Jobs at Boom Supersonic

Build and lead a production machining organization for complex, tight-tolerance aerospace parts. Responsibilities include hiring and developing cell managers, owning output and schedule recovery, commissioning equipment, qualifying processes, defining make-versus-buy strategy, improving manufacturability with engineering, setting shop standards, and partnering with quality, supply chain, and facilities. The role also owns organizational culture, safety, quality, and development of future machining capabilities.

Boom Supersonic seeks forward-thinking candidates for roles in aircraft engineering, software engineering, and program management, focusing on supersonic flight advancement.

Manage end-to-end interview experiences: schedule and coordinate virtual/onsite interviews, communicate with stakeholders, collect feedback, troubleshoot logistics, and use ATS and data insights to optimize recruitment processes and candidate experience.

Early-career turbomachinery engineer responsible for owning propulsion subsystems from 1D cycle analysis and 3D CFD to hardware design and test. Work includes modeling, engine test support, troubleshooting, and partnering with design and manufacturing to deliver gas-path components for high-performance engines.

Design, analyze, and own mechanical subsystems (fuel, lube, cooling, balance-of-plant) from concept through drawing release, assembly, and testing. Develop manufacturable components, plan assembly processes, run component and system tests, instrument hardware, collect and interpret data, and collaborate across propulsion, electrical, and manufacturing teams to integrate subsystems into the full engine.

12-week onsite engineering internship embedded in core teams working on aircraft and gas-turbine hardware. Interns own hands-on work across materials, manufacturing, electrical/controls, mechanical design, turbomachinery, software tooling, or cross-functional special projects. Responsibilities include building, testing, process development, analysis, and shipping tools to accelerate hardware development under export-control constraints.

Build software that integrates with physical turbomachinery and factory systems: own components, ship production-ready code quickly, work with telemetry, HPC/GPU workloads, AI agents, and collaborate directly with engineers and technicians to deliver tools used in testing, design, and operations.

Own end-to-end operational problems: lead logistics moves, support investor diligence, build durable business processes, run analyses for site selection and make-vs-buy decisions, gather ground-truth data on the floor, and implement fixes to drive projects back on track.

Lead and architect engine test programs from hardware to first fire and through development campaigns. Build and train the test team, design control room and qualification curriculum, define instrumentation, procedures, and acceptance criteria, run multiple campaigns on schedule, and enforce safety and testing standards.

Build Engineers at Boom will design, manufacture, and test modules for jet engines, focusing on simplifying processes and interfaces. They engage directly with design and fabrication teams to streamline production.

Serve as primary steward of the Boom brand, designing across digital and physical touchpoints. Create design systems, templates, and style guides; translate CAD and mechanical specs into accurate visuals; work on shop floor with engineers; manage vendors and production quality for premium physical assets and facility graphics.

Integrate systems and build full-stack applications for aerospace engineers, creating reliable data models and improving workflows with APIs and user interfaces.

Design and optimize engine mechanical systems for the Symphony jet engine, collaborating with cross-disciplinary teams and ensuring integration across aircraft systems.

Lead end-to-end design, protection, and commissioning of a standalone 13.8kV medium-voltage system for a 42MW turbine platform. Responsibilities include MV architecture, one-line diagrams, relay coordination and settings, breaker and switchgear specification, generator excitation and synchronization, fault current and interrupting-duty analysis, CT/PT selection, load-bank testing, neutral grounding strategy, arc-flash analysis, and field commissioning.

Lead CAM programmer producing and validating 5-axis, mill-turn, and 3+2 CNC programs in Hypermill. Verify toolpaths in simulation, produce machinist-ready setup documentation, maintain revision control, and collaborate with Applications Engineers to improve process specs.

The Senior Recruiter will manage full-cycle hiring for complex roles in engineering and business, working closely with managers to attract top talent.

Design and build the inspection architecture for aerospace hardware: define inspection plans, reports, traceability, nonconformance and calibration programs, spec inspection equipment, work with shop teams, and drive AS9100-ready processes while hardware is in production.

Own end-to-end month-end close, reconciliations, accruals, and variance analysis; maintain audit-ready workpapers; research complex accounting issues; improve and automate finance processes; manage accounting systems and support cross-functional teams during a fast-paced scaling environment.

Lead and build the entire supply chain organization for turbomachinery and mechanical systems, including supplier qualification, contracts, performance metrics, logistics, and forward-deployed manufacturing engineers. Own make-vs-buy analysis, supplier negotiations, risk visibility, and cross-functional alignment with build engineers. Scale the team rapidly and drive supplier accountability through on-site engagement, shop-floor oversight, and program recovery.

As a Senior Propulsion Engineer, you'll lead the development of the Symphony compression system, design airfoils with CFD analysis, and analyze engine test data while collaborating with multidisciplinary teams.