Jobs at The Aerospace Corporation

Process and review complex transactions and documentation for accuracy, compliance, and timely completion. Collaborate with cross-functional teams to resolve discrepancies, improve workflows, and maintain detailed records and reports supporting audits. The role requires strong attention to detail, data entry and office software proficiency, knowledge of relevant policies and regulations, and the ability to adapt in a fast-paced environment.

Leads advanced test equipment engineering projects from concept through completion, coordinating design, manufacturing, quality, and other cross-functional teams. Manages project schedules, budgets, resources, risks, and deliverables while ensuring compliance with engineering processes, aerospace standards, quality requirements, and safety expectations. The role also supports team development, stakeholder communication, innovation, and continuous improvement.

Provides technical leadership for advanced aerospace manufacturing, with a focus on welding processes, process optimization, automation, quality, and continuous improvement. Leads cross-functional teams, evaluates emerging manufacturing technologies, analyzes production data, implements corrective actions, and mentors engineers. The role requires extensive aerospace welding experience, knowledge of welding standards and GD&T, and capability in project execution, lean manufacturing, robotic welding, and advanced materials such as aluminum, titanium, and Inconel.

Designs, develops, integrates, verifies, and manages requirements for complex avionics systems across the full systems lifecycle. Responsibilities include systems integration, verification, data analysis, project performance tracking, barrier resolution, cross-disciplinary collaboration, and supporting business milestones. The role is based in Aguadilla, Puerto Rico, with 90 days onsite followed by a hybrid schedule and up to 15% travel.

Designs, develops, and analyzes static gas turbine engine components for aerospace applications. Performs finite element and classical stress analyses, including strength, fatigue, heat transfer, vibration, and crack growth. Supports testing, project coordination, resource planning, design reviews, compliance, risk management, root-cause analysis, documentation, and process improvement while collaborating with engineering teams and customers.

Develop and enhance automated test infrastructure for satellite antennas and modems used in aviation. Responsibilities include software requirements definition, design, implementation, hardware-software integration, testing, development methodology improvement, coding standards, stakeholder communication, and providing estimates, designs, and architectures for future aerospace products.

Leads the design and technical development of inertial navigation systems. Responsibilities include analyzing customer requirements, defining system architecture, flowing down hardware and software requirements, coordinating integration and qualification, overseeing testing and performance analysis, managing technical documentation, supporting certification compliance, investigating failures, coordinating cross-functional teams, maintaining project milestones, and supporting proposals and customer interfaces.

Lead the design, qualification, compliance, and delivery of aerospace electronic controller products from concept through production. Manage project scope, schedules, budgets, risks, changes, requirements, configuration, quality processes, phase-gate reviews, customer reporting, and engineering estimates. Coordinate multidisciplinary electronics, firmware, software, and mechanical teams while ensuring compliance with aerospace standards and successful technical outcomes.

Lead complex aerospace engineering projects from conception through commissioning. Responsibilities include developing schedules and milestones, tracking earned value and work packages, managing requirements, coordinating design reviews, maintaining customer and supplier relationships, and controlling cost, quality, schedule, risks, and mitigation plans. The role supports Environmental Control Systems, Hydraulics, and Life Support Systems within a safety-critical aerospace environment.

Develops and maintains aerospace software, including requirements definition, design, implementation, verification, validation, testing, hardware integration, and compliance with applicable standards. The role requires Python proficiency, knowledge of configuration management and DO-178C certification levels, stakeholder communication, effort estimation, teamwork, and timely issue resolution. This is a hybrid position based in Brno, Czech Republic, with potential travel for training, business meetings, and project work.

Provides materials and process engineering expertise for aerospace gas turbine engine products, focusing on metallurgy and metallic-part manufacturing processes. Supports product development, troubleshooting, supplier assessment and audits, and technical liaison activities across Honeywell engineering, quality, and supply-chain teams. Requires aerospace materials experience and collaboration with suppliers across Taiwan and APAC. Travel is approximately 25%.

Perform deburring, polishing, blending, and hand finishing on aerospace components. Interpret technical drawings and work instructions, operate finishing equipment, conduct visual inspections and basic measurements, complete production documentation, maintain safety and quality standards, and support continuous improvement activities.

Administer on-premises Exchange Server, Exchange Online, hybrid, and GCC High environments. Provide operational support, perform maintenance and migrations, automate tasks with PowerShell, manage RBAC and certificates, enforce email security and compliance policies, monitor performance, reduce incidents through problem management, support M&A tenant integrations, and plan backup and disaster recovery strategies.

Designs and analyzes mechanical systems and components for gas turbine engines, auxiliary power units, and gearboxes. Responsibilities include defining requirements, analyzing bearings, gears, seals, and lubrication systems, supporting test rig activities, documenting results, and presenting findings in design reviews. The engineer collaborates with multidisciplinary design teams, global support organizations, and chief engineers while contributing to technical standards and program deliverables.

Leads research, design, development, testing, and validation of high-temperature composites and thermal protection systems for aerospace applications. Identifies innovative materials and technologies, directs research contributing to patents and intellectual property, collaborates with cross-functional teams on regulatory and business objectives, and mentors engineers and scientists. The role requires deep expertise in aerospace materials, especially braking systems, and experience influencing government and industry partners.

Lead manufacturing engineering activities for Ring Laser Gyroscope and MEMS-based inertial sensors and IMUs. Develop and improve manufacturing processes, equipment requirements, assembly methods, and product designs. Analyze yield and performance data, resolve technical issues, support testing and production, and drive cost, cycle-time, quality, and producibility improvements. Lead peer teams using Lean, Six Sigma, DMAIC, FMEA, and root-cause analysis methods while supporting new product development and factory capacity.

Lead certification and TSO approval programs for gas turbine engines, APUs, power generation systems, and related components. Develop certification strategies, interpret FAA and industry requirements, guide design and testing teams, collaborate with regulatory authorities, prepare technical reports, mentor engineers, and improve certification processes using Six Sigma methods.

Develop and maintain production schedules aligned with customer demand, inventory levels, capacity, and supply chain capabilities. Monitor production performance, adjust schedules to address changing demands, maintain the master production schedule, and review weekly metrics against goals. Collaborate with cross-functional teams to improve manufacturing productivity, quality, efficiency, and cost performance.

Develops, characterizes, and qualifies composite material systems for aerospace gas turbine products. Supports suppliers, evaluates defects, leads testing and root-cause investigations, validates process capability, and maintains composite process documentation. The engineer also conducts supplier assessments and audits, resolves manufacturing issues with cross-functional teams, and mentors early-career engineers. The role is based in Phoenix on a hybrid schedule and requires approximately 10–20% travel.

Manage material and capacity master schedules to balance supply and demand in an aerospace manufacturing environment. Review MRP signals, coordinate material availability and procurement, maintain SAP planning data, support production orders, control hardware configuration and serials, prepare shipping documentation, address production issues, and collaborate with program managers, production leads, and global supply chain teams.