Mach Industries
Mach Industries is a defense manufacturing company that develops and produces unmanned aerospace and defense systems, along with the infrastructure required to manufacture them at scale. Its product portfolio includes strike aircraft, long-range munitions, high-altitude platforms, counter-drone systems, and propulsion technologies designed for military applications. The company follows a vertically integrated approach, designing and manufacturing key components and systems in-house to support production, testing, and deployment. Mach Industries also operates a decentralized manufacturing network that supports the production of defense hardware and related components. In addition to developing operational systems, the company provides capabilities in propulsion, energetics, testing, and advanced manufacturing for defense and aerospace applications.
Open Positions at Mach Industries
5 open positions
Lead the architecture and development of real-time, secure software spanning firmware to mission systems for autonomous defense platforms. This principal-level role combines embedded systems expertise, performance optimization, technical leadership, and hands-on delivery in a high-stakes defense environment.
Build and deploy real-time computer-vision and multi-sensor perception systems that enable autonomous defense platforms to navigate, identify targets, and operate in degraded environments. You’ll combine deep learning, embedded optimization, simulation, and real-world flight data to deliver production-ready autonomy capabilities.
Build and field-test production autonomy software for Mach Industries’ defense platforms, spanning perception, localization, planning, sensor fusion, and embedded inference. This broad robotics role combines deep technical ownership with hands-on deployment in challenging, GPS-denied environments.
Build high-performance, secure, real-time software powering autonomous defense platforms, from embedded firmware to mission-level applications. This on-site role offers broad technical ownership across robotics, hardware integration, and mission-critical systems.
Build research-grade localization, state-estimation, and sensor-fusion software for autonomous defense platforms operating in GPS-denied and contested environments. You will take algorithms from simulation through embedded deployment and real flight testing using modern C++ and multi-modal sensing.