Mechanical Engineer

• Provide production engineering support for mechanical release and separation mechanism assemblies.
• Execute and support integrated system-level testing of separation mechanisms.
• Disposition hardware nonconformances and support material review board activities.
• Support hardware builds including mechanism assembly, integration, and acceptance testing.
• Develop and maintain production procedures, work instructions, and acceptance criteria.
• Coordinate with design engineering teams on production issues, design changes, and hardware improvements.
• Support test planning, execution, data reduction, and analysis for production acceptance tests.
• Work with cross-functional teams responsible for selecting materials, manufacturing processes, and suppliers to produce world class aerospace hardware.
• Provide manufacturing and production support for mechanical assemblies.
• Maintain and report on schedule, budget, and technical status.
• Identify opportunities for improvements and operational cost savings.
• Support configuration management and drawing change processes.

Mechanical Engineer III

• Serve as the system responsible engineer (SRE) for production jettison and separation systems on a launch vehicle payload fairing.
• Own end-to-end production engineering for pyrotechnic and ordnance-actuated separation mechanisms.
• Lead anomaly resolution and root cause investigations for production hardware nonconformances.
• Drive certification activities and interface with regulatory bodies and customer organizations.
• Develop and maintain system-level documentation including interface control documents, specifications, and acceptance criteria.
• Resolve structural margin and loads issues related to separation system interfaces.
• Provide manufacturing and production support for ordnance-based mechanical systems.
• Coordinate with suppliers on ordnance components, energetic devices, and custom mechanical assemblies.
• Support launch preparation, engineering support requests, and flight readiness activities.
• Work with cross-functional teams responsible for selecting materials, manufacturing processes, and suppliers to produce world class aerospace hardware.
• Maintain and report on schedule, budget, and technical status.
• Coach, mentor, and technically assist other engineers.
• Identify opportunities for improvements and operational cost savings.

Senior Mechanical Engineer

• Take ownership of the full lifecycle of hardware from requirements definition through concept development, design, analysis, testing, qualification, and integration onto a launch vehicle
• Design, analyze, develop, and test primary and secondary metallic and composite structures
• Perform research, develop concepts, and run trade studies
• Create 3D models, detail part drawings, assemblies, installations, and interface control documents
• Create test plans, specifications, and other documentation for the development of flight hardware
• Provide technical guidance and on-site support for manufacturing, production, and integration activities
• Support configuration development and trade studies
• Take ownership of test planning, execution, data reduction, analysis, and authoring of test reports
• Work with cross-functional teams that are responsible for selecting materials, manufacturing processes, and suppliers to produce world class aerospace hardware
• Develop component specifications and manage suppliers
• Plan, coordinate, conduct tests, and review test data
• Participate in the development and purchase of new equipment and tooling
• Maintain and report on activity schedule, budget and technical status
• Coach, mentor and technically assist other engineers
• Identify opportunities for improvements and operational cost savings
• Work with spacecraft customers in a technical capacity
• Own spacecraft structural integration cycles
• Drive hardware discrepancies to resolution
• Prepare technical content and present to internal and external customers
• Complete hand calc and FEM analyses to report margins of safety for primary and secondary aerospace structures
• Perform access studies, loss of clearance analyses, vehicle clocking studies, and develop solutions to mission unique requirements
• Collaborate with internal and external teams throughout design, manufacturing, and mission integration.

