Top Entry Level Linux Jobs in San Diego, CA

Investigate, improve, and maintain metrology measurement recipes; troubleshoot metrology and inspection tools; perform root-cause analysis; manage WIP and production priorities; implement improvements and BKMs; support shift operations, training, and documentation in a high-volume semiconductor fab environment.

As an Operations Improvement System Engineer, you'll analyze and optimize production operations, improve manufacturing efficiency, and support technical expertise for decision making.

Support and improve photomask/reticle manufacturing by monitoring process health, analyzing yield and defect trends, partnering with equipment teams, performing root cause analysis on out-of-spec reticles, driving data-based disposition decisions, and communicating BEOL issues to improve yield and cycle time.

Contribute to silicon reliability across design, production test, post-silicon bring-up, and in-field monitoring. Build and apply AI/ML (including LLMs) to automate workflows, accelerate debug, and extract telemetry insights. Collaborate with cross-functional teams and prototype new DFX/SLM/RAS methodologies, documenting and hardening successful solutions.

Support gearbox and mechatronics engineering team with CAD/3D models, BOM/PLM management, requirements writing, CAE analysis and CAE-test correlation, DFMEA, process creation, and documentation to aid product development and virtual validation.

Assist in the development and manufacturing processes as a supplier quality engineer in automotive seating systems at Magna.

The Technical Quality Assurance Inspector I conducts supervised inspections of manufacturing goods, interpreting technical documents, ensuring quality compliance, and documenting results using Microsoft Office tools.

Support development, implementation, and optimization of manufacturing processes. Assist production line setup, troubleshoot equipment, produce process documentation, use CAD for tool and equipment design, analyze production data, and participate in continuous improvement initiatives to improve efficiency and quality.

The Propulsion Engineer I develops manufacturing processes for the Aeon-R engine, collaborates with design and production teams, and participates in testing and failure investigations.

Support RF antenna and RCS measurements in anechoic chambers, acquire and analyze multi-dimensional antenna data, automate measurement analysis, develop test procedures, troubleshoot RF hardware, collaborate with engineers and technicians, and present results.

Entry-level electrical engineer responsible for troubleshooting and testing electronic components, modules, and systems using schematics and test procedures. Perform module tests, designate rework instructions, approve/reject results, and collaborate with teams to ensure production functionality and sustainment of electronic warfare systems.

Provide SRE/DevOps production support for Wealth Management applications: manage incidents, improve stability and performance, automate operational work, support CI/CD, troubleshoot outages, conduct post-mortems, collaborate with development and business teams, and manage capacity, change, and monitoring using Java, Unix/Linux, DB2, scheduler and observability tools.

Work directly with customers to design and build end-to-end data-driven solutions. Responsibilities include architecture, large-scale data wrangling, custom web app development, collaborating with technical and non-technical stakeholders, and traveling to client sites to deploy and iterate on high-impact projects.

The Aerospace Modeling & Simulation Analyst will perform analysis and modeling of aerospace systems for ISR efforts, develop tools, and present findings to decision-makers.

Join Ibotta's engineering team to design, build, deploy, and operate large-scale, fault-tolerant consumer-facing systems using AWS and serverless architectures. Collaborate cross-functionally, leverage AI tooling and context-engineering techniques, contribute to CI/CD, write tests, participate in code reviews, and own features end-to-end while maintaining observability, SLOs, and production reliability.