Top Entry Level Linux Jobs in San Diego, CA

Supports development of automated manufacturing systems by releasing electromechanical designs, managing purchasing and vendors, sourcing components, reviewing designs and drawings, and maintaining project schedules and design-control activities. The role works on one to two concurrent projects in a production or light-manufacturing environment while following safety and quality requirements.

Designs and documents aircraft structural repair solutions for Airbus’s in-service fleet. Interprets damage reports, aircraft configurations, engineering drawings, and technical data; collaborates with static stress and fatigue teams; and creates repair instructions, technical dispositions, communications, and drawings. The role supports metallic and composite structures, responds to repair queries, and works onsite in Wichita with limited domestic and international travel.

Leads and mentors software engineering teams while coordinating delivery across Product, Quality Engineering, SRE, Security, Architecture, and Operations. Contributes hands-on to coding, debugging, API design, architecture, and scalable platform services. Drives engineering excellence through operational metrics, incident management, technical debt reduction, continuous improvement, and modern development practices. Manages performance, staffing, resource allocation, stakeholder communication, and delivery across global teams.

Supports bioengineering work at Visby Medical, an early-stage biotech developing a novel infectious-disease diagnostic device platform. The posting provides limited role-specific responsibilities or qualifications.

Lead frontend engineering initiatives for Grafana’s DataViz squad, from problem framing through rollout and measurement. Build and improve visualization features using TypeScript, React, uPlot, and eCharts; mentor engineers; contribute to design reviews and technical proposals; participate in on-call and incident response; support customer escalations; and collaborate across squads. The role also emphasizes open-source contribution, observability expertise, pragmatic AI-assisted development, and effective remote communication.

Design and build high-performance, reliable, scalable network acceleration and distributed systems software. Responsibilities involve applying coding and distributed-systems expertise, debugging complex problems, and contributing to systems involving operating systems, networking, congestion control, and large-scale deployments.

Supports the design, integration, troubleshooting, and continuous improvement of robotic automation systems used in production and testing. Responsibilities include mechanical CAD design, PLC and PC-based control programming, industrial robot integration, sensor and vision system integration, fixture fabrication, system troubleshooting, performance optimization, documentation, and collaboration with engineering teams and vendors.

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 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.

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.