Top Linux Jobs in San Diego, CA

Define and lead micro-architecture for FPGA fabric primitives, optimizing power, performance, area, and utilization across device generations. Develop SystemC/C++ models, guide low-power design, define software primitives, and collaborate across architecture, design verification, firmware, and CAD teams from concept through silicon validation. Conduct fabric-level bring-up, characterization, post-silicon debugging, and executive-level technical presentations. Apply agentic AI methods to accelerate architecture exploration.

Leads the development and governance of quantitative safety metrics and benchmarking frameworks for Level 4 autonomous vehicles. Applies statistical inference, Bayesian methods, counterfactual modeling, rare-event analysis, risk quantification, and collision-severity modeling across road testing, simulation, and external datasets. Partners with engineering, data science, operations, policy, and executive teams to evaluate software releases, establish safety targets, and support driverless commercial-launch readiness.

Develops Python, PowerShell, Power Automate, and Revit automations that improve engineering, design, and business workflows. Responsibilities include scripting, AI tool integration, requirements gathering, Azure DevOps collaboration, Agile participation, documentation, user training, troubleshooting, and automation maintenance. Requires an associate degree or higher in a technical field and 0–2 years of experience, including internships or substantial projects. Python, Git, APIs, Microsoft automation tools, and communication skills are important; Revit, AI, Azure, and Agile experience are preferred.

Administer and troubleshoot Windows servers, workstations, VMware environments, Active Directory, enterprise storage, backups, and specialized RPA mission systems. Responsibilities include system installation, patching, recovery, hardware and network troubleshooting, STIG compliance, vulnerability remediation, and DoD cybersecurity support. The role operates on-site in a secure 24/7 mission environment and requires collaboration with military personnel, government customers, engineers, and technical teams.

Manufacturing Engineer responsible for sustaining and improving factory operations, particularly liquid filtration. Duties include improving yield, cost, quality, and safety; troubleshooting processes; managing capital equipment projects; developing preventive maintenance; supporting design for manufacturing; owning SPC and continuous improvement; documenting protocols; improving chemical cleaning tools; and assisting with factory layout and workflow design.

Own and maintain a hardware-in-the-loop test station for commercial electromechanical systems. Build Simulink plant models, develop fault-injection and emulation capabilities, translate requirements into automated tests, integrate regression testing into Linux CI, and debug failures across hardware, models, and firmware. Responsibilities include vendor commissioning, calibration, documentation, bench wiring, signal-level analysis, and collaboration with Firmware, Systems, Test Engineering, EE, and SW QA teams.

Develops, deploys, and supports secure, reliable, scalable production software. Collaborates with UX, engineering, product management, and agile teams to deliver testable solutions, automate infrastructure and testing, configure applications, and implement monitoring, dashboards, logging, and alerting. Contributes to resilience, performance tuning, security, and root cause analysis while continuously developing technical and leadership skills.

Improves manufacturing efficiency, productivity, quality, and process consistency through troubleshooting, root cause analysis, Lean and Six Sigma projects. Reduces downtime, waste, and variation; analyzes production data; collaborates with Operations, Maintenance, Quality, and Engineering; and implements process, equipment, and best-practice improvements on the production floor.

Provides metallurgical expertise for steel castings and forgings across two manufacturing facilities. Defines metallurgical requirements, ensures AAR and customer compliance, analyzes test data, leads welding metallurgy efforts, investigates quality and production issues, drives corrective actions, supports customer audits and technical reviews, and develops junior technical staff.

Leads site-level industrial engineering and continuous improvement projects focused on cost reduction, production efficiency, and business performance. Responsibilities include time studies, statistical analysis, cost-benefit analysis, Lean process implementation, 6S, value stream mapping, Kaizen and SMED events, standard work development, KPI tracking, root cause analysis, production reporting, and collaboration with operations managers. The role also includes pursuing Six Sigma Green Belt training and supporting progress plans.