Top Senior Linux Jobs in San Diego, CA

Lead design and standardization of a large-scale, secure, highly available telecom network across 1,000+ sites. Define MPLS/IP/MPLS, DWDM, routing (BGP, SR/SR-TE, EVPN), VPNs, security, and automation standards; lead RFPs, documentation, performance analysis, capacity planning, and mentor engineering teams.

The Mechanical Engineer collaborates on design, development, and production, conducts FEA, prepares technical drawings, and provides support throughout the product lifecycle. Travel is required for client site support and inspections.

Designs, prototypes, and tests mechanical equipment and machinery. Creates CAD drawings and specifications, selects materials/components, develops control systems, analyzes test data, and supports production and inspection activities.

Design, program, commission, and install automated crane control systems including electrical schematics, PLC/HMI/SCADA/VFD programming, network integration, shop runoffs, customer startups, and project management to deliver systems on schedule and budget.

The Head of Technical Infrastructure leads DevOps and IT functions, focusing on security, compliance, infrastructure reliability, and vendor management. This role requires both strategic direction and hands-on execution, overseeing SOC2 and HIPAA compliance, cloud optimization, and cross-functional collaboration to align strategies with business objectives.

The Controls Engineering Manager leads a team in delivering automation solutions, manages resources, and ensures high-quality engineering outcomes while mentoring team members and addressing challenges.

Lead development and implementation of repeatable, high-yield manufacturing and assembly processes, ramp production with contract manufacturers, create fixtures/work instructions, drive PFMEA and control plans, perform first-article validation, support reliability testing, and lead cross-functional root-cause and corrective actions to ensure production quality and yield.

Senior engineer responsible for end-to-end application and system development, technical design and code reviews, requirements gathering, change request ownership, testing and deployment, on-call coordination, mentoring, and leading small-to-medium projects across multi-technology platforms.

Designs, develops, tests, and maintains complex multi-technology applications. Gathers requirements, leads change requests, performs design and code reviews, mentors teammates, coordinates on-call support, evaluates vendors, and proposes technical solutions and enhancements.

Designs, develops, tests and maintains complex multi-technology applications; leads requirements gathering, code and design reviews, change requests, on-call coordination, mentoring, and small-to-medium projects while proposing technical solutions and vendor evaluations.

Lead the design and development of scalable Python backend services and APIs on AWS, mentor engineers, and manage PostgreSQL databases in a healthcare technology environment.

Design, build, and operate exascale distributed systems and orchestration for AI research. Implement storage and compute scheduling across multi-region clusters, improve reliability and observability, collaborate with security and platform teams, and translate researcher requirements into scalable, high-performance infrastructure.

Lead design and development of infrastructure, automation frameworks, and internal developer tools. Build scalable services, APIs, dashboards, workflow engines, and LLM-powered workflows integrated with CI/CD, source control, test infrastructure, and observability. Define architecture and reliability practices, mentor engineers, review designs, and provide technical leadership for automation and tooling projects.

Architect and implement low-latency sensor-to-GPU data pipelines, develop system software, drivers, and APIs, work across FPGA, networking, and CUDA stacks, integrate diverse sensors into Holoscan, and debug and optimize real-time distributed systems under strict latency and throughput constraints while collaborating with hardware, firmware, and AI teams.

Design, update, and reverse-engineer CCA/PCBA hardware to meet customer requirements; perform schematic capture, circuit analysis, simulation, test procedure generation, failure analysis, and design reviews; collaborate with cross-discipline teams and customers to mitigate risks and ensure products meet cost, quality, and schedule targets.

Own and execute manufacturing test strategy for electro-mechanical and electro-optical products in NPI and transition. Develop, transfer, and install test platforms and procedures, support production troubleshooting and yield improvement, author test documentation, coordinate test capability relocations, and ensure equipment readiness, compliance, and cost-effective manufacturing test operations.

Support project engineering for optical/laser development and production: coordinate suppliers, analyze designs, develop specs and test plans, troubleshoot hardware/process anomalies, and collaborate across engineering, quality, program management and supply chain. May travel up to 10%.