You will design, analyze, and build flight controls software for unmanned aircraft systems while performing stability and performance analysis. Additionally, you will develop software components, run high-fidelity simulations, and support aircraft integration and flight testing.
Lead system safety activities across the product lifecycle, focusing on architecture, data-driven analysis, and safety verification. Engage with customers during safety reviews and panels such as THAR and NNMSB to manage risks and mitigations.
Design and deploy enterprise-grade software and a custom ERP platform using AI-assisted development tools. Translate complex business processes into scalable applications and automate internal workflows to improve operational efficiency.
The engineer will design, code, and implement software for embedded devices on unmanned aircraft, testing these systems in flight environments. Responsibilities also include writing and testing software for integrating sensors and processors, and debugging software issues using standard equipment.
The manager will lead, mentor, and build a high-performing software engineering team focused on mission-critical embedded software for UAV flight control, communications, and data processing. This includes providing technical and architectural guidance while coordinating project scope, schedules, and resource allocation for flight control and mission management software programs.
Lead system safety activities across the product lifecycle, focusing on system safety architecture and data-driven analysis. Engage with customers on System Safety Reviews and manage hazards and risks throughout the lifecycle.
The Systems Engineer II/III will create and manage system models, define and enhance system requirements, and conduct comprehensive testing of subsystems and systems. They will also engage with diverse teams to ensure seamless system synergy.
The Systems Engineer IV/V will create and manage system models, define and enhance system requirements, and conduct comprehensive testing of unmanned systems. This role involves interdisciplinary collaboration and engaging with diverse teams to ensure system synergy.
The Director of Hardware leads the Mechanical and Electrical Engineering functions, ensuring high-velocity execution across all programs. This role is accountable for building the processes and architectures that enable the design and production of safe and reliable hardware.
