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

• Gain hands on, real-world experience.
• Receive mentorship and feedback from mentors and managers.
• Participate in events to learn about other parts of our organization.

Structural and Mechanical Engineering Intern, Undergraduate

• 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

• Define and drive the vision for design and engineering initiatives, ensuring alignment with organizational goals and industry best practices
• Lead strategic planning for engineering projects, balancing innovation with operational excellence
• Evaluate emerging technologies and design methodologies to enhance enterprise value and maintain competitive advantage
• Represent the organization in industry forums and maintain strong engagement with the data center engineering community to stay ahead of trends
• Build strong relationships across internal teams (Construction, Mission Critical Operation, Market Development, Sales) and external stakeholders (Consultants, Vendors, Contractors)
• Act as a trusted advisor to senior leadership, providing insights that influence business strategy and product development
• Foster a culture of collaboration and innovation through initiatives like the “Employee Think Tank,” ensuring ideas are heard and acted upon
• Communicate effectively with department leadership through reports and presentations that drive informed decision-making
• Exercise independent judgment in managing engineering activities from concept through commissioning across the portfolio
• Drive design and engineering decisions to conclusion, balancing technical requirements, budget constraints, and business priorities
• Oversee consultant/vendor qualification and make recommendations for technology adoption and deployment
• Ensure lessons learned are integrated into processes to promote continuous improvement

Director, Mechanical Engineering

• 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

• Serves as an operations SME for a major area of operations (e.g., electrical or mechanical) and provides oversight and training/mentorship to team members on tasks regarding these subsystems
• Demonstrates solid understanding of and operates equipment and systems across all disciplines (e.g., electrical, mechanical) with knowledge of the interactions between them and overall operation of a data center.
• Operates all systems and equipment in accordance with Serverfarm, industry and OSHA safety practices and protocols.
• Supports site/campus team in the inspection and supervision of critical environment-related facility equipment (e.g., controls, HVAC, electrical and mechanical systems)
• Assists in and monitors the performance from central monitoring locations (i.e., Facility Operations Centers) of maintenance and operations of equipment (e.g., electrical, mechanical, fire/life safety) and understands risks or impacts to other subsystems across the data center.
• Quickly responds to and supports site/campus incident response team for all abnormal conditions that impact operations, and coordinates with the team to perform corrective repairs, without supervision.
• Works with site/campus leadership to gather necessary information and creates incident timelines/data, root cause analyses, and/or action items following an abnormal condition as required.
• Develops new or follows preexisting emergency operating procedures (EOPs), methods of procedure (MOPs), standard operating procedures (SOPs), and digital methods of operating procedures (DMOPs) to support site operations and incident response.
• Work with the Construction & Project team to ensure ServerFarm Data center’s site meets all required statutory and mandatory requirements.
• Ensure all site MEP infrastructure operates within defined capacity standards.
• Work with peers in global structure to coordinate all processes and align as appropriate.
• Support Change, Incident Management, and Problem Resolution process for area of responsibility. Ensure this process covers all work.
• Work with site/campus leadership to develop and grow talent within the team.
• Supports site/campus team in all major and minor project works.
• Work with site/campus leadership to ensure healthy and safe working conditions.
• Support training goals for the site/campus personnel. www.severfarmllc.com Shared Accountabilities
• Ensure MEP activities are completed as required to meet the needs of peer groups and business objectives.
• Provide all necessary site Operational support to site Construction activities ensuring these projects are completed within agreed timeframes and without disruption to Data Center Operations.

