Top Engineering Jobs

Applies manufacturing engineering principles to improve production processes, facility layouts, workflow, quality, and operational efficiency. Conducts time and motion studies, analyzes production data, interprets technical drawings, develops process documentation, supports production planning, and identifies cost-effective improvements. Collaborates with engineering and production teams while supporting continuous improvement, manufacturing process development, quality systems, and equipment performance in an onsite manufacturing environment.

Designs, develops, tests, and supports software and systems for production products. Responsibilities include modifying database systems, defining database structures, coordinating database development, estimating project scope and costs, translating customer requirements into technical requirements, and integrating systems over CAN and Ethernet. The role requires autonomous systems knowledge, full lifecycle experience, troubleshooting ability, and collaboration with engineering teams at a hybrid customer facility.

Develop, execute, and automate Hardware-in-the-Loop validation for embedded control systems, ECUs, and vehicle software. Configure dSPACE and Vector test environments, create automated test scripts, analyze results, troubleshoot defects, and support verification throughout the product lifecycle. Responsibilities include test planning, requirements traceability, regression testing, root-cause investigations, system integration, and technical reporting. The role is onsite at a customer engineering and manufacturing facility.

Lead and develop a team of Manufacturing Engineers supporting production of human-capable lunar vehicles. Oversee manufacturing processes, work instructions, tooling, equipment commissioning, BOMs, product structures, build execution, testing, and nonconformance resolution. Coordinate with program, operations, quality, supply chain, and engineering teams to meet design and production milestones. Drive DFMA, PFMEA, lean improvements, root-cause analysis, safety, quality, and mission assurance across the manufacturing lifecycle.

Leads an industrial automation engineering team designing, implementing, and maintaining PLC/DAQ control systems and electrical ground support equipment for launch vehicle systems. Oversees Rockwell and Siemens platforms, technical standards, system integration, project schedules, budgets, risks, safety, configuration control, commissioning, and operational handover. Provides technical mentorship, drives continuous improvement, and ensures reliable, compliant control solutions for high-reliability aerospace operations.

Leads software test and verification strategy across regulated products, including automation, infrastructure, quality metrics, defect management, validation, and release readiness. Builds and develops a software test organization through hiring, coaching, and mentoring. Partners with engineering, quality, regulatory, and program teams to align testing with project objectives, regulatory requirements, design controls, and compliance expectations.

Build production-ready AI-native applications, agentic workflows, cloud infrastructure, data platforms, integrations, and DevOps systems supporting nuclear engineering workflows. Responsibilities may span front-end/full-stack development, agentic AI, data and systems integration, or platform infrastructure. The role partners with systems engineering, licensing, and quality teams, documents architectures, maintains development and QA standards, and supports reliable, compliant delivery in a hybrid environment.

Provides technical leadership for HVAC and electrical controls engineering, including PLC and DDC programming, controls architecture, system standards, design reviews, troubleshooting, and continuous improvement. Leads complex projects, evaluates emerging technologies, ensures compliance with applicable standards, and mentors engineers. The role supports commissioning, testing, and field activities, with work performed in office and manufacturing environments and occasional travel required.

The Engineering Specialist manages engineering projects and equipment installation, testing, operation, maintenance, and repair. Responsibilities include directing product design changes, resolving technical issues with customers and vendors, preparing reports, approving expenditures, developing engineering procedures, improving equipment quality and productivity, evaluating processes, and supporting project management and daily engineering operations. The role requires travel, including overseas travel and customer-site work.

Lead the Mobility Web Experience Engineering organization, setting web platform strategy, architecture, roadmaps, and engineering standards. Manage cross-functional initiatives, operational excellence, delivery metrics, and customer-centric product execution. Hire, coach, and develop engineering managers and software engineers while managing capacity and staffing. Partner with Product, Design, Security, Infrastructure, and business leaders to deliver scalable web applications, reusable platforms, and reliable mobility payment and vehicle-management experiences.

Leads a team of 5–8 engineers, balancing people management with technical leadership. Responsibilities include career development, roadmap delivery, architectural guidance, code reviews, hiring, incident response, team culture, and delivery management. Partners with Product Management and Design to build scalable, reliable, user-focused SaaS products while contributing hands-on technically and supporting remote, asynchronous collaboration.

Leads an engineering functional group through resource planning, staffing, workload allocation, qualification tracking, training coordination, and people management. Partners with program leads and technical experts to scope engineering work, resolve resource conflicts, establish realistic schedules, route technical decisions, and support career development. The role also drives proactive hiring and ensures engineering standards and program execution remain aligned.

Leads architecture, engineering, governance, and delivery of enterprise self-service data, AI, and agentic AI platforms. Defines platform standards, builds secure AWS and Databricks infrastructure, implements agent orchestration and observability, and ensures regulated-industry compliance. Owns roadmap contributions, vendor delivery, build-versus-buy decisions, platform metrics, reliability, cost management, and stakeholder communication while mentoring engineers and enabling business use cases.

