Top Engineering Jobs

Manage a team of Loads & Dynamics engineers for the MQ-25 program, overseeing flight, ground, and flutter loads activities; plan and execute projects, report cost/schedule/technical performance, forecast resources, hire and develop staff, and ensure compliance with customer, safety, and export control requirements.

Supports Tulsa buildings, utilities, infrastructure, and production equipment through reliability analysis, failure-data review, preventive and predictive maintenance, asset-management improvements, facility and equipment modifications, and technical coordination with maintenance, operations, contractors, and engineering teams. The internship is fully onsite in Tulsa, includes first-shift work, and requires full-time availability during Summer 2027.

PhD intern supporting Boeing’s Computational Fluid Dynamics group in developing and enhancing aerodynamic analysis tools. Responsibilities include adding time-dependent fluid and multidisciplinary modeling capabilities to internal CFD software, improving simulation efficiency, benchmarking current methods, and collaborating with code developers and application engineers. The role is fully onsite in St. Louis and requires knowledge of compressible flows, turbulence modeling, CFD, and numerical methods for unstructured grids.

PhD students will support Boeing’s aerodynamics team by developing and applying CFD analysis, optimization tools, and numerical methods for aerospace flight platforms. Responsibilities include aerodynamic data analysis, scientific programming, code development, and improving analysis fidelity, cycle time, and cost. Interns collaborate with engineering teams and work onsite in Huntington Beach, California during a 10–12 week Summer 2027 program.

Supports aerospace research and technology initiatives by coordinating technical projects, milestones, risks, and action items; analyzing engineering and manufacturing data; assisting with technology-readiness and trade-study planning; and collaborating across research, engineering, manufacturing, operations, and business teams. The internship is full-time, first shift, and 100% onsite in Wichita, Kansas, with potential relocation assistance.

Supports aircraft production by investigating aerostructure nonconformances, interpreting engineering requirements, developing repair or disposition solutions, and coordinating with engineering, manufacturing, quality, and operations teams. The intern contributes to root-cause investigations, corrective actions, technical documentation, and continuous improvement while working onsite in Wichita during Summer 2027.

PhD interns conduct advanced microelectronics R&D for aerospace systems, focusing on digital, analog, mixed-signal, RF circuits, subsystems, and SoCs. Responsibilities include design, verification, modeling, testing, analysis, research, documentation, presentations, and collaboration with Boeing engineers to transition concepts into viable technologies. The 10–12-week program is fully onsite and includes mentorship, professional development, and an innovation challenge.

Supports aerospace production and program execution by investigating nonconformances, interpreting engineering drawings and requirements, developing repair or disposition solutions, and coordinating with design, manufacturing, quality, structural analysis, and program teams. Interns also contribute to root-cause investigations, corrective actions, technical documentation, and continuous improvement for defense and space products.

Manufacturing Engineering interns support safe, repeatable, and efficient aerospace production processes. Responsibilities may include developing build plans, methods, and work instructions; investigating production issues and corrective actions; evaluating producibility, process capability, tooling, equipment, and factory readiness; and improving safety, quality, cost, flow, and cycle time. The role is fully onsite in Wichita, Kansas, during Summer 2027.

Paid summer 2027 aerospace engineering internship supporting Boeing and Spirit AeroSystems teams. Interns may work on manufacturing technology, automation, digital engineering, materials, composites, chemical processes, structural testing, research, experimentation, modeling, data analysis, process development, and technical documentation. The role is full-time and 100% onsite in Wichita, Kansas, with mentorship, facility tours, leadership interaction, networking, and potential relocation support.

Supports the design, development, implementation, and improvement of aerospace production tooling, including fixtures, drill and trim tooling, handling devices, work platforms, and modifications. Interns create or update tooling models, drawings, and specifications; support fabrication, installation, validation, and maintenance; investigate tooling issues; and develop improvements for safety, ergonomics, quality, cost, and cycle time while collaborating with engineering, manufacturing, quality, and production teams.

Paid Summer 2027 engineering internship supporting Spirit Defense Research & Technology projects. Interns may contribute to advanced manufacturing, process development, automation, digital manufacturing, prototyping, experimentation, testing, data-driven improvement, trade studies, documentation, and technology demonstrations for aerospace, defense, and space applications. The role is fully onsite in Wichita, Kansas, and requires eligibility to obtain a U.S. security clearance.

PhD intern supporting aerospace composite materials and structures research. Responsibilities include developing engineering requirements, conducting composite material characterization and testing, evaluating advanced manufacturing technologies, performing failure analysis, supporting supplier qualification, analyzing experimental data, and preparing technical reports and presentations. The role is fully onsite in St. Louis and involves collaboration with manufacturing, design, supply chain, and suppliers.