Structural Design Engineer III – Payload Accommodations

• Lead the end-to-end design of mechanical structures for various payload and cargo systems
• Serve as a primary technical point of contact for cargo customers, translating their needs into actionable design requirements
• Perform detailed structural analysis (FEA) and create engineering drawings and specifications
• Collaborate with manufacturing, integration, and test teams to ensure a seamless transition from design to production

Structural Design Engineer – Lead

• Design, analyze, fabricate, and verify the full suite of mechanical ground support equipment for large-format solar array wings—from prototype assembly through engineering build and into qualification test
• Own the complete GSE lifecycle for each item: concept trade, detailed design, procurement or in-house fabrication, assembly, acceptance test, and handoff to production with supporting documentation in Windchill
• Design and develop breakover and repositioning fixtures that allow solar wings to be rotated and handled during ground integration, ensuring load paths do not damage fragile photovoltaic assemblies or their substrates
• Translate mechanical ICD constraints from array and spacecraft bus interfaces into tooling geometry that can be operated safely in cleanroom and high-bay environments
• Design and release a broad family of wing assembly fixtures: integration stands for frame build-up during panel installation, alignment fixtures enforcing critical hole-to-hole pitch across structural members, harness routing guides, connector support brackets, and panel-level handling aids that allow technicians to maneuver individual solar panels without point-loading delicate optical surfaces or flexing laminated structures beyond tolerance
• Apply strong DFM intuition; write clear manufacturing specifications and work with in-house machinists and outside vendors to close on fabrication
• Lead design and analysis of gravity off-load systems, including dynamic load analysis, cable or counterbalance system design, and deployment simulation to accurately compensate for the distributed weight of solar array assemblies throughout the full kinematic range of motion
• Validate offload accuracy through a combination of rigid-body kinematic analysis and instrumented checkout, selecting from constant-force springs, air bearings, overhead cable systems, or hybrid approaches as the design requires
• Support miscellaneous MGSE needs as programs mature: TVAC test fixture design, transportation and shipping containers for fragile panel assemblies, vibration test interface plates, and deployment restraint fixtures for pre-launch handling
• Generate component drawings, assembly drawings, and interface control documents with application of GD&T per ASME Y14.5; perform tolerance stackup analysis to verify interface compatibility with flight hardware
• Perform structural analysis sufficient to size load-bearing members, select appropriate fastener schemes, and verify interface compatibility with flight hardware
• Collaborate in a scrappy cross-disciplinary R&D environment with manufacturing engineers, mechanisms designers, test engineers, and technicians to ensure GSE is integrated, safe, and ready when the program needs it
• Coach, mentor, and technically assist junior engineers on the GSE team

Mechanical Engineer III – Solar GSE

• Define requirements, architectures, and interfaces for avionics ground and test equipment
• Conduct make/buy trades for components of avionics ground and test systems
• Design avionics ground test equipment composed of COTS and custom-designed components
• Support integration and test of avionics hardware, software, instrumentation, and harnessing as a representative of the test equipment hardware team
• Identify anomalous behavior, rapidly determine root cause, and implement corrective action independently or in close collaboration with stakeholders
• Validate and verify that avionics ground and test systems are meeting customer expectations and requirements
• Triage remotely networked systems.

Electrical Design Engineer – Avionics Ground and Test Equipment

• Support the development and operations of New Glenn, a single-configuration, heavy-lift orbital launch vehicle
• In charge of engineering, designing, and installing of electrical harnesses for various spaceflight systems
• Share in the team’s impact on all aspects of the avionics overall strategy
• Responsible for the design of electrical harnesses for power distribution, RF, communication and high-speed data signal
• Selection of harness components and hardware, connectors, backshells, cable and wire
• Understanding and application of EMI/RFI and harness shielding
• Creation of 3D routed harness data files utilizing Creo (Pro/Engineer) Cabling and Routed System Designer (RSD)
• Creation of harness detail and installation drawings including 2D flat harness drawings from the 3D harness data sets
• Design and integration of harness support brackets, support design configuration development and trade studies
• Provide technical guidance for hardware installation
• Support the assembly and testing of cables and harnesses and maintain and report on activity schedule and technical status
• Find opportunities for improvements and operational cost and schedule savings

