Top Engineering Jobs

Develops automated RF test systems and software, defines test requirements, and executes component- and spacecraft-level test campaigns. Responsibilities include OTA, EMI/EMC, antenna pattern, environmental, integration, and cleanroom testing for satellite platforms. The role requires RF test equipment expertise, software development, data processing, and collaboration with RF and antenna engineering teams. It is an on-site position with possible overtime or weekend work during mission milestones.

Designs, develops, deploys, and supports secure Microsoft Power Platform solutions for federal and DoD customers. Builds Canvas and Model-Driven Power Apps, Power Automate workflows, Dataverse data models, and Power BI reports. Integrates Microsoft 365, Azure, APIs, and enterprise systems while supporting ALM, version control, deployment pipelines, troubleshooting, documentation, and security practices. Collaborates with stakeholders to translate operational requirements into maintainable applications and automations.

Own Quvia Grid’s optimization layer for government connectivity programs. Formulate bandwidth allocation, routing, scheduling, and capacity models; implement production solvers and heuristics; select and tune optimization methods; validate solution quality; diagnose deployed-system performance; document model behavior; and translate customer mission constraints into deployable software. The role requires extensive operations research experience, strong software engineering skills, customer engagement, and eligibility for a Secret clearance.

Designs and leads scalable RAIN RFID software platforms spanning embedded readers, real-time stream processing, distributed systems, and cloud services. Develops algorithms to extract insights from RFID data, integrates machine-learning models, and delivers reliable, tested software across release cycles. The role establishes technical direction, collaborates across hardware and cloud engineering teams, mentors engineers, and works onsite in Seattle up to three days weekly.

Develop and enhance a high-performance S3-compliant file system using C/C++ and Linux. Responsibilities include technical design, full application development, system-level architecture, file system troubleshooting, research, testing, deployment, production support, technical reviews, and mentoring junior developers. The role also integrates monitoring and alerting capabilities and requires collaboration with global teams.

Design and implement embedded robotics software for autonomous interceptor platforms. Develop real-time control loops, PID and advanced control algorithms, actuator and motor-driver interfaces, CAN communication, sensor fusion, and state estimation. Integrate camera and IMU data on NVIDIA Jetson systems, translate vision tracking into motor commands, and build Python tools for calibration, logging, and CI/CD. The role involves hands-on hardware testing, rapid prototyping, and collaboration in an onsite defense startup environment.

Designs, develops, tests, troubleshoots, and optimizes electrical systems and components. Supports senior engineers, performs calculations and analysis, integrates electrical systems with cross-functional teams, resolves testing and commissioning issues, and maintains design and test documentation. Requires a bachelor’s degree in Electrical Engineering, circuit design experience, electronics experience, and the ability to obtain and maintain a DoD Secret clearance.

Maintain and improve platform observability, performance, and operational readiness. Apply AI, machine learning, AIOps, and automation to anomaly detection, alert correlation, incident response, and remediation. Conduct root cause analysis, manage escalations, maintain monitoring tools, develop operational documentation, and build AI-assisted tooling using scripting and Azure services. Collaborate with engineering and infrastructure teams while serving as an observability and AI-driven operations subject matter expert.

Designs and maintains shared engineering infrastructure, internal platforms, backend services, and architectural frameworks. Improves scalability, reliability, observability, fault tolerance, performance, deployment automation, and legacy-system modernization. Reviews system designs, establishes engineering standards, and supports teams adopting shared platform components. Requires collaboration with software, product, platform, data science, data engineering, and analytics teams.

Owns the reliability, security, performance, and lifecycle of a business-critical QRM application platform. Leads application and Azure infrastructure engineering, data integration, incident response, vulnerability remediation, releases, disaster recovery, vendor coordination, and technical modernization across hybrid cloud and on-premises environments. Serves as the senior escalation point, provides technical direction, mentors team members, and communicates platform risks and status to stakeholders.