Jobs at The Aerospace Corporation

Perform software verification and validation for embedded aerospace platform components. Develop test plans, conduct requirement- and scenario-based testing, execute change impact analyses, resolve technical issues, support audits, and collaborate with stakeholders. The role requires embedded C/C++ and RTOS expertise, emulator and debugger experience, testing tools, technical leadership, and stakeholder management.

Develops and executes verification plans and test cases for embedded platform software. Performs requirements-based and scenario-based testing, change impact analysis, debugging, technical issue resolution, audits, and continuous improvement. Collaborates with stakeholders and cross-functional teams while guiding engineers and supporting quality, cost, and schedule objectives.

Performs embedded software verification and validation for aerospace platform components. Develops test plans, conducts requirement- and scenario-based testing, performs change impact analysis, resolves technical issues, supports audits, and drives quality improvements. The role requires C/C++ and RTOS expertise, emulator and debugger experience, testing tools, stakeholder management, and collaboration across engineering teams.

Develops and executes software verification plans and test cases for embedded aerospace platform software. Performs requirements-based and scenario-based testing, change impact analysis, technical issue resolution, and audit support. The role requires embedded C/C++ and RTOS expertise, emulator and debugger usage, verification tools, stakeholder communication, and collaboration with cross-functional teams to improve quality, cost, and schedule.

Develops and executes verification plans and test cases for embedded platform software. Performs requirements-based, scenario-based, and change-impact testing using C/C++, RTOS environments, emulators, debuggers, and verification tools. Resolves technical issues, supports audits, communicates with stakeholders, guides junior engineers, and drives improvements aligned with quality, cost, and schedule objectives.

Designs, develops, verifies, and integrates complex software tools supporting aerospace product development. Responsibilities include software architecture, coding, testing, debugging, algorithm development, tool modernization, technology insertion, and service-based solutions. The engineer collaborates with global teams, translates product requirements into solutions, participates in design discussions, manages risks, and delivers high-quality software using Agile and DevOps practices.

Leads the engineering function by setting strategic direction, overseeing project execution, managing resources and budgets, ensuring quality and compliance, driving process improvements, and developing high-performing teams. Collaborates with cross-functional stakeholders to advance innovation and achieve business objectives. Responsibilities also include recruiting talent, developing successors, improving retention and engagement, and fostering an inclusive culture.

Manages aerospace laboratories across multiple sites, maintaining test equipment and laboratory layouts while ensuring calibration and certification compliance. Coordinates electronic test activities for avionics programs and collaborates with cross-functional teams to verify electrical and mechanical test setup requirements. Supports laboratory upgrades, maintenance, and optimization, using knowledge of cable harnesses, connectors, test solutions, equipment functions, AC/DC power, and cooling requirements.

Supports aerospace engine and APU systems engineering across requirements development, MBSE architecture, integration, verification, and validation. Develops traceable requirements and SysML models, performs functional decomposition and interface definition, supports trade studies and technical reviews, and collaborates with design, software, controls, safety, reliability, test, and certification teams. Contributes to system integration, test planning, requirements traceability, issue investigation, technical documentation, and MBSE process improvement.

Perform embedded software verification and validation for core platform components. Develop test plans, conduct requirements- and scenario-based testing, execute change impact analyses, resolve technical issues, and support audits. The role involves C/C++ and RTOS verification, emulator and debugger use, stakeholder communication, technical leadership, mentoring engineers, and driving quality, cost, schedule, and process improvements.

Manage the corporate travel and expense card program, including card issuance, limits, reconciliation, delinquency follow-up, compliance, and cardholder support. Oversee Concur processes, resolve system and payment issues, produce usage and compliance reports, support audits, and improve expense workflows through automation, policy updates, and best practices.

Provides forecasting, financial analysis, annual operating plans, and monthly performance reviews for aerospace business units. Advises management on operational and strategic decisions, including productivity, cost reduction, working capital, labor planning, capital investments, and corrective actions. Delivers financial insights, identifies risks and opportunities, supports continuous improvement, and partners with finance and cross-functional leaders to improve business performance.

Provides technical leadership for embedded platform software and avionics certification. Develops BSPs, boot software, platform abstraction layers, device drivers, middleware, requirements, architecture, and DO-178C certification documentation. Leads certification activities, solves complex technical issues, collaborates with stakeholders, supports talent development, and drives software quality and continuous improvement. Requires extensive real-time embedded software experience in C, C++, assembly, bare-metal environments, multicore systems, and Deos RTOS.

Leads embedded avionics software development and verification for aerospace systems. Responsibilities include defining test architectures, environments, tools, and processes; ensuring DO-178B/C compliance; reviewing PDR/CDR designs; evaluating emerging technologies; using C, C++, Python, MATLAB, debuggers, and simulators; automating verification with generative AI; conducting audits and technical reviews; and guiding engineers while managing cross-functional stakeholders.

Leads embedded aerospace software development and verification activities for avionics programs. Defines test architectures, environments, tools, processes, and methodologies aligned with DO-178B/C. Influences software architecture, reviews designs, evaluates emerging technologies, drives productivity improvements, and manages technical stakeholders. Provides technical leadership, mentors engineers, coordinates cross-functional initiatives, and supports quality, cost, schedule, certification, and risk objectives. Uses C, C++, Python, MATLAB, VectorCAST/Cover, debuggers, simulators, and generative AI tools to improve verification workflows.

Leads embedded software and firmware development for processor simulators and emulators, including requirements, architecture, design, coding, qualification, and technical support. Develops QEMU and KVM-based tools, ports Linux or RTOS to SoCs, and works with ARM architectures and low-level hardware interfaces. Owns simulator strategy, roadmaps, issue resolution, design decisions, stakeholder collaboration, process improvement, and team mentoring while driving innovation and competitive product development.

Lead aircraft engine and power-system certification and qualification activities. Prepare and review certification plans, reports, and related artifacts; coordinate with FAA, EASA, and other aviation regulators; and support international validation efforts. Improve certification processes by standardizing workflows, reducing cycle time and cost, and applying automation and artificial intelligence. Provide technical guidance, coaching, and support to aerospace programs.

Designs, develops, integrates, and validates aerospace engine, power, avionics, and actuation control systems. Responsibilities include requirements engineering, system architecture, control-system analysis, MATLAB/Simulink modeling, embedded C development, sensor and actuator integration, SIL/HIL testing, verification, validation, and aerospace certification compliance. The role supports model-based development and real-time embedded applications using aerospace standards and communication protocols.