Firefly Aerospace

SDET

• Integrate, instrument, and conduct hotfire tests of the Spectre propulsion engine on Fireflys dedicated hypergolic test stands
• Work directly with stakeholders of the Blue Ghost Lunar Lander program at Firefly Aerospace
• Develop and execute test plans and procedures, operating console controls, data systems, and voice communication during live tests
• Perform hands-on setup and checkout of ground support systems, including propellant transfer, pressurization, and purge systems
• Analyze and review test data to verify system performance and detect anomalies using numerical analysis tools (e.g., Python)
• Support anomaly investigations, root cause analysis, and corrective action planning
• Become a driving force for the development of our lunar lander propulsion capabilities

Engine Test Engineer

• Set up and perform tests on a wide range of small valves, mechanisms, COPVs, and other Aerospace components
• Develop test procedures to check out and operate launch vehicle systems and subsystems
• Execute test plans and procedures on console, using voice comm systems and data display and control systems
• Develop and execute system validations, activations, upgrades and other tests required to ensure your stand is ready to support testing
• Manage test stand scheduling for operations and maintenance down time
• Participate in resolving any issues and non-conformances that arise during operations, and support failure and anomaly investigations, troubleshooting and resolution development
• Design and develop automated scripts that support test and launch operations
• Work with test site and launch site responsible engineers to optimize test and launch systems designs and operation
• Identify continuous improvement opportunities for performance, reliability, and cost
• Ensure all operations are performed on time, safely and in a professional manner
• Analyze and review data to ensure that hardware is operating as expected utilizing numerical data analysis tools to interpret test results

Test Engineer

Supply Chain

• Inspect and verify all incoming deliveries for accuracy, completeness, and signs of damage or defects.
• Cross-check quantities, part numbers, and supporting documentation against procurement data to ensure order compliance.
• Identify and reject inaccurate or unacceptable orders at the time of delivery.
• Log received items and route inventoried parts to the designated storage area.
• Record shortages or backorders and notify impacted parties.
• Notify recipients upon delivery of their orders.
• Ensure all deliveries requiring Quality Documentation are properly flagged, and report missing documentation per AS9100/AS9102 requirements.
• Maintain Material Test Reports (MTRs) and externally provided quality inspection records.
• Support Engineering by ensuring accurate and timely tracking of incoming orders.
• Support Quality with recordkeeping, nonconformance reports, corrective actions, and audits.
• Prepare outgoing shipments with proper packaging, labeling, documentation, Hazmat signage, and accuracy checks.
• Support Procurement with documentation, returns, and related tasks.
• Follow all safety regulations, including the consistent use of required protective clothing and equipment.
• Execute purchase orders as required to support launch site Vendor Managed Inventory (VMI) and consumables.
• Perform additional duties as assigned to support onsite operations.

Inventory Control Clerk III

Inventory Control Clerk – III

• Manage test stand priorities, balancing needs of multiple programs, while maintaining test stand and supporting needed upgrades
• Lead team in tracking and development of Key Performance Indicators
• Run daily stand meetings and escalate progress and blockers as they arise
• Integrate, instrument and test rocket components using our world class test stands and test software suite
• Optimize and implement improvements in testing, component workflow, data review and automation
• Manage stand upgrade and modification plans, schedule & budgets
• Manage team training (training new operators + developing and improving training plans)
• Direct hiring and interviews of Component team and contribute to hiring on other Test Engineering Teams
• Manage performance of team including team 1:1s and Performance Reviews
• Work daily test stand operations
• Execute test plans and procedures on console, using voice comm systems and data display and control systems
• Work directly with component engineers to develop and release formal Test Plans
• Develop test procedures to check out and operate rocket components and subsystems
• Participate in resolving any issues and non-conformances that arise during operations, and support failure and anomaly investigations, troubleshooting and resolution development
• Analyze and review data to ensure that test stand and test article are operating as expected utilizing numerical data analysis tools to interpret test results
• Improve test efficiency through automation and equipment improvement upgrades
• Diagnose & Rework small to medium problems on stand involving Fluid, Electrical and Mechanical systems
• Plan and implement improvements to the test stand and testing process
• Develop new and improve automated scripts that support test operations
• Develop and execute system validations, activations, upgrades and other tests required to ensure your stand is ready to support testing
• Work with Ground Support Equipment (GSE) engineers to optimize test and launch systems designs and operation
• Identify continuous improvement opportunities for performance, reliability, and cost