Data Center Mechanical 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

• Analyze and interpret complex design requirements, including reference to various industry standards.
• Apply creativity and resourcefulness to deploy both established best practices and develop non-traditional methods to satisfy novel project demands.
• Develop CAD models, drawings, and documentation packages for all designs
• Perform engineering analysis to guide design decisions and communicate that analysis to project leaders both verbally and through documentation.
• Contribute to technical reviews and project status meetings as the technical design contributor and/or lead.
• Assemble prototype units and develop assembly procedures for higher volume production.
• Develop and execute test plans to evaluate mechanical sub-system performance.
• Coordinate with manufacturing to incorporate DFM/DFA into design and supporting documentation
• Other duties or projects as assigned

Mechanical Engineer – Quantum Product Development

• Overall design responsibility for ASIC package designs, including aspects of signal integrity, power integrity, manufacturability, reliability, and thermal
• Package Design of critical structures for SerDes, ADC/DAC, DDR, etc.
• Schedule, prioritize, & track your work across 2+ projects simultaneously
• General flip-chip BGA package design & engineering
• Project management and customer interface for your design projects
• Contribute to efficiency improvements for the design team, through process development/improvement, automation, documentation, etc.
• Physical design (layout) is a foundational responsibility in this role

Package Design Engineer

• 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

• Develop HVAC, plumbing and fire sprinkler calculations for building projects.
• Interpret mechanical, plumbing, building, and fire codes for design application.
• Work with NFPA standards to design and check systems.
• Size ductwork, plumbing and fire sprinkler distribution systems in building structures.
• Use applicable software to draft and model HVAC, plumbing and fire sprinkler systems.
• Generate specifications for HVAC, plumbing and fire system equipment using software tools.
• Review HVAC, plumbing and fire sprinkler drawings/specifications and ensure they meet requirements.
• Coordinate with other engineering disciplines to achieve project milestones.
• Flexibility to adapt and execute various additional assignments based on evolving needs.
• May provide mentorship, guidance, support, and knowledge-sharing to help less experienced team members develop their skills and grow within their roles.

Building Mechanical Engineer

• 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

• Participate in the entire design cycle of next-generation umbilical systems from a mechanical and fluid systems standpoint, including conceptual and detailed design, trade studies, structural analysis, development testing and qualification
• Generate 3-D models, component drawings, assembly drawings, and interface control documents with application of GD&T per ASME Y14.5
• Design mechanical umbilical hardware including disconnect mechanisms, attach/release mechanisms, fluid couplings, seals, and structural interfaces
• Create documentation for assembly and testing of development and flight hardware
• Participate in subsystem level testing including planning, execution, data reduction and analysis
• Develop component specifications and manage suppliers
• Provide manufacturing and production support including design for manufacturability reviews and integration support

Mechanical Engineer II

• Develop comprehensive test strategies, test methodologies, and test fixtures — including design of supporting test hardware — for power subsystem hardware from component level through integrated vehicle testing
• Design, develop, and deliver test support hardware including test cards, breakout boards, and fixture circuits to enable safe and efficient validation of power subsystem assemblies
• Execute and supervise validation campaigns including acceptance testing and Thermal Vacuum (TVAC) testing
• Ensure proper test execution, data collection, and system requirement verification
• Develop and maintain automated test scripts for EGSE and vehicle power sequencing
• Troubleshoot electrical failures, identify root causes, and implement corrective actions
• Coordinate and integrate interfacing subsystems with the power subsystem
• Support design risk analyses, failure modes effects and criticality analyses (FMECA), and design for test activities
• Effectively communicate development status, risks, and challenges to management

Avionics Hardware Design Engineer III – Lunar Permanence

• 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

• 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

Design Engineer

• Leading early-stage design studies for spacecraft concepts; types of studies can include both small, individual efforts as well as larger, multidisciplinary teams of subject matter experts.
• Serving as a subject matter expert in spacecraft-level systems engineering to support execution of customer programs , including during design reviews and other milestones .
• Leading the development of capabilities utilizing AI in the concept development of spacecraft or spacecraft ground systems.
• Leading continuous development, maintenance, and improvement of the tools and models that are used during spacecraft concept design and analysis activities.
• Supporting the development of similar capabilities within VGCD for the assessment of ground segment concept design
• Establishing strong working relationships with government, program office, and contractor personnel as well as other members of Aerospace’s engineering group.
• Mentoring junior members of the department

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