Jobs at Mach Industries

Support the Growth team by coordinating customer engagements, managing CRM records and pipeline, preparing briefs and presentations, taking meeting notes, and organizing conferences, demos, and events from planning through execution to improve responsiveness and efficiency.

Operate, set up, and troubleshoot CNC mills, lathes, and 5-axis machines to produce precision aerospace hardware. Inspect parts with hand tools and CMMs, maintain tight tolerances, perform preventive maintenance, document production and quality, and support continuous improvement while adhering to safety standards and shift work requirements.

Program, set up, and operate multi-axis CNC machines using CAM software; develop tooling and fixturing; perform in-process and final inspections to GD&T; troubleshoot and optimize machining for prototyping and short-run production; collaborate with engineers and follow defense manufacturing and safety protocols.

Summer/Fall internship for engineering students to work on autonomous systems, embedded firmware, mechanical design, propulsion, systems integration, or engineering tools and simulations at a defense technology company.

Lead and execute inspection and QA for mechanical/electrical assemblies; interpret drawings/CAD/GD&T; own nonconformance investigations and corrective actions; manage MRB, calibration, FAI, and supplier quality; support AS9100-aligned QMS, NPI, production scale-up, data-driven continuous improvement, and mentor junior inspectors.

Provide senior corporate legal support for a growth-stage defense technology company: lead M&A, financings, equity compensation, governance, international structuring, advise executives, coordinate outside counsel, ensure regulatory and contract compliance, and identify and mitigate legal risks.

Own and standardize the CNC tooling ecosystem: manage tool databases, tool assemblies, toolholding standards, inventory systems, vendor workflows, and tooling data integrations to improve setup time, repeatability, tool life, and cost-per-part while supporting production ramp and root-cause tooling issues.

Coordinate cradle-to-production planning for propulsion hardware, translating engineering requirements into build plans, managing suppliers, material readiness, schedules, and risks. Support NPI, prototype builds, testing, configuration changes, and compliance (ITAR/aerospace quality) while using ERP/MRP and Excel to track program status and drive supplier performance improvements.

Lead electrical design for next-generation autonomous defense platforms including PCB, embedded electronics, power systems, high-speed interfaces, prototyping, testing, documentation, and cross-functional integration while mentoring junior engineers and ensuring regulatory and quality compliance.

Support day-to-day accounting operations including data entry, AP processing, reconciliations, journal entries, project cost tracking, financial reporting support, audit preparation, and bookkeeping using QuickBooks/NetSuite and Excel while collaborating with leadership and program teams.

Design, build, and validate UAV wiring harnesses from concept through production. Lead integration, test, troubleshooting, failure analysis, and production scaling while creating harness documentation and supporting test fixtures and system racks.

Own end-to-end reliability lifecycle for UAS platforms and subsystems. Define reliability requirements and metrics, run reliability testing and life-cycle modeling, analyze field and test data to identify root causes and trends, drive corrective actions, and report reliability posture to leadership while ensuring compliance with safety-critical standards.

Own prototype builds and transition new designs to production: create build steps and checklists, debug manufacturability issues, source quick-turn parts and tooling, train technicians, and capture lessons learned to improve production readiness.

Design and test embedded electronics and PCBs for autonomous defense systems. Responsibilities include schematic/layout (Altium/Cadence), high-speed digital and analog circuit design, power distribution, prototyping, documentation, QA, regulatory compliance, and cross-functional integration.

Design, build, and optimize real-time software for autonomous defense platforms across the full stack. Develop firmware and mission software in C++, Rust, Python, or C; integrate with hardware; ensure low-latency, secure, and reliable operation; use CI/CD and automated testing; collaborate with embedded, GNC, and systems teams.

Own industrialization and high-rate production launch: design high-throughput manufacturing systems, apply DFM/A to optimize product design, lead Make-vs-Buy and virtual-builds, define manufacturing data structures, deploy automation, plan capacity and ergonomics, support MES work instructions, and drive quality via SPC, PFMEA/DFMEA, and 8D during ramp.

Design, build, and maintain propulsion test stands and ground support equipment; lead component-to-full-scale rocket engine hot-fire test campaigns; collect and analyze high-speed sensor, pressure, temperature, and thrust data; troubleshoot hardware, fluid, and test setup issues; oversee hazardous operations with cryogenic and high-pressure systems and ensure safety and compliance during development and flight-test campaigns.

Design, analyze, fabricate, and test composite airframe structures for autonomous UAVs. Own laminate design, perform hand calculations and FEA, support prototype fabrication and structural testing, collaborate with manufacturing to ensure designs are scalable for higher-volume production.

Lead and maintain the Quality Management System (QMS) to ensure AS9100 and customer compliance. Manage audits, NCRs, CAPA, root cause analysis, supplier quality, process validations, metrics, and continuous improvement across aerospace and defense manufacturing.

Design and productionize vision-based navigation, state-estimation, and sensor-fusion algorithms for embedded/autonomous defense platforms. Implement real-time C++ systems, integrate IMU/cameras/LiDAR/radar/GNSS, stabilize GNSS-VIO handover, optimize CPU/GPU performance, build evaluation pipelines, and validate in-flight with fault detection and graceful degradation.