Manager, Component Test Engineer

• Integrate, instrument, handle, and test rocket and spacecraft airframes to prove mission-worthiness
• Optimize and implement improvements in testing, component workflow, data review and automation
• Drive test stand efficiency by creating and implementing predictive data analytics
• Ownership of daily test stand operations
• Execute test plans and procedures on console, utilizing voice comms, data displays, and digital control systems
• Work directly with vehicle structural engineers to develop and release formal Test Plans
• Develop test procedures to validate the design and manufacture of airframe spaceflight worthiness
• Participate in resolving any issues and non-conformances that arise during operations
• Support failure and anomaly investigations
• Troubleshooting and resolution development
• Analyze and review data to ensure that test stand and test article are operating as expected utilizing numerical data analysis tools to interpret test results
• Improve test efficiency by implementing automation and streamlining procedural processes
• Diagnose & rework small to medium problems on stand involving Fluid, Electrical, and Mechanical systems
• Plan and implement improvements to the test stand and testing process
• Develop and execute system validations, activations, upgrades and other tests required to ensure the stand is ready to support testing
• Work with Ground Support Equipment (GSE) engineers to optimize test and launch systems designs and operation
• Identify continuous improvement opportunities for performance, reliability, and cost
• Subject Matter Expert for Test Stand Systems
• Provide mentorship to those with less experience
• Act as a source of truth for those systems when asked to solve new problems

Structures Test Engineer II

Engineer

• Lead the design and development of tooling, fixtures, and production equipment necessary for the manufacturing of aerospace composite components
• Continuously evaluate and enhance manufacturing processes, tooling, and fixtures to optimize efficiency, quality, and cost-effectiveness
• Implement improvements to increase production capacity and reduce cycle times
• Take ownership of hardware development and production processes, ensuring adherence to schedules and driving continuous improvements
• Develop and implement innovative solutions for tooling and fixturing to enhance manufacturing efficiency and quality
• Act as the primary point of contact for all aspects related to part expertise, including understanding intricacies of the hardware and providing guidance on its fabrication
• Support manufacturing floor operations by actively engaging with production teams to identify areas for improvement and implementing necessary changes
• Create detailed work instructions and procedures to standardize manufacturing processes and ensure consistency in product quality
• Lead the resolution of nonconformance issues by assessing root causes and implementing corrective actions to bring parts back into compliance
• Demonstrate exceptional problem-solving skills and a proactive approach to addressing challenges in a fast-paced environment
• Work closely with cross-functional teams, including design, manufacturing, and quality, to ensure the seamless integration into the production process
• Identify and address production challenges, implementing effective solutions to ensure the timely delivery of high-quality aerospace components
• Implement and maintain rigorous quality control measures to meet industry standards and customer expectations
• Identify cost-saving opportunities and participate in cost reduction initiatives while maintaining product integrity
• Champion a culture of continuous improvement, driving Lean and Six Sigma principles throughout the manufacturing process

Composites Manufacturing Engineer, Entry-Level

• Lead the design and development of tooling, fixtures, and production equipment necessary for the manufacturing of aerospace composite components
• Continuously evaluate and enhance manufacturing processes, tooling, and fixtures to optimize efficiency, quality, and cost-effectiveness
• Take ownership of hardware development and production processes, ensuring adherence to schedules and driving continuous improvements
• Develop and implement innovative solutions for tooling and fixturing to enhance manufacturing efficiency and quality
• Support manufacturing floor operations by actively engaging with production teams to identify areas for improvement and implementing necessary changes
• Manage and oversee manufacturing programs, ensuring they meet quality, cost, and schedule requirements

Composite Manufacturing Engineer II

• Lead the design and development of tooling, fixtures, and production equipment necessary for the manufacturing of aerospace composite components.
• Continuously evaluate and enhance manufacturing processes, tooling, and fixtures to optimize efficiency, quality, and cost-effectiveness.
• Implement improvements to increase production capacity and reduce cycle times.
• Take ownership of hardware development and production processes, ensuring adherence to schedules and driving continuous improvements.
• Develop and implement innovative solutions for tooling and fixturing to enhance manufacturing efficiency and quality.
• Act as the primary point of contact for all aspects related to part expertise, including understanding intricacies of the hardware and providing guidance on its fabrication.
• Support manufacturing floor operations by actively engaging with production teams to identify areas for improvement and implementing necessary changes.
• Create detailed work instructions and procedures to standardize manufacturing processes and ensure consistency in product quality.
• Lead the resolution of nonconformance issues by assessing root causes and implementing corrective actions to bring parts back into compliance.
• Work closely with cross-functional teams, including design, manufacturing, and quality, to ensure the seamless integration into the production process.
• Manage and oversee manufacturing programs, ensuring they meet quality, cost, and schedule requirements.
• Identify and address production challenges, implementing effective solutions to ensure the timely delivery of high-quality aerospace components.
• Implement and maintain rigorous quality control measures to meet industry standards and customer expectations.
• Identify cost-saving opportunities and participate in cost reduction initiatives while maintaining product integrity.
• Champion a culture of continuous improvement, driving Lean and Six Sigma principles throughout the manufacturing process.
• Mentor less experienced engineers

