregate domain coverage to produce integrated assessments.
• Translate early-stage concept questions into structured feasibility frameworks — identifying the binding technical constraints, required modeling fidelity, and key assumptions that must hold for a concept to be viable.
• Produce concise concept assessment artifacts suitable for executive decision-making — clearly distinguishing "definitely won't work" from "could work if these assumptions hold" from "viable with defined investment."

Qualifications

• Bachelor's degree in engineering, physics, or equivalent technical field; master's degree preferred.
• 10+ years of systems engineering experience in complex multi-domain programs (space, defense, telecommunications, aviation, or electric vehicles).
• Demonstrated experience driving trade studies, design reviews, or architecture decisions to closure across organizational boundaries.
• Strong technical writing skills — architecture documents, compliance assessments, and decision records.
• Sufficient technical breadth across multiple domains (spacecraft, payload, software, ground systems) to independently assess whether a technical conclusion is sound, not merely whether it has been documented.
• Ability to produce rapid, structured feasibility assessments under ambiguity — distinguishing binding constraints from open trades without requiring full program-level analysis