Top Entry Level Linux Jobs in San Diego, CA

Supports customer automation projects through installation, startup, maintenance, troubleshooting, repair, and modification of control systems. Programs PLCs, HMIs, and SCADA systems; works with industrial networks, drives, safety systems, and low-voltage equipment. Develops technical documentation, manages project schedules and reporting, identifies process improvements, and communicates with customer and company leadership. The role is onsite in Orlando and may require off-shift work, overtime, on-call availability, and weekends.

Supports rail and transit engineering projects by preparing design calculations, technical reports, plans, specifications, cost estimates, and CAD drawings. Work may focus on communications systems, signals and train control, or overhead contact systems. Performs research, data collection, field investigations, design development, and design-file organization while collaborating with project teams to deliver transportation infrastructure projects.

Improve manufacturing processes through lean methods, technical analysis, time studies, process troubleshooting, and facility layout planning. The role addresses safety, quality, ergonomics, cycle time, production flow, tooling, equipment, assembly, and material fabrication issues. Responsibilities include implementing engineering changes in JD Edwards, maintaining bills of material and routings, calculating labor costs, and collaborating on automation, robotics, and digital tool initiatives.

Deploy and optimize semiconductor EDA-to-ATE conversion flows using Velocity and related tools. Develop automation for STIL, WGL, EVCD, IJTAG, and SSN environments; support Advantest platforms; debug conversion, timing, protocol, and pattern issues; and create Python, Java, and related utilities. Collaborate with customer DFT and test engineering teams, support AI-assisted diagnostics and regression workflows, contribute to infrastructure improvements, and deliver global customer training and technical workshops.

Develop and define integrated front-end and back-end process flows for new nodes; coordinate across lithography, etch, deposition, diffusion, CMP, dielectric and metrology teams; optimize RC performance; establish process windows; analyze yield loss and perform root-cause analysis using SPC/DOE/FMEA; drive corrective actions and control plans; ensure reliability margins (EM, TDDB); support R&D-to-HVM ramp and document process specifications and SOPs.

Develop and integrate autonomy software for AI-enabled robotics and uncrewed systems. Responsibilities include Agile development, DevSecOps, CI/CD integration, software testing, modeling and simulation, application migrations, documentation, code reviews, architecture design, and integration with DoD-standard interfaces. The role supports autonomy programs, customer interactions, technical requirements alignment, and software development in modern Linux-based environments.

Leads API and UI automation testing by designing Playwright frameworks, building REST test suites, and validating backend functionality with Python. Integrates regression testing through Selenium Grid and Jenkins, reviews AI-generated automation scripts, creates Devin Playbooks, and supports test strategy, defect resolution, sprint activities, and SDLC quality. Mentors junior automation engineers in traditional and AI-assisted quality engineering practices.

Designs, integrates, prototypes, tests, qualifies, and manufactures rugged electromechanical hardware for military logistics systems. Responsibilities include enclosure and assembly design, sensor and electronics integration, DFM/DFA, CAD and manufacturing documentation, standards compliance, supplier coordination, troubleshooting, production transition, and field installation. The role requires hands-on work across mechanical and electrical systems in laboratory, manufacturing, vehicle, and potentially field environments.

Build internal fullstack products and human-robot interfaces for operating, monitoring, debugging, and deploying robots. Responsibilities include realtime video and robot-state systems, safety-focused UX, on-device and cloud architecture, fleet versioning, observability, workflow measurement, and direct user-driven product development. The role partners with researchers, operators, and roboticists across lab, warehouse, and field environments.

Supports quality and manufacturing development projects across glass production facilities. Responsibilities include laboratory testing, audits, food safety programs, corrective actions, process improvement, data analysis, customer investigations, quality documentation, and manufacturing process troubleshooting. The role includes plant rotations, extensive travel, technical training, and progression toward independent project leadership.