Avionics Cable Harness Design Engineer III

• Perform redesign and requalification of commercial products for performance, cost, and reliability improvement
• Investigate and propose solutions to address customer feedback, field failure incidents, service repair trends, and production issues
• Represent manufacturing needs in product development to bring the next-generation industry-leading equipment to market
• Develop and maintain new quality control test processes and systems, including electromechanical designs for automated fixtures and equipment.
• Develop and implement solutions to increase the efficiency and yield of assembly and testing methods, systems, automated equipment, and processes
• Provide technical support and guidance to internal teams and supplier partners, participate in audits, and evaluate first-article materials and parts
• Conceptualize, design, simulate and test electromechanical manufacturing systems
• Design parts and assemblies with DCI manufacturing and product teams from requirements through production and post-production support; propose concepts, detail design, system bring up and debug
• Support manufacturing design, production test system, and automation related projects
• Work with operations partners, electrical engineers, and test engineers to create and maintain production test systems and automation
• Collaborate with R&D engineers to prepare product and equipment concepts for production
• Manage in-house and out-of-house prototype build processes
• Establish partnerships and relationships with suppliers and vendors
• Translate between engineering and business requirements

• Create architecture and detailed designs
• Create CAD models, detailed drawings, manufacturing processes associated with composites and pressure vessel's
• Develop and execute test plans for COPV qualification and acceptance, including performing tests and analyzing data
• Partner with third-party vendors for COPV design, manufacturing, and analysis, and manage these relationships
• Support integration of COPV's on the vehicles and collaborate with other engineering disciplines, such as propulsion, structures, and manufacturing
• Conduct research and analysis to identify and implement design improvements for COPV's for future vehicle and applications

Principal COPV Mechanical Design Engineer – Lunar Permanence

• Lead the design, development and integration of advanced analog/mixed-signal functions in advanced CMOS and SiGe technologies, focusing on performance optimization and trade-off analysis.
• Utilize full proficiency in Spectre and AMS flows to develop high-performance mixed-signal circuits and systems.
• Collaborate with system architects to define block-level performance and interface requirements based on system specifications, ensuring seamless integration into RF payloads and terminals.
• Oversee layout, top-level integration, floorplanning, and verification of the overall design for successful tape-out cycle.
• Work closely with validation and product engineers to develop test plans, facilitate bring-up, optimize performance, and ensure reliable & high-yield production cycles.
• Investigate and implement fundamental analog building blocks to enhance overall circuit performance and mentor junior engineers for best design practices in analog domain.

Analog Mixed-Signal IC Design Engineer

• Your projects may include many aspects of applied mechanical / structural engineering including design, analysis and test of mechanical systems, propulsion systems, and structures.
• The projects will include the integration of materials and processes, manufacturing, test, operations, and systems engineering.
• Participate in the entire design cycle, including requirements derivation, conceptual and detailed design, system performance modeling, structural analysis, manufacturing and integration support, development testing and qualification.
• Participate in the assembly and test of development and flight hardware including planning, execution, data reduction and analysis.
• Assist in the identification and implementation of design changes to improve system reliability and reduce operational cost.

Structural & Mechanical Engineer I – Early Career

• Design and analyze transmission line systems, including structures, conductors, and foundations
• Prepare detailed engineering drawings, specifications, and reports
• Conduct site visits and inspections to ensure compliance with design standards and safety regulations
• Collaborate with project managers, contractors, and other engineers to ensure successful project execution
• Utilize advanced software tools for modeling and simulation of transmission line performance
• Stay up to date with industry trends, standards, and best practices

Senior Design Engineer – Transmission Line

• Provide leadership as a member of a cross disciplinary team in a fast-paced design environment
• Participate in the entire design cycle of flight and mission critical avionics
• Collaborate with customers and stakeholders to define requirements and design architecture
• Collaborate with the electrical engineering team to incorporate printed circuit board and interconnect systems, including thermal and structural analyses of these components
• Lead design trade studies
• Design avionics enclosure solutions for performance and high reliability in harsh environments
• Create mechanical interface definitions, specifications, and control documents
• Create 3D CAD models and assemblies, part and assembly drawings, installation drawings, and other required technical documentation
• Build and evaluate prototype assemblies
• Create assembly aids and test fixtures
• Collaborate on and document team mechanical best practices
• Plan and conduct engineering tests and data reviews
• Create and deliver presentations, proposals, and training material on technical subjects
• Review assembly instructions and support hardware builds
• Validate requirements through design, test, analysis, and inspection
• Support Production and Quality Engineering as needed, including dispositioning material defects
• Manage revisions of the product design configurations through the product lifecycle
• Mentor and train junior engineers
• Review and approve designs and documentation created by other team members

