Jobs at HyPrix Aviation

Develops low-level BSP, HAL, drivers, bootloaders, and platform software for flight computers. Responsibilities include startup code, memory and interrupt configuration, Linux BSPs, board bring-up, firmware updates, watchdogs, nonvolatile storage, timing, latency measurement, documentation, unit testing, and SIL/HIL test support. The role requires embedded C/C++, ARM Cortex-M/R/A, TI real-time MCUs, embedded Linux, RTOS and bare-metal development, hardware debugging, and production-quality software practices.

Develop sensor, peripheral, Linux, boot, and health-monitoring drivers for autonomous flight systems. Integrate sensors and avionics, implement fault detection and built-in testing, build Yocto or Buildroot images, configure boot chains and device trees, and implement secure updates and Linux hardening. Debug firmware and kernel issues, measure system performance, create automated and HIL tests, support flight trials, and analyze sensor and mission-computer data.

Owns sourcing and supplier development for mechanical commodities from initial design through production. Responsibilities include commodity strategy, supplier qualification, cost modeling, negotiations, quality-at-source, engineering change control, supplier performance, tooling, materials compliance, and prototype-to-production transitions. The role covers machining, composites, additive manufacturing, high-temperature materials, precision components, and aerospace/defense supply chains, while developing domestic suppliers and supporting bids.

Design mechanical parts and subassemblies under senior-engineer guidance, creating CAD models, production drawings, BOMs, calculations, and assembly checks. Coordinate with vendors, support inspections, prototype builds, environmental and flight testing, and maintain configuration control through ECOs. The role requires hands-on hardware design and fabrication experience, engineering drawing and GD&T knowledge, mechanical fundamentals, manufacturing awareness, and a relevant bachelor’s degree.

Own mechanical products from requirements through field support, including concept development, CAD, production drawings, GD&T, tolerance analysis, calculations, CAE coordination, vendor manufacturing, testing, configuration management, and failure investigation. Support flight trials, field operations, customer reviews, and product improvements while guiding junior engineers. The role focuses on defense hardware and production-ready mechanical design rather than aerostructures, aerodynamics, or flight dynamics.

Converts released schematics into manufacturable multilayer PCB layouts for avionics, interface, test, and flight boards. Responsibilities include component placement, routing, mechanical integration, stack-up and impedance preparation, library and footprint creation, DRC/DFM checks, manufacturing documentation, vendor coordination, revision-controlled releases, and board bring-up support.

Own the placement, routing, integrity, mechanical integration, fabrication, assembly, and production release of flight-critical avionics PCBs. Ensure boards meet high-reliability, EMI, thermal, vibration, and IPC requirements. Coordinate with engineering, manufacturing, and vendors; prepare release packages; support testing and hardware re-spins; maintain ECAD libraries and standards; lead reviews and mentor designers. Staff-level responsibilities include leading multi-board programs and managing layout scope, schedule, and risk.

Performs signal integrity and power integrity simulations for avionics PCBs using Ansys tools. Reviews schematics, stack-ups, layouts, and models for Ethernet, DDR4, LPDDR4, and eMMC interfaces. Analyzes reflections, crosstalk, timing, eye diagrams, BER, PDN impedance, decoupling, and IR drop. Collaborates with hardware and PCB layout teams, generates simulation reports, manages models and results, correlates simulations with lab data, and supports SI, PI, EMI, and EMC failure investigations.

Creates and maintains production-ready mechanical drawings, CAD models, assemblies, configurations, engineering BOMs, and release packages. Implements approved engineering changes, performs interference checks and drawing reviews, manages revisions in PDM/PLM systems, and supports manufacturing teams and vendors. The role requires knowledge of mechanical drafting, GD&T, manufacturing processes, revision control, and engineering documentation standards while working under mechanical engineer direction.

Owns the creation, validation, lifecycle management, version control, and automation of ECAD component libraries, including schematic symbols, PCB footprints, 3D models, and part metadata. Collaborates with hardware, layout, mechanical, supply chain, manufacturing, and component vendors to ensure flight-critical avionics components are accurate, manufacturable, and controlled. Performs library audits, incorporates fabrication feedback, manages obsolescence data, and develops library standards and automation scripts.

Lead the platform layer of flight software across RTOS and real-time embedded Linux. Own RTOS integration, OS abstraction, scheduling, timing, health and fault detection, memory partitioning, lifecycle management, instrumentation, and component frameworks. Establish architecture, resource budgets, safety-oriented processes, CI controls, and technical documentation while guiding other engineers. The role supports SIL/HIL testing and flight applications for autonomous aerospace and defense systems.

Writes, tests, debugs, and documents embedded C and C++ software for flight systems. Develops device drivers, communication interfaces, sensor and payload interfaces, power-management firmware, and test tools. Supports board bring-up, unit testing, code reviews, hardware debugging, HIL testing, system integration, and field trials. Uses Python for testing and data logs, Git for version control, and works with senior engineers across the full software-to-flight lifecycle.

Develops Linux mission-computer middleware and communications with flight computers for autonomous aerospace systems. Responsibilities include process management, IPC middleware integration, real-time scheduling, transport protocols, message security, sandboxing, time synchronization, health monitoring, logging, and SIL/HIL testing. The role requires modern C++, embedded Linux, networking, real-time Linux, security controls, debugging, and middleware experience.

Owns sourcing and supply strategy for electronic, electrical, RF, sensor, PCB, harness, and battery commodities from design through production. Responsibilities include component selection, supplier qualification and development, RFQs and negotiations, lifecycle and obsolescence management, export-control documentation, quality and traceability, engineering-change coordination, supplier performance, inventory planning, and bid support. The role also mentors supply chain engineers and supports indigenous sourcing initiatives.