Top Engineering Jobs in Seattle, WA

Architect and develop safety- and mission-critical real-time software for autonomous aircraft mission-computing systems. Define system architecture, interfaces, data flows, resource budgets, and deterministic performance strategies. Integrate sensors, communications, navigation, autonomy, and mission systems with hardware and systems teams. Lead verification across simulation, laboratory, flight-test, and deployed environments while supporting requirements traceability, certification, cybersecurity, resilience, and lifecycle technical ownership.

Software Engineer Interns design, build, test, and debug production-quality software for autonomous systems. Projects may involve applications, embedded flight software, firmware, machine learning, simulation, APIs, data pipelines, or cloud infrastructure. Interns analyze requirements, collaborate with engineers using Agile practices, and deliver real features or capabilities during a 10–12 week paid internship.

Conducts setup, operation, troubleshooting, and analysis of battery energy storage tests for the X-BAT aircraft. Configures thermal chambers, battery cyclers, instrumentation, sensors, fixtures, harnesses, and data-acquisition systems. Executes electrochemical subsystem test campaigns, evaluates performance and abnormal behavior, supports qualification testing across environmental conditions, and assists with battery lab development. Collaborates with power systems and cross-functional engineering teams on verification, integration, and qualification.

Design complex PCB layouts for aircraft hardware, including digital, analog, RF, high-speed, and power electronics. Manage stack-ups, routing constraints, component placement, signal and power integrity, impedance control, thermal and EMI mitigation, and mechanical integration. Generate manufacturing documentation and collaborate with electrical, mechanical, manufacturing, and fabrication teams to ensure manufacturability, reliability, and compliance.

Design and own avionics hardware for X-BAT through full lifecycle: concept, circuit and PCB design, integration, verification, environmental qualification, flight test, debugging, and manufacturing with mentorship from senior engineers.

Leads the technical development of a new aircraft program from requirements and architecture through design, integration, testing, and production. Owns air vehicle technical integrity, system-level engineering trades, risk reduction, supplier coordination, manufacturing transition, and multidisciplinary engineering execution across aerodynamics, structures, propulsion, avionics, flight controls, and related systems. Provides hands-on technical leadership, mentors engineers, drives design decisions, and ensures aircraft performance, producibility, reliability, and mission success.

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 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 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.