Top Engineering Jobs

Maintain and improve site performance, uptime, and scalability. Build monitoring, alerting, runbooks, deployment tooling, and scalable architecture. Troubleshoot across the stack and partner with application teams to deliver reliable production systems.

Design, analyze, prototype, and qualify rugged RF/microwave electromechanical hardware for defense applications. Own mechanical packaging, EMI/thermal/structural interfaces, verification plans, test support, producibility, and cross-functional collaboration from proposal through production.

Lead client-facing discovery, architecture, and delivery of enterprise observability and reliability solutions. Design telemetry pipelines, monitoring, logging, tracing, alerting, and governance. Guide SRE practices (SLIs/SLOs, error budgets), tool rationalization, integrations (ITSM, CMDB), build reference architectures and playbooks, and mentor delivery teams while serving as escalation and practice leader.

Provide surge support for cloud modernization by designing, building, deploying, and maintaining PowerApps and SharePoint solutions. Gather requirements, demonstrate applications, document designs, support users, and assist with urgent initiatives and knowledge transfer.

Lead and build the deployment engineering function to operate mission-critical software in accredited, air-gapped, and high-side environments. Own full deployment lifecycle across cloud, on-prem, and disconnected networks; manage Kubernetes/OpenShift and Linux infrastructure; build CI/CD and IaC workflows; integrate security tooling; diagnose and prevent production issues; produce ATO-related artifacts and maintain compliance.

Design, program, and implement control systems and panels (PLC logic, instrumentation). Produce schematics, Sequence of Operation, and AutoCAD panel layouts. Lead design reviews, perform site checkout/start-up, deliver documentation and training. Serve as technical lead and manage smaller projects ($50K–$250K). Travel up to 50%.

Independently manage small to large controls engineering projects from initiation through completion. Control costs, schedules, and resources; lead teams; manage client and vendor relationships; report progress; act as client representative when needed; ensure projects meet business needs and deliverables while managing multiple concurrent projects.

Design, develop, and implement control systems and PLC logic; create schematics and panel layouts in AutoCAD; lead design reviews; perform system checkout, startup, and customer training; serve as technical lead and manage smaller projects including scheduling, purchasing, and cost control.

Design, build, and validate UAV wiring harnesses from concept through production. Lead integration, test, troubleshooting, failure analysis, and production scaling while creating harness documentation and supporting test fixtures and system racks.

Lead and manage a team of Wet-Cleans engineers in a semiconductor fab, prioritize and direct projects, drive continuous improvement and structured problem solving, ensure production, quality, and cost objectives are met, and develop/coach engineers and technicians.

Drive integration of BCD semiconductor technologies from development through qualification and manufacturing readiness. Ensure manufacturability, yield, reliability, tooling readiness, and defect control across coupled process flows, and coordinate cross‑module technical decisions to enable volume production.

Develop and deploy inline inspection and defect-yield management strategies to reduce MTTD and improve yield. Analyze defect data, generate Pareto charts, run DOE, build and sustain image classification and AI models, document processes, and collaborate with cross-functional teams to drive continuous defect improvement.

Design, build, and maintain reliable, scalable backend services and APIs that support satellite mission planning, scheduling, command/control, and communications. Own production services, improve resiliency, participate in on-call rotations, and collaborate with cross-functional teams to deliver and operate autonomous satellite operations software with strong observability, testing, and CI/CD practices.

Lead design, analysis, build, and test of spacecraft mechanisms and pointing systems. Own architecture, component selection, motorization and pointing budgets, ICDs, qualification campaigns, and verification testing. Mentor engineers, collaborate with cross-functional teams, troubleshoot hardware issues, and support launch/test activities to ensure flight-proven, manufacturable designs.

Build and maintain developer infrastructure to accelerate engineering productivity: manage CI/CD (GitHub Actions), Kubernetes/GKE, cloud infrastructure (GCP/AWS/Azure), observability pipelines, dev environments, and AI coding agents; partner with teams to improve deployment safety, reliability, and developer experience.