Top Engineering Jobs in Seattle, WA

Lead system safety and mission assurance activities: identify and analyze hazards, quantify risks, recommend mitigations, define safety requirements, verify compliance via tests/analyses, coordinate corrective actions, and document safety analyses for airworthiness and regulatory review.

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.

Design, build, and operate high-throughput backend services and scalable APIs for insurance and fintech products. Lead cross-team initiatives across pricing, checkout, booking, and servicing systems. Launch zero-to-one products, iterate post-launch, write maintainable performant code, troubleshoot distributed systems, leverage AI-assisted development tools, and participate in quarterly on-call rotation.

Develop and maintain infrastructure as code and CI/CD pipelines for cloud-based systems, ensuring reliability and security in production environments.

Leads infrastructure platform engineering within an agile team, delivering secure, scalable production software. Provides technical direction, reviews code, drives software development lifecycle governance, and promotes responsible AI-assisted engineering practices. Designs and troubleshoots systems independently while serving as a technical subject matter expert. The role emphasizes cloud-native infrastructure, automation, operational stability, and collaboration with technical teams, contractors, and vendors.

Lead technical development and performance improvement across aerospace mechanical suppliers. Assess supplier capabilities, manufacturing readiness, quality systems, capacity, tooling, and processes; drive industrialization, production ramp-up, corrective actions, and recovery efforts. Partner with Engineering, Quality, Manufacturing, Supply Chain, and Strategic Sourcing teams, review technical documentation, support First Article Inspections, resolve manufacturing issues, and ensure compliance with aerospace requirements. Regularly travel to supplier sites and mentor junior team members.

Lead development productivity initiatives by building secure, scalable CI/CD infrastructure, automated delivery pipelines, self-service developer tooling, reproducible builds, and self-healing test environments. Improve local development, release processes, system reliability, and engineering standards across SaaS, mobile, and embedded products. Mentor engineers, guide platform direction, and collaborate with stakeholders across the organization.

Build and lead the development productivity platform supporting SaaS, mobile, and embedded products. Responsibilities include creating automated CI/CD and release pipelines, improving developer environments and self-service tooling, building reliable infrastructure and testing systems, optimizing platform performance, and establishing engineering standards. The role also includes defining team direction, mentoring engineers, and driving adoption through collaboration, demos, and technical sessions.

Leads the design, development, and delivery of software-defined networking, network automation, and infrastructure management solutions across multi-cloud environments. Builds APIs, automation frameworks, infrastructure-as-code, and CI/CD pipelines while ensuring reliability, security, scalability, and operational stability. Drives responsible AI-assisted engineering practices, collaborates with cross-functional teams, troubleshoots distributed network systems, evaluates emerging technologies, and mentors engineers.

Lead technical strategy and hands-on development for Snap’s storage, caching, identity, and service infrastructure. Design and operate highly available distributed systems across AWS and GCP, drive multi-quarter initiatives, improve reliability, scalability, performance, cost efficiency, observability, and developer experience, and influence architecture across infrastructure and product teams. Mentor engineers, resolve complex technical challenges, and shape responsible AI applications for platform quality and engineering productivity.

Design, build, and operate full‑stack services and customer experiences. Implement frontend and backend code, own service lifecycle (testing, deployment, monitoring, incident response), collaborate with product and design, apply data‑driven prioritization, and safely integrate AI/ML capabilities to improve system reliability and user experience.

Design, build, and operate secure, high-performance sandboxed runtime environments for multi-tenant Kubernetes workloads. Develop GPU-aware scheduling, isolation, and resource management strategies; integrate container runtimes, lightweight virtual machines, and virtualization technologies; optimize container, VM, I/O, and GPU performance; conduct profiling and benchmarking; and contribute to Linux, runtime, virtualization, GPU, and security architecture.

Build and operate internal support tooling for case triage, intelligent routing, diagnostics, incident workflows, and expert engagement. Develop AI-assisted automation, self-service diagnostics, observability dashboards, alerts, APIs, and Kubernetes-native controllers to improve reliability and reduce resolution time. Partner with Support/CX, Product, SRE, and engineering teams to prioritize initiatives, drive adoption, measure impact, and participate in on-call support.

Leads manufacturing engineering for aerospace propulsion and fluid-system hardware from development through production. Responsibilities include process and tooling development, engine and fuel/oil system integration, DFM/DFA reviews, root-cause investigations, corrective actions, work instructions, inspection methods, supplier qualification, process validation, production readiness, system troubleshooting, and reliability improvements. Collaborates across design, production, quality, supply chain, and test teams while mentoring junior engineers.

