Top Entry Level Linux Jobs in San Diego, CA

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.

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.

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.

General interest opportunity for software and hardware engineers across mobile, backend, algorithm, and electronic or medical-device hardware teams. Responsibilities may include mobile and Bluetooth development, API and cloud engineering, production signal-processing algorithms, Python-based data analysis, and high-volume device manufacturing, DFM, and BOM development. The hybrid role is based in Emeryville, California.

Provides production support for live testing environments by resolving incidents, monitoring system health, managing passwords, and conducting root cause analysis. Develops models, analytical tools, testing scripts, and monitoring capabilities using