Leads software test strategy, verification, validation, automation, and release-readiness across regulated products. Builds and develops a software test organization through hiring, coaching, and mentoring. Oversees defect management, root-cause analysis, quality metrics, risk-based test coverage, and compliance with regulatory requirements, quality systems, design controls, and verification standards. Partners with engineering, quality, regulatory, and program teams to deliver high-quality software and communicate quality risks and project status.

Three-year entry-level electrical engineering development program with at least three technical rotations across GE Appliances. Participants design, test, and implement product technologies, collaborate with manufacturing and product management, complete advanced engineering coursework, present technical work, and earn a company-funded master’s degree in engineering.

Leads and develops the Cost Engine software engineering team while remaining hands-on with C#/.NET APIs, backend services, ETL, and data systems. Sets technical direction, reviews code, handles complex architecture and production issues, manages agile delivery, removes blockers, and partners with product, architecture, and Scrum teams. Drives modernization, observability, reliability, security, legacy deprecation, and team growth.

Leads a 10–20-person software engineering team through the full SDLC in an Agile environment. Manages program execution, technical planning, integration, verification, validation, risk and cost analysis, documentation, staffing, tools, and process improvements. Collaborates with systems engineering, cloud, test automation, DevSecOps, and systems test teams. Mentors engineers, supports proposals and new business, and manages functional and program responsibilities. The role is full-time, on-site, and requires an active Secret clearance plus SAP/PAR eligibility.

Leads a 10–15-person software engineering team while contributing primarily to mission-driven embedded software development. Responsibilities include C++ coding, software architecture, requirements and design documentation, unit and integration testing, technical reviews, staffing, hiring, mentoring, performance management, career development, and coordination with program leadership. The role requires expertise across the software development lifecycle, complex hardware-software integration, automated testing, and CI/CD practices in a cleared defense environment.

Manage and organize component data within the PLM system to support product development and part reuse. Responsibilities include enforcing naming and classification standards, managing part approval and revision processes, optimizing CAD library models, consolidating part numbers, supporting component selection, coordinating with procurement, training users, and participating in PLM testing and improvement.

Leads the reliability engineering function for linear generators, including team growth, reliability strategy, lifecycle testing, metrics, FMEA, HALT, root-cause analysis, CAPA, compliance considerations, and executive risk reporting. Partners with Product Engineering, R&D, and Manufacturing to influence design decisions, improve verification processes, and expand test infrastructure, automation, and data analysis capabilities in a hardware manufacturing environment.

Leads a product-focused software engineering team, partnering with product, design, research, and data stakeholders to deliver measurable user and business outcomes. Responsibilities include setting strategy and OKRs, managing roadmaps and execution, guiding architecture and quality, running experiments and A/B tests, improving reliability and scalability, and hiring, coaching, and retaining engineers. The role supports growth, language learning, or monetization teams and requires working from or relocating to Pittsburgh or New York.

Leads quality strategy and execution for a cloud networking platform. Builds and manages globally distributed QA and SDET teams; oversees functional, regression, performance, scalability, resiliency, security, automation, and integration testing. Establishes CI/CD quality gates, test frameworks, quality metrics, release readiness processes, root cause analysis, budgets, tooling, and vendor relationships. Partners with Engineering, Product, DevOps/SRE, and Support to ensure reliable SaaS releases.

Leads global engineering strategy across supply chain operations, including network design, automation, systems, facilities, capacity planning, and capital projects. Establishes standards, oversees supply chain execution systems, drives process improvement and transformation, and partners with customers on scalable solutions. Manages global budgets, vendors, sourcing initiatives, and major automation programs while leading a worldwide engineering organization. Requires extensive executive leadership experience, global supply chain transformation expertise, and delivery of ROI across capital investments exceeding $50 million.

Leads and scales the manufacturing engineering organization for high-volume unmanned aircraft production. Owns factory automation, controls, equipment development, process industrialization, manufacturing systems architecture, and production-readiness standards. Builds capabilities in PLCs, robotics, motion control, machine vision, safety systems, and manufacturing data connectivity. Partners across engineering, operations, quality, supply chain, and software teams to improve manufacturability, automation, yield, traceability, and production scale. Also manages equipment suppliers, capital programs, technical strategy, organizational development, and factory-floor execution.

Year-round engineering interns support defense and commercial programs through laboratory prototyping, hardware and test software evaluation, fixture design, test documentation, compliance with defense standards, and project engineering tasks. Interns gain exposure to radar, aerospace, avionics, modeling and simulation, antenna design, software development, and DoD contract execution. Applicants must be enrolled in a bachelor's or master's program in engineering, computer science, physics, optics, mathematics, or a related technical field.