Lead Shield AI’s digital factory and AI-enabled manufacturing roadmap. Deploy and improve MES, integrate ERP, PLM, QMS, automation, equipment, and connected factory infrastructure, and establish the digital thread across engineering, production, quality, maintenance, and supply chain. Identify and implement AI, predictive maintenance, machine vision, digital twin, analytics, and automation solutions while leading complex cross-functional factory transformation initiatives.

Leads manufacturing integration and production readiness for aerospace and defense platforms. Develops final assembly processes, coordinates system-level builds, drives DFM/DFA reviews, resolves integration issues through root cause analysis, defines work instructions and quality standards, supports product transitions into manufacturing, and collaborates across design, production, quality, supply chain, and test engineering. Mentors junior engineers and improves reliability, producibility, and production scalability.

Leads manufacturing engineering for advanced electrical and avionics systems from prototype through full-rate production. Develops processes, tooling, work instructions, inspection methods, and production controls; drives DFM/DFA, root-cause investigations, corrective actions, supplier qualification, process validation, and production readiness. Partners with design, quality, supply chain, test, and production teams to improve manufacturability, reliability, and testability while mentoring junior engineers.

Lead manufacturing engineering for advanced ground vehicle and mobility systems, including chassis, suspension, braking, hydraulics, pneumatics, driveline, and structural assemblies. Develop processes, tooling, work instructions, quality standards, and production controls. Support vehicle integration, testing, supplier qualification, process validation, prototype-to-production transitions, root cause investigations, and corrective actions. Partner with design, quality, supply chain, production, and test teams while mentoring junior engineers.

Leads manufacturing engineering for electromechanical aerospace and defense assemblies, including actuators, motors, hydraulics, pneumatics, pumps, and motion-control systems. Develops processes, tooling, work instructions, inspection methods, and production controls; leads DFM/DFA, root-cause investigations, corrective actions, supplier qualification, process validation, and production readiness. Partners across design, quality, supply chain, production, and test engineering to improve manufacturability, reliability, and integration, while mentoring junior engineers.

Lead advanced manufacturing engineering across multiple defense programs, including production-line infrastructure, manufacturing sequences, tooling, workstations, work instructions, process controls, time studies, and lean improvements. Partner with quality, supply chain, production, and engineering to implement ECOs, resolve defects, improve throughput, and establish scalable production systems. Mentor engineers and support prototype manufacturing for next-generation aircraft.

Build and scale backend data platforms and services for real-time loan origination and financial reporting. Lead quarterly delivery, guide engineers, define technical plans, collaborate with product and design partners, improve reliability and operational practices, monitor service metrics, participate in on-call support, uphold engineering quality standards, and mentor team members. The role requires developing highly available distributed systems and scalable data pipelines using technologies such as Python, Kotlin, AWS, MySQL, Kubernetes, Spark, and Airflow.

Design and manage production tooling for complex aerospace systems from concept through fabrication and prove-out. Responsibilities include designing fixtures, molds, gauges, carts, and protective tooling; conducting FEA and calculations; creating detailed tool packages; leading cross-functional reviews; managing fabrication and issue resolution; developing setup, maintenance, and inspection documentation; and supporting first article dimensional validation.

Leads advanced manufacturing engineering across multiple defense programs, defining manufacturing processes, bills of process, tooling, workstations, work instructions, and production controls. Builds infrastructure for a next-generation jet production line, selects equipment, improves throughput, conducts time studies, and drives lean, quality, root-cause, corrective-action, and ECO initiatives. Partners with engineering, supply chain, quality, and production while mentoring engineers and scaling prototype manufacturing operations.

Lead manufacturing engineering across multiple defense and aerospace programs, optimizing processes for throughput, quality, and cost. Launch a new jet production line by selecting and deploying equipment, tooling, automation, and hardware/software systems. Partner with engineering, supply chain, vendors, and production teams, while mentoring engineers and standardizing manufacturing improvements at scale.

Lead composite manufacturing engineering across multiple programs, optimizing processes for throughput, quality, and cost. Launch a new jet production line, define composite part producibility, deploy equipment, tooling, automation, and production software, integrate vendors, standardize manufacturing systems, and mentor engineers and production personnel. The role requires strong expertise in composite machining, lamination, assembly, CAD, process improvement, and factory-scale execution in a rapid-growth environment.