Top Tech Jobs & Startup Jobs in Seattle, WA

Lead aircraft reliability engineering across development, integration, testing, and operations. Establish reliability requirements and budgets, perform predictions and analyses including FMEA, FTA, RBD, and Weibull analysis, manage FRACAS and reliability growth activities, analyze test and field data, assess supplier performance, and recommend design improvements. Communicate reliability risks and metrics to engineering leadership and customers while mentoring junior engineers and improving organizational processes.

Performs structural analysis and testing for advanced UAV airframes and components. Builds finite element models, conducts static, modal, fatigue, vibration, and shock analyses, validates results through hand calculations, and analyzes telemetry and test data. Collaborates with engineering teams to optimize lightweight composite and metallic structures for strength, weight, safety, and manufacturability. Documents technical findings and supports structural test planning, certification, and continuous improvement of analysis methods.

Designs, integrates, verifies, and releases electrical systems for autonomous aircraft and support equipment. Responsibilities include architecture, custom circuitry, embedded sensors, circuit design, part selection, simulation, debugging, production release, automated testing, and firmware integration. Leads design reviews, coordinates with cross-functional teams, manages project deliverables, mentors engineers, and improves hardware development processes and aircraft reliability.

Develop and qualify materials and manufacturing processes for flight-critical autonomous aircraft hardware. Maintain material, process, and QA specifications; guide fatigue and corrosion prevention; support environmental qualification testing; design qualification test plans; collaborate with suppliers and multifunctional teams; assist with nonconformance disposition; and select materials and processes for production.

Leads capture strategy and operations for X-BAT pursuits, developing proposal strategies, win themes, customer-facing solicitation responses, leadership presentations, trackers, dashboards, and execution plans. Coordinates technical, program, business development, finance, legal, international, and product teams while managing deadlines, quality control, reviews, process improvements, and reusable capture resources. Requires strong analytical, writing, editing, PowerPoint, and cross-functional collaboration skills, plus defense or government pursuit experience and eligibility for a security clearance.

Analyzes and manages the X-BAT opportunity pipeline across near- and long-term horizons. Maintains Salesforce data integrity, reporting standards, dashboards, and forecast visibility. Partners with Capture, Finance, business development, and program teams to evaluate opportunities, identify pipeline risks, support revenue planning, and recommend portfolio actions. Coordinates data corrections, scenario analysis, risk mitigation, and recurring pipeline-to-finance reviews.

Design and integrate electromechanical avionics systems from concept through production, including packaging, electrical interconnects, thermal management, structural and modal analysis, aircraft integration, compliance, validation, failure analysis, and flight-test readiness. The role requires collaboration with electrical engineers on PCB constraints, circuit cards, harnesses, and mechanical interfaces, using CAD, eCAD, manufacturing, and testing expertise in a fast-paced aerospace environment.

Design and develop electromechanical packaging for high-voltage power electronics, including electrical interconnects, thermal management, and aircraft integration. Perform structural, thermal, vibration, clearance, EMI/EMC, and PCBA hardening analyses for harsh environments. Own designs from concept through verification and validation while collaborating with electrical engineers and PCB designers. Apply CAD, eCAD, harness design, FEA, thermal analysis, and lifecycle testing methods to ensure avionics performance and compliance.

Design and develop electric motors and electromechanical components for next-generation aircraft. Integrate motor designs with aircraft structures, engines, power electronics, and thermal systems; create CAD models and drawings; support manufacturing documentation; and conduct prototyping, qualification, dyno, aircraft, noise, vibration, and troubleshooting tests.

Provide technical leadership for RF engineering on next-generation autonomous aircraft. Responsibilities include optimizing RF link performance, resolving interference issues, defining system and unit-level requirements, improving design and compliance processes, developing test procedures, mentoring engineers, supporting hiring, and coordinating cross-functional engineering activities through aircraft fielding.