Jobs at Mach Industries

Design, implement, verify, and optimize bare-metal C/C++ firmware for RF seeker and radar front-ends. Collaborate on hardware co-design, perform MCU bring-up, develop drivers and calibration routines, automate calibration with Python, validate performance using RF lab equipment, and document firmware and test procedures for manufacturability and reliability.

Lead RF/microwave design for defense platforms including phased arrays, transmitters, and receivers. Design RF front ends, perform schematic capture and RF PCB layout, validate prototypes with lab test equipment, troubleshoot EMI/ RFI, analyze field performance, and contribute to embedded software and system integration.

Design, prototype, and iterate subsystem-level mechanical and electromechanical hardware from CAD to production. Integrate sensors/actuators, perform testing and validation, drive manufacturability and part selection, run analytical modeling/FEA, and contribute to test plans and documentation.

New grad software engineer role building mission-critical software for autonomous defense platforms. Work spans low-level embedded firmware to high-level autonomy, focusing on real-time, low-latency performance, hardware integration, simulation, testing, and CI/CD in cross-functional teams.

Own industrialization and production ramp for autonomous defense hardware. Design high-throughput manufacturing systems, drive DFM/A, lead virtual-builds, vendor FAT/SAT, capacity planning, PFMEA/SPC-based quality, and support MES work instructions during validation and production ramp.

Develop low-latency embedded firmware and signal-processing pipelines for counter-UAV radar and RF seekers. Perform board bring-up, hardware-software co-design, performance optimization, validation testing, and author design and test documentation while collaborating across teams in a fast-paced defense environment.

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.

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.

Manage day-to-day procurement in the ERP: create and track POs, follow up with suppliers, resolve delivery and receiving issues, support clear-to-build reviews, assist supplier onboarding and vendor data, and support continuous improvement and cross-functional supply chain initiatives to ensure material availability for production and engineering programs.

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.

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.

Develop and deliver mission-autonomy software for autonomous aerial platforms: design mission planning, decision-making, task execution, and contingency-management systems; integrate with flight controls, perception, navigation, and ground-control; build simulation and test infrastructure (SIL/HIL), analyze flight data, participate in flight testing, and drive production-quality C++/Python deployments on Linux and embedded platforms.

Lead conceptual vehicle design for next-generation missile and low-observable aerospace systems. Develop and evaluate vehicle configurations, perform multidisciplinary trade studies, integrate requirements across disciplines, analyze risks, support prototype development and flight-test activities, and mentor junior engineers to mature concepts through preliminary design.

Lead development and application of multidisciplinary design, analysis, and optimization (MDAO) workflows for conceptual and preliminary vehicle design. Support sizing, configuration trades, mission and performance analysis, optimization studies, and model validation using test and operational data. Mentor engineers and maintain reproducible analytical tooling and documentation.

Design and mature unmanned aircraft and missile systems from concept through detailed CAD definition. Perform vehicle sizing, layout and trade studies, produce CAD models and engineering drawings, collaborate with aerodynamics/propulsion/structures/manufacturing/flight-test, and support prototype fabrication and technical presentations.

Own bring-up and lifecycle of Linux mission computers on Jetson-class SoCs, integrate high-bandwidth sensors, build optimized real-time sensor-to-GPU pipelines, maintain on-target CUDA/TensorRT runtimes and embedded Linux images, harden platforms for flight, debug hardware/software integration, and contribute to autonomy runtime and middleware.

Build and scale ML training, data, and edge-inference infrastructure for autonomy: dataset ingestion/curation/versioning, distributed multi-GPU training, model registry and CI evaluation, real-time Jetson deployment and optimization, synthetic-data generation, drift detection, and cross-discipline integration from sim to flight.

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.

Lead conceptual and preliminary configuration design of unmanned aerial systems, create CAD models and drawings, run cross-disciplinary trade studies, coordinate with flight test, manufacturing, and supply chain, and present design decisions, risks, and solutions to stakeholders.

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.