Engineer

• Lead projects from concept to industrialization.
• Partner with EHS to ensure equipment, machines and processes adhere to guidelines and create a safe working environment
• Design, plan, and layout plant systems, equipment, and machines for optimal efficiency
• Specify and recommend equipment and process to ensure quality level
• Anticipate and resolve technical processing issues
• Ensure interface with the various internal stakeholders
• Utilize WCM tools and/or Lean Principles and Six Sigma to ensure a successful project start
• Participate in and lead multi-functional teams to solve production problems

Senior Process Engineer

• Participates in interface projects and provides technical input on interface design and development.
• Works with clinical business analysts and system engineers to understand functional requirements and translate them into interface specifications.
• Conducts interviews with end users and partners to gather business and technical requirements.
• Develops interface specifications, data flow diagrams, and related documentation.
• Performs data conversion, unit testing, regression testing, and interface validation.
• Supports interface deployment and go live activities.
• Executes interface updates and modifications as needed.
• Monitors interface performance and ensures adherence to established SLAs.
• Provides Tier 2/Tier 3 troubleshooting and issue resolution for interface-related incidents.
• Collaborates with senior team members on interface reviews and development standards.
• Assists in maintaining interface development frameworks and best practices.
• Supports and mentors support specialists in interface troubleshooting.

Interface Engineer

• Design, implement and optimize efficient manufacturing processes
• Identify and eliminate potential production bottlenecks
• Lead continuous improvement initiatives using Lean principles
• Select and recommend appropriate equipment for manufacturing processes
• Oversee installation, validation and commissioning of new equipment
• Troubleshoot equipment issues and support preventative maintenance strategies
• Develop and implement quality control plans
• Conduct process and product audits to ensure compliance with standards
• Analyze defects, determine root cause, and implement corrective actions
• Identify and execute cost reduction initiatives without compromising quality
• Monitor KPIs related to efficiency, yield, scrap, and downtime
• Coordinate cross-functional teams to execute projects on schedule
• Develop project plans and timelines
• Collect and analyze data to identify trends
• Ensure compliance with safety and environmental regulations

Manufacturing Engineer III

• Own valve component and assembly designs from concept development through qualification, ensuring designs meet rigorous safety, reliability, and performance standards
• Apply strong fundamentals in propulsion, fluid mechanics, thermodynamics, and structural analysis to drive sound design decisions
• Examine non-conforming hardware and develop effective technical resolutions in a timely manner
• Oversee component testing, both standalone and within engine hot fire test environments, ensuring compliance with design requirements and goals
• Utilize CAD tools and GD&T practices to develop precise, manufacturable hardware designs
• Coordinate development activities across program leaders, systems engineers, suppliers, and test groups
• Manage project timelines and deliverables for assigned valve and mechanism development efforts
• Lead stakeholder communication by preparing and presenting design status updates, technical reviews, and project health reports to program leadership
• Collaborate with suppliers and vendors to manage component procurement, track deliverables, and resolve issues
• Support design-to-production transitions, partnering with manufacturing and quality teams
• Mentor and guide junior engineers through development approaches, design techniques, and problem-solving methods
• Foster a collaborative, safety-first team culture consistent with Blue Origin's core values

Propulsion Engineer III

• Architect and deploy mission-critical RF communications systems — from concept through checkout — enabling real-time telemetry, video, and data flows for reusable spacecraft operations
• Own end-to-end system performance, including link budget, phase noise, coverage analyses, and requirements verification across all phases of flight
• Design and execute RF test campaigns spanning bench, integrated systems, and field environments to validate hardware against specifications and ensure full interoperability
• Drive procurement strategy from supplier vetting and selection through ongoing management, ensuring hardware meets rigorous mission requirements
• Define and maintain system architecture, including sizing, requirements derivation, and performance parameters for next-generation communications solutions
• Coordinate critical interfaces across space relay platforms, ground stations, and internal C&DH/payload subsystems to ensure seamless end-to-end connectivity
• Own configuration control and documentation, maintaining detailed functional/logical diagrams, asset inventories, and procedures that keep fast-moving programs on track
• Support hardware integration labs, vehicle testing, peer reviews, and sit on-console during Launch and Early Operations to see your work fly

RF Communication Engineer III – In Space Systems

• Develop, analyze, and mature control algorithms and control laws for complex dynamic systems
• Build and validate dynamic models and simulations of system behavior, including fluid dynamics, valves, and actuators (MATLAB/Simulink, state-space modeling)
• Perform control systems analysis (CSA): stability, robustness, sensitivity, and performance trades
• Apply model prediction techniques to anticipate system response and inform control design
• Correlate models against development and integrated test data; refine algorithms based on results
• Define control and instrumentation requirements and interface with the Design Office, avionics, software, and test teams
• Support hardware-in-the-loop (HIL) and integrated test activities to verify control performance
• Lead control architecture decisions, mentor junior engineers, and drive cross-program lessons learned

Controls Engineer III

• Lead and coordinate project planning, resourcing, staffing, progress reporting and troubleshooting across multiple programs.
• Lead an Integrated Project Team (IPT) to design, develop, manufacture, and deliver products.
• Work with engineering management to plan, staff, and execute projects of all sizes.
• Serve as engineering interface to program management, senior leadership, and the customer community.
• Ensure project results meet requirements regarding technical quality, reliability, schedule, and cost.
• Perform engineering design evaluations and work to complete projects within budget and scheduling restraints.
• Monitor progress and performance against the project plan.