Senior Mechanical Engineer – Avionics Mechanical Packaging

• Participate in the entire design cycle of flight hardware, including conceptual and detailed design, trade studies, structural analysis, development testing, build & integration support, and qualification
• Design mechanisms for space flight which may include gimbaling mechanisms, deployment devices, separation systems, hold-down & release mechanisms, and antenna pointing devices
• Generate component drawings, assembly drawings, and interface control documents with application of GD&T
• Create documentation for assembly and testing of development and flight hardware
• Perform subsystem level testing including planning, execution, data reduction and analysis
• Develop component & subsystem level specifications and manage suppliers
• Leverage experience and engineering judgement to quickly design and produce proof of concept hardware for fast-moving research and development projects
• Participate in a small, agile team to create and adapt to frequently shifting priorities

Mechanical Design Engineer III – Blue Ring Mechanisms

• Design, analyze, and test fluid systems including pneumatic, cryogenic, thermal, and environmental control systems.
• Develop and validate models of fluid systems using relevant software tools.
• Conduct experiments and analyze data to understand system performance.
• Collaborate with cross-functional teams to integrate fluid systems into aerospace vehicles.
• Prepare technical documentation and present findings to stakeholders.
• Ensure designs comply with safety standards and regulatory requirements.
• Participate in design reviews and provide technical input for continuous improvement.

Senior Fluids Design Engineer

• Prepare and manage production of civil design/construction plans, including notes, details, plan and profile sheets, and cross-sections.
• Prepare schedules, assign projects, update project data base
• Prepare and negotiate design agreements including schedule, scope, and budget
• Prepare and submit project permitting packages.
• Lead the team in preparing technical storm water calculations for athletic facility development.
• Prepare technical reports, memos, and exhibits to support project documentation.
• Perform technical review of drawings, specifications, calculations, shop drawings, and other engineering documents for conformance with industry standards and company recommendations
• Perform preliminary engineering evaluations, including quantity take-offs and opinions of probable construction cost.
• Conduct research and select technical reference data for project specifications.
• Support the sales team with concept designs and sales meetings with clients.
• Highly communicative role —must be comfortable interacting with jurisdictions, peers, clients, and supervisors to ensure project success.
• Ensure compliance with company safety regulations, standard operating procedures, and quality standards.
• Collaborate with installation crews, subcontractors, and sales teams to resolve technical and operational challenges.
• Perform site construction visits and prepare associated field reports.
• Review and approve subcontractor invoices and assist project managers in billing, design, and engineering tasks.
• Oversee project closeout, including Certificates of Completion, As-Builts, and final checklists.
• Provide subject matter expertise to sales and customers to secure contracts.

Regional Civil Design Engineer – Project Manager

• Define & Own Requirements – Lead component requirement definition for lunar-specific environments, negotiate critical interfaces, and evaluate both in-house and vendor solutions through rigorous first-order analysis
• Drive Design Reviews – Present detailed component designs to cross-functional teams, defend technical decisions, and collaborate across lunar vehicle systems
• Specify & Procure – Partner with suppliers to source optimal materials and components optimized for lunar transporter missions
• Execute the Full Cycle – From design refinement through build, test, and delivery—watch your components launch toward the Moon
• Document Excellence – Generate engineering drawings, P&IDs, and verification packages that meet lunar mission standards
• Lead Problem Solving – Conduct structural and fluid analyses using industry-leading tools (ANSYS, Thermal Desktop, Creo/ProEngineer) in the lunar thermal and vacuum environment