Paid summer interns support manufacturing and industrial engineering activities for defense and space products. Responsibilities may include improving build plans, work instructions, production flow, capacity, staffing, tooling, equipment, process capability, and production readiness. Interns use data and structured problem-solving to improve safety, quality, cost, producibility, and operational efficiency while collaborating with production, quality, engineering, and supply chain teams. The role is fully onsite in Wichita, Kansas.

Supports digital engineering and PLM processes for Boeing’s Air Dominance program. Responsibilities include troubleshooting Teamcenter and related applications, developing and rolling out tool capabilities, managing data transitions and migrations, capturing requirements, improving engineering data integrity, and delivering data to suppliers and customers. The role requires cross-functional collaboration, independent work, full-time onsite presence in Berkeley, Missouri, occasional travel, and eligibility for U.S. Secret and SAP clearances.

Paid Summer 2027 engineering internship supporting Spirit Defense aerospace and defense programs. Interns may perform structural and stress analysis, finite-element modeling, aircraft structural design, configuration and drawing development, repair and certification support, and structural or fire test activities. The role is fully onsite in Wichita, Kansas, requires U.S. citizenship and the ability to obtain a security clearance, and does not offer employment visa sponsorship.

Lead the safety strategy, validation methodology, and safety case for Level 3–4 autonomous driving systems. Define ODDs, behavior evaluation criteria, safety metrics, sufficiency criteria, and launch targets. Assess AV performance using simulation, closed-course, and public-road data, applying SOTIF, ISO 5083, and AVSC practices. Provide technical leadership across AI/ML, software validation, simulation, metrics, and vehicle program teams while influencing executives and cross-functional stakeholders.

Develop and test real-time embedded software for modernized GPS receivers used in military applications. Responsibilities span requirements analysis, design, coding, integration, verification, documentation, software tool development, field demonstrations, customer support, and collaboration with engineering teams. The role is part of a structured co-op program and provides hands-on experience with GPS technology, receiver architecture, and embedded hardware/software development.

Develop and test real-time embedded software for modernized GPS receivers used in military applications. Responsibilities span requirements analysis, design, coding, integration, verification, documentation, software tool development, field demonstrations, and customer support. The role offers hands-on experience with embedded hardware/software, GPS technology, and collaborative product development while participating in BAE Systems’ LEAP co-op program.

Leads systems engineering teams developing electronic warfare systems. Oversees requirements development, system design, integration, verification, test planning and execution, technical performance measurement, cost and schedule responsibilities, trade studies, risk management, customer engagement, technical presentations, and proposal support. The role requires onsite work and collaboration with customers, contractors, and government officials.

Leads technical execution for complex enterprise IT implementations, serving as the technical authority and project engineering manager. Oversees solution architecture, requirements traceability, design, testing, data migration, technical performance, risk management, suppliers, budgets, schedules, and cross-functional delivery. Partners with project managers, architects, business leaders, and technology teams to ensure solutions meet business and technical requirements. Requires strong systems engineering, cloud, networking, leadership, stakeholder management, and decision-making capabilities.

Leads systems engineering teams developing electronic warfare systems. Responsibilities include requirements development and allocation, systems planning, design, integration, verification, test planning, technical performance measurement, risk management, trade studies, customer engagement, proposal support, and cost and schedule management. The role requires full-time onsite work and collaboration with customers, contractors, government officials, and multidisciplinary engineering teams.

Leads systems engineering teams developing high-throughput file, block, and object storage for AI cloud infrastructure. Drives architecture, performance tuning, latency optimization, benchmarking, and 10x scaling across distributed storage systems. Provides technical mentorship, performance management, recruitment, and cross-functional leadership while maintaining a coding-focused culture and maximizing GPU utilization.

Supports aerospace engineering projects through technical assistance, data collection and analysis, testing support, and preparation of engineering documentation. Maintains accurate engineering records, drawings, and reports while following industry standards and safety protocols. Collaborates with engineers and project teams to implement solutions and improve project efficiency.

Lead multiple software engineering teams building and modernizing secure, reliable Java-based platforms for sanctions technology. Provide architectural direction, technical coaching, incident response leadership, and talent development. Drive cloud and hybrid modernization, responsible AI-assisted engineering adoption, SDLC automation, governance, and measurable delivery improvements. Partner with product, engineering, operations, and risk stakeholders while influencing budgets, technical strategy, compliance, performance, and operational resilience in regulated financial environments.