Composites Manufacturing Engineer II

Solutions Engineer

• Develop detailed assembly work instructions based on CAD designs to ensure precise spacecraft integration
• Perform hands-on spacecraft integration in a cleanroom environment, supporting the full lifecycle of vehicle build
• Identify and implement manufacturing process improvements to enhance workflow efficiency and product quality
• Drive the completion and management of spacecraft manufacturing documentation to ensure compliance and traceability
• Collaborate across multidisciplinary teams to coordinate and ensure timely delivery of lower-level hardware to the cleanroom
• Plan, coordinate, and execute off-site environmental testing and launch campaigns, ensuring spacecraft readiness

Spacecraft Integration Engineer I

Manager

• Lead spacecraft propulsion system development from requirements definition through flight operations
• Manage and develop a multidisciplinary team responsible for engines, thrusters, fluid systems, valves, and thermal hardware
• Maintain technical ownership of propulsion hardware across design, analysis, manufacturing, test, qualification, and operations
• Serve as the primary technical authority for spacecraft propulsion systems
• Plan, coordinate, and execute development, qualification, and acceptance testing
• Collaborate with teams to ensure successful vehicle integration
• Drive performance, reliability, cost, and manufacturability through disciplined design and data-driven decision-making
• Identify and close technical risks through analysis, testing, and operational feedback
• Support spacecraft test campaigns and flight operations as needed
• Establish and maintain engineering standards, processes, and documentation for spacecraft propulsion systems

Senior Manager, Spacecraft Propulsion

• Act as the primary engineering and programmatic interface between the Firefly engineering teams and NASA and other payload customers.
• Manage the development and coordination of the key mission performance and interface requirements.
• Build and maintain Interface Control Documents (ICD) for interfaces between the customer payload and spacecraft.
• Manage technical issues related to form, fit, and function of the payload(s), loads, dynamic environments, thermal, EMI/EMC, radiation, contamination, mass properties, mechanical interface, electrical interface, data interfaces, software APIs, and operations.
• Coordinate hardware and software related activities including fit checks, spacecraft integration, spacecraft acceptance testing, launch, and operations planning and execution for the full duration mission.
• Lead technical interchange meetings and design reviews with NASA and other customers.
• Some travel (<10%) may be required.
• Work closely with each engineering discipline within Firefly to help generate and evaluate acceptable analysis factors of safety and test plans that meet both Range requirements and Mission Assurance requirements.

Payload Integration Engineer

Software Engineer

• Use CAM software to quickly generate programs for the 5-axis CNC used in composite shop
• Generate and maintain programs and setup sheets in a high mix/low volume environment
• Select tools for machining complex parts in carbon fiber, foam, aluminum, wood, and other composite materials
• Set-Up machines and prove out CNC programs
• Define and adjust speed and feed parameters for maximum tool life in challenging and high stakes applications
• Make suggestions on drawing changes to improve manufacturability and CNC program strategy
• Meet expectations for productivity and production goals
• Maintain product flow and alert management when production is impeded or slowed
• Run machining simulations using Vericut to provide accurate run times and prevent machine collisions

CNC Programmer II, Powermill, Composites

Operations

• Derive and maintain operational requirements for Elytra missions and author portions of Interface Control Documents (ICDs)
• Lead integration and validation of specific ground segment tools, data pipelines, and remote interfaces required for sustained orbital operations
• Plan and execute Ground Readiness Tests (GRTs) and end-to-end mission simulations for assigned subsystems or mission capabilities
• Own the operational framework for one or more spacecraft subsystems, authoring mission-critical procedures and automation scripts
• Lead cross-functional Working Groups with subsystem engineers to mature procedures across commissioning, routine operations, maneuvers, and contingency scenarios
• Define operational capabilities and develop internal tools to improve efficiency, reliability, and situational awareness for long-duration missions
• Design subsystem-focused "Day-in-the-Life" (DITL) simulation scenarios that stress long-term operational behaviors and fault responses
• Staff critical console roles during commissioning, maneuvers, and anomaly resolution events
• Lead real-time operations for assigned subsystems, providing clear technical status to mission leadership

Engine Test Engineer

Test Engineer

Inventory Control Clerk III

Inventory Control Clerk – III

Manager, Component Test Engineer

Structures Test Engineer II

Composites Manufacturing Engineer, Entry-Level

Composite Manufacturing Engineer II

Composites Manufacturing Engineer II

Inventory Control Clerk III

Spacecraft Integration Engineer I

Senior Manager, Spacecraft Propulsion

Payload Integration Engineer

CNC Programmer II, Powermill, Composites

Spacecraft Mission Operations Engineer II