Liquids Cryogenic Hardware Design Engineer III – Lunar Permanence

• Design and route complex fluid subsystems (i.e., pressurization, pneumatics, propellant utilization)
• Strong understanding of thermodynamics and fluid mechanics
• Work with fluid components (i.e., solenoid valves, pneumatic valves, regulators, pressure vessels and instrumentation)
• Author component specifications and manage suppliers through design, development, qualification and delivery of flight hardware
• Work closely with other groups to ensure your systems work together, resolving issues with calculated risk
• Lead and participate in component and system level testing and data analysis
• Good project management skills including vendor management, scheduling, and budget tracking
• Work with REFPROP, SINDA/FLUINT and Thermal Desktop or other fluid modeling software
• Work with 3D CAD programs (Creo preferred) and Finite Element Analysis (FEA) programs (ANSYS Preferred)
• Deliver completed designs using best draft practicing per ASME Y14.5 GD&T standards along with clear and well documented analysis reports

Fluid Systems Design Engineer III, Upper Stage 9x4 Next Gen

• Develop and modify Revit models of plumbing and HVAC systems and components according to established standards
• Review Revit modeling techniques, based on input from the engineering team and project managers
• Manage the execution of the design for Revit models and AutoCAD documents for multiple projects
• Oversee equipment schedules, making changes and adjustments as necessary with input from the engineering team as required
• Use Revit to manage the design for interferences with other building elements and resolve conflicts with other team members
• Interpret consultant design documents and design the necessary HVAC system
• Utilize knowledge of design techniques and principals to mentor and train other designers and engineers involved in the production of plans, sections diagrams, equipment schedules, and drawings.
• Organize detailed documentation to track project development and design process
• Produce coordinated floor plans, riser diagrams, and isometrics for complex HVAC systems
• Monitor installation of equipment and systems to ensure compliance with design specifications and safety codes
• Direct Jr. Staff on HVAC load calculations and equipment selection and sizing.

• Build acquisition and marketing surfaces in our Astro-based site, where you're free from the constraints of our Webflow-hosted content pages to make things that are faster, more interactive, more personalized, and more fun
• Partner with Design to translate Figma, prototypes, and AI-generated explorations into production-grade motion and interaction, and own the motion and interaction primitives that evolve across marketing and eventually product
• Build data-driven marketing pages that bring our real campaign and cause data to life: per-cause hubs, per-campaign stories, per-vertical landing pages, with the kind of craft and taste that makes them feel hand-made even when they're templated
• Wire our marketing surfaces into the same analytics and feature-flag plumbing our product team uses; we've got PostHog across the stack and LaunchDarkly in the dashboard, with real room to extend those patterns into how we ship marketing
• Collaborate with our 3rd-party Webflow team on the cross-cutting work that spans our whole web presence (analytics and tracking instrumentation, SEO, technical decisions)
• Partner with Growth, Marketing, Design, and the product engineering team as a natural translator between what each group needs

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Mechanical Engineer III

Senior Mechanical Engineer

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Structural Design Engineer – Lead

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Electrical Design Engineer – Avionics Ground and Test Equipment

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Mechanical Engineer

Principal COPV Mechanical Design Engineer – Lunar Permanence

Analog Mixed-Signal IC Design Engineer

Structural & Mechanical Engineer I – Early Career

Senior Design Engineer – Transmission Line

Senior Mechanical Engineer – Avionics Mechanical Packaging

Mechanical Design Engineer III – Blue Ring Mechanisms

Senior Fluids Design Engineer

Regional Civil Design Engineer – Project Manager

Liquids Cryogenic Hardware Design Engineer III – Lunar Permanence

Fluid Systems Design Engineer III, Upper Stage 9x4 Next Gen

Senior Mechanical Engineer

Design Engineer