Top Entry Level Linux Jobs in San Diego, CA

Lead Attentive’s cloud platform organization, overseeing AWS infrastructure, Snowflake and centralized data platforms, database infrastructure, DevOps, and cloud cost optimization. Set technical strategy, improve reliability and operational standards, lead migrations, build self-service developer workflows, and develop engineering managers and technical leaders. Partner across Engineering, Product, Finance, and Developer Experience to improve infrastructure efficiency, scalability, security, and delivery speed.

Build, maintain, and improve Weave’s cloud infrastructure for reliability, scalability, and performance. Responsibilities include automating infrastructure operations, designing highly available systems, managing Kubernetes and cloud services, developing monitoring and alerting tools, resolving production issues, and participating in a weekly on-call rotation. The role also involves Infrastructure as Code, GitOps, CI/CD, and collaboration with product engineering teams.

Designs, develops, tests, and improves products, equipment, systems, and processes. Interprets engineering requirements and documentation, validates designs, investigates technical issues, develops solutions, and supports cross-functional teams across manufacturing, operations, procurement, sales, projects, and service. The role also contributes to continuous improvement and communicates technical recommendations while balancing safety, quality, cost, reliability, and performance.

Research Engineer developing human-robot interaction systems for consumer robots. The role spans robotics research and hands-on engineering across motion, perception, sensing, actuation, thermals, inference, firmware, hardware, datasets, and evaluation. Responsibilities include inventing and testing novel approaches, building real hardware and ML systems, deploying reliable low-latency solutions on edge devices, and documenting reproducible results. Candidates should demonstrate self-directed projects, end-to-end artifacts, hardware experience, ML deployment, and cross-layer technical adaptability.

Creates photometric layouts and lighting calculations for project proposals and specifications. Reviews construction drawings, ensures designs meet energy codes and performance standards, recommends fixtures and layout strategies, revises designs based on feedback, and supports quotations, project management, sales, and customer communications. Maintains technical documentation and contributes to product substitutions, value engineering, design reviews, and project kickoff meetings.

Lead Helion’s Controls Engineering team in delivering reliable LabVIEW- and NI-based control and data acquisition systems for fusion R&D, high-voltage testing, plasma technology, manufacturing, and future power plant applications. Set technical direction and engineering standards, oversee development and deployment, collaborate cross-functionally, and coach and grow the team while balancing rapid experimentation with scalable system architecture.

Develop and debug analog IC products, create application reference circuits, write datasheets and technical application notes, support computing customers and field application engineers, and provide power delivery network analysis and recommendations. The role collaborates with design engineering, field applications, and marketing teams and is based in San Jose, California, or Kirkland, Washington.

Build experimental applications and interactive tools for configuring experiments, monitoring execution, visualizing results, and capturing metadata. Integrate instrument APIs with SDKs, data services, backend systems, and automation workflows. Implement testing, logging, failure recovery, CI, packaging, and deployment improvements. Diagnose issues across application, performance, concurrency, native-code, and hardware layers while collaborating directly with scientists and engineers to deliver reliable software.

Develop and enhance telemetry processing and mission ground-system applications supporting ISS, SLS, Artemis, and future human spaceflight missions. Responsibilities include .NET Core and web application development, distributed systems, relational databases, network programming, automated testing, and Agile collaboration. The role also supports modernization from VMware environments to Kubernetes and OpenShift containers, GitLab-based DevSecOps practices, and the reliability, usability, and performance of mission-critical systems.

Lead semiconductor physical design from synthesis through tapeout, defining block-to-full-chip flows, PDN and clock-tree strategies, PVT corners, custom-cell and memory characterization, and PPA optimizations. Collaborate with physical design engineers to optimize utilization, power grids, and clock networks while delivering tapeout-ready designs using autonomous prompt-to-GDS capabilities.