Jobs at The Aerospace Corporation

Designs, develops, tests, maintains, and optimizes automated equipment used to manufacture and test aerospace accelerometers. Responsibilities include troubleshooting automation hardware and software, executing validation plans, maintaining databases and documentation, creating operator webpages and training materials, and supporting process engineers. The role collaborates with engineering and manufacturing teams to integrate automation systems and improve production processes.

Designs, develops, tests, maintains, and optimizes automated manufacturing equipment for aerospace accelerometer production. Responsibilities include creating automation solutions, troubleshooting hardware and software, maintaining databases, documenting processes, developing operator webpages and training materials, and supporting Process Engineering activities. The role collaborates with engineering and manufacturing teams and requires knowledge of electronics, automation, robotics, hardware and software design, data analysis, and statistical process control.

Leads aerospace engineering development projects by driving execution, schedules, milestones, costs, baselines, metrics, variance analysis, risks, opportunities, customer relationships, and supplier management. The role partners with engineering leaders, develops technology roadmaps, improves quality and productivity, and may require less than 10% domestic or international travel.

Develop and integrate inertial navigation systems across design, testing, qualification, and production. Analyze inertial sensor and system performance data, conduct simulations, trade studies, FMEA, root-cause analysis, and requirements assessments. Create systems engineering documentation, support design reviews and customer communications, contribute to proposals, and provide technical guidance to junior engineers. Collaborate with multidisciplinary aerospace teams on verification, validation, certification, and technical issue resolution.

Develop atomic clock and atomic sensor technologies for aerospace applications. Responsibilities include concept development, simulations, numerical analysis, experimentation, system performance evaluation, trade studies, requirements analysis, product integration and qualification, test procedure development, and technical documentation. The role collaborates with scientists, engineers, customers, and partners, supports proposals and design reviews, resolves technical issues, and communicates results to technical and external stakeholders.

High school engineering intern supporting assembly and component testing, data analysis, computer-aided design, project management, manufacturing coordination, and process improvements. The role requires collaboration, problem-solving, communication, independent work, and drawing print review skills while complying with U.S. export-control requirements.

Lead design, development, and delivery of avionics software for airborne traffic, collision avoidance and surveillance systems. Mentor engineers, define requirements, conduct code reviews, manage risks, and ensure projects meet schedule, scope, and budget.

Lead hardware development teams and manage aerospace project execution, including schedules, milestones, costs, baselines, metrics, variance analysis, risks, opportunities, customer relationships, and suppliers. The role requires cross-functional leadership in a regulated engineering environment, with occasional domestic or international travel and eligibility to obtain a security clearance.

Lead analog-electrical engineer responsible for architecture, design, simulation, test, and verification of high-performance accelerometer electronics. Collaborate with mechanical, systems, manufacturing teams, manage supplier interactions, drive new product development to schedule and budget, and present results at design reviews.

Lead design, development, and integration of advanced aerospace systems (inertial navigation). Perform numerical evaluations, sensor/system performance analysis, trade studies (FMEA, RCCA), produce system documentation, support cross-functional teams, and present technical deliverables to internal and external customers.

Design and verify analog and digital circuits for high-performance accelerometers from architecture through detailed design and testing. Perform simulations, data analysis, define and execute test procedures, present design reviews, report status, drive new product development to schedule and budget, and support factory RCCA activities while collaborating with mechanical, systems, and manufacturing teams.

Supports aerospace proposals, production, field, and repair projects by assisting with cost, schedule, risk, forecasting, budgeting, reporting, stakeholder communication, and cross-functional coordination. The intern collaborates with product line leaders and teams across design, analysis, requirements, hardware, testing, supply chain, manufacturing, and suppliers while contributing to process improvements and successful project delivery.

Supports aerospace program and finance activities through industry analysis, financial analysis, budgeting, forecasting, reporting, proposal support, and process improvement. Collaborates with design, analysis, requirements, hardware, testing, supply chain, manufacturing, and product-line teams while helping manage cost, schedules, risks, milestones, and stakeholder communications across development, production, field, and repair projects.

Supports IT solution design and implementation, analyzes cybersecurity protocols and recommends improvements, and collaborates with data science teams to analyze data and generate actionable insights. The internship provides hands-on experience, mentorship, professional development, and exposure to aerospace technology. Candidates must be enrolled in a relevant bachelor's or higher degree program, maintain a 3.0 GPA, and graduate in December 2027 or later.

Summer intern assisting with IT solution design and implementation, supporting cybersecurity initiatives through security protocol analysis, and collaborating with data science teams to analyze data and generate actionable insights. The role offers hands-on experience, mentorship, and professional development within Honeywell Aerospace. Candidates must remain enrolled in a relevant degree program, maintain at least a 3.0 GPA, and meet U.S. person requirements.

Manufacturing and Industrial Engineering Interns support process improvement, lean and continuous improvement initiatives, production process optimization, quality efforts, manufacturing data analysis, and problem-solving. They collaborate with cross-functional teams and help maintain manufacturing documentation and standard operating procedures while gaining hands-on exposure to manufacturing technologies and equipment.

Supports aerospace research and development by assisting with experiments, prototype testing, data collection, analysis, documentation, and troubleshooting. Collaborates with experienced engineers and team members to validate new concepts, improve project outcomes, and advance Honeywell's technology initiatives.

Summer 2027 interns will support IT solution design, cybersecurity initiatives, and data science projects at Honeywell Aerospace. Responsibilities include implementing business-focused IT solutions, analyzing security protocols and recommending improvements, and collaborating with data science teams to generate actionable insights. Interns receive hands-on experience, mentorship, professional development, relocation benefits, and short-term housing when eligible. The role is available at multiple U.S. locations.

Supports aerospace research and development through experiments, prototype testing, data collection, analysis, documentation, troubleshooting, and collaboration with experienced engineers. The intern contributes to validating new concepts and improving innovative aerospace technologies. The role is available at multiple U.S. locations and includes relocation benefits and short-term housing for eligible interns.

Supports manufacturing and industrial engineering projects focused on process improvement, lean principles, waste reduction, production optimization, quality, data analysis, problem-solving, and maintaining manufacturing documentation and standard operating procedures. The intern collaborates with cross-functional teams, gains hands-on exposure to manufacturing technologies and equipment, and receives mentorship and professional development within Honeywell Aerospace.