Senior Project Engineer – SRM

• Generate rocket motor concepts from high level thrust/burn time requirements, and refining into detailed grain and nozzle designs.
• Collaborate to define propellant grain geometries and optimize burn rates, thrust curves, and pressure profiles.
• Work with design engineers to communicate operating pressures, analysts to communicate temperature and load profiles, chemists to communicate ballistic requirements, and manufacturing engineers to ensure grain geometry can be produced.
• Conducts research, design, and development activities with the goal of developing new or improved products, processes, or services.
• Collaborates with internal manufacturing partners, contract manufacturers, designers and product specialists to optimize designs for manufacturability.
• Utilizes CAD (Computer Aided Design) or CAE (Computer Aided Engineering) systems to model new designs and produce detailed engineering drawings.

R&D Engineer II – SRM Ballistician

• Develops and implements production and tooling methodologies
• Participates on Integrated Product Teams (IPTs) to integrate technical solutions across multiple disciplines
• Develops, identifies and implements conceptual designs and maintains the program architecture for build
• Leads and implements manufacturing plans
• Conducts producibility and variation analyses to ensure that manufacturing process capability matches requirements
• Assists in providing producibility information for inclusion in project plans and helps document producibility best practices
• Analyzes design/build concepts to evaluate producible design/build definitions
• Resolves technical problems of significant impact to performance, cost or schedule
• Coordinates and implements new engineering principles, theories, advanced technologies and concepts
• Validates and ensures production readiness of solutions to complex problems
• Implements lean principles and technologies

Experienced Manufacturing Engineer – Assembly, Installation

• Develops and implements production and tooling methodologies
• Develops, identifies and implements conceptual designs and maintains the program architecture for build
• Leads and implements manufacturing plans
• Conducts producibility and variation analyses to ensure that manufacturing process capability matches requirements
• Assists in providing producibility information for inclusion in project plans and helps document producibility best practices
• Analyzes design/build concepts to evaluate producible design/build definitions
• Resolves technical problems of significant impact to performance, cost or schedule
• Coordinates and implements new engineering principles, theories, advanced technologies and concepts
• Validates and ensures production readiness of solutions to complex problems
• Implements lean principles and technologies

Manufacturing Engineer

• Spearheading scheduling and tracking deadlines
• Lead the development of new system concepts by transforming stakeholder needs
• Must have an active and transferable DoD security clearance with current investigation
• Perform requirements elicitation and decomposition using behavioral artifacts
• Lead the development of physical and logical system models
• Lead system interface development
• Support formal and informal engineering technical reviews
• Create, review and critique interface documents and engineering estimates
• Interface with key stakeholders
• Participate in Agile development planning

SE&V Project Engineer E4

• Spearheading scheduling and tracking deadlines
• Lead the development of new system concepts by transforming stakeholder needs, acquired through documentation and solicitation, into easily reviewable technical approaches
• Perform requirements elicitation and decomposition using behavioral artifacts such as use cases, activity diagrams, and sequence diagrams to convey understanding of the required behaviors and performance of the system under development
• Lead the development of physical and logical system models capturing the system under development utilizing Model-Based Systems Engineering (MBSE) approaches and tools
• Lead system interface development, as captured in Interface Control Documents (ICDs) and Interface Design Descriptions (IDDs), by converting system and interface requirements into message-level details sufficient to coordinate interface development
• Support formal and informal engineering technical reviews
• Create, review and critique interface documents, system requirements, verification documentation, architectural documentation, and engineering estimates
• Interface with key stakeholders, including the MDA customer and working-level counterparts, as-required
• Participate in Agile development planning and execution, including iteration planning and status reporting

SE&V Project Engineer, E4

• Provides analysis related to the design, development, and integration of cloud, hardware, software, man-machine interfaces, and all system level requirements to provide an integrated IT solution
• Develops integrated system test requirement, strategies, devices, and systems
• Directs overall system level testing

Engineer Scientist 1

• Develop, implement, and maintain corporate-wide standards, policies, and best practices for environmental compliance in alignment with federal and state regulations.
• Provide subject matter expertise and strategic guidance to our network of facilities on complex environmental matters.
• Lead the EHS audit program, conducting compliance assessments at various sites and developing corrective action plans to address findings and mitigate risk.
• Provide expert oversight for air permitting (Title V, NSR) and compliance across multiple facilities.
• Standardize methodologies for emission inventories and ensure the timely and accurate submittal of compliance certifications and reports.
• Oversee compliance with wastewater and stormwater (NPDES/VPDES) permits across the enterprise.
• Manage the corporate hazardous waste management program.
• Provide governance for SPCC plans and manage the enterprise-wide data aggregation and submission process for annual Tier II and Toxic Release Inventory (TRI) reports.
• Support facilities during significant regulatory inspections and lead interactions with agencies (e.g., EPA, state environmental departments) on matters of enterprise-wide significance.
• Actively track proposed and final environmental regulations, analyze their potential impact on the business, and develop strategic plans for compliance.
• Advise senior management and legal counsel on environmental risks, compliance status, and strategic EHS initiatives.

Senior Principal Environmental Engineer

• Understand the design & implementation focusing on Memory Management unit
• Define the verification scope
• Develop the verification infrastructure (Testbenches, BFMs, Checkers, Monitors)
• Implement test/coverage plans
• Verify the correctness of the design
• Collaborate with architects, designers, software engineers across sites
• Plan and work on strategic direction of the methodology for the testbench

Senior ASIC Verification Engineer

• Lead planning, coordination, execution of detailed EEE workforce skill and knowledge strategies
• Accelerate establishment and implementation of an EEE development strategy
• Manage learning and training requirements and functional deliverables
• Enable engineering career pathing tools and resources
• Maintain the EEE skill health and Boeing Designated Expert (BDE) framework
• Lead content development intended for the development of Electronic and Electrical Engineering talent
• Build relationships to gain support and commitment from others and promote ideas
• Communicate plans and strategies with senior/executive leadership
• Drive results using appropriate processes, tools, schedules, metrics, and data analytics

Project Engineer

• Create, maintain, and deliver various forms of end-user training content
• Work closely with both technical and end-user teammates within the organization
• Collaborate with cross-functional IT teams and business stakeholders to support enterprise collaboration initiatives
• Design, implement, and manage Active Directory domains, user accounts, group policies
• Administer and optimize Microsoft 365 services including Exchange Online, SharePoint Online, Microsoft Teams, OneDrive for Business
• Provide advanced troubleshooting and root-cause analysis for complex identity and collaboration issues
• Maintain comprehensive technical documentation, standards, and operational procedures
• Provide guidance and mentorship to associate- and mid-level engineers.

Senior Unified Collaboration Engineer

• Develop full-stack web applications to support design engineering, manufacturing, and production
• Create modern front-end applications using TypeScript, React, Next.js, and CSS frameworks (Tailwind, Material UI)
• Build and maintain RESTful and GraphQL APIs using Node.js
• Design and implement efficient, scalable application architectures
• Ingest data from source systems using REST, GraphQL, SQL, and streaming platforms
• Build batch and streaming data transformation pipelines
• Design and implement database schemas (relational and NoSQL)
• Store and serve data through APIs, OLTP databases, and data lakes
• Own multiple systems and projects of significant technical depth, driving design, delivery, and planning of improvements
• Define technical roadmaps for owned systems
• Proactively identify cross-system improvements and lead their implementation
• Mentor junior and mid-level engineers through code reviews and pair programming
• Identify opportunities for improved algorithms, data structures, and system design
• Interface with internal customers to assess requirements and deliver solutions
• Maintain CI/CD pipelines and deployments (GitLab, Kubernetes/EKS)
• Participate in on-call rotation to support production applications
• Create and maintain project plans using Jira
• Attend daily standups and contribute to team planning

Senior Software Engineer

• Develop, test, and validate mathematical models, numerical algorithms, prototypes, simulations, data analysis and data synthesis
• Learn about and work with a variety of data types, including raw or derived data originating from GNSS receivers, communications systems, radio frequency systems, and other space and ground-based sensing modalities, as well as any related data formats
• Assist in shaping and refining new and existing products
• Provide subject matter expertise to the capture teams in the review and evaluation of funding opportunities and the subsequent bid and proposal process
• Support product demonstrations, business development, customer engagement, and company outreach functions
• Author or co-author various forms of internal and external reports, presentations and documents, including journal and/or conference papers
• Attend industry events to present the findings of your work and network with industry leaders
• Perform other duties as assigned (to be less than 10% of the responsibilities listed above)

Signals Engineer II

• Researches, analyzes and calculates data such as customer design proposal, specifications, and manuals
• Participates in estimating process for customer design proposal
• Analyzes subcontractor proposals to confirm criteria are satisfied
• Participates in negotiations of contracts with subcontractors and vendors
• Reviews construction documents from subcontractors to ensure compliance with scope
• Coordinates design and engineering efforts; monitors and reports on financial status of the project
• Participates in job progress schedule
• Reviews construction installed by subcontractors
• Purchases and monitors delivery of materials for projects
• Participates in reviews and approves subcontractor and vendor payment requests
• Works with design and engineering managers to ensure projects are designed, procured, and constructed within guidelines

See all jobs on JobTailor

Senior Process Engineer

Interface Engineer

Manufacturing Engineer III

Propulsion Engineer III

RF Communication Engineer III – In Space Systems

Controls Engineer III

Senior Project Engineer – SRM

R&D Engineer II – SRM Ballistician

Experienced Manufacturing Engineer – Assembly, Installation

Manufacturing Engineer

SE&V Project Engineer E4

SE&V Project Engineer, E4

Engineer Scientist 1

Senior Principal Environmental Engineer

Senior ASIC Verification Engineer

Project Engineer

Senior Unified Collaboration Engineer

Senior Software Engineer

Signals Engineer II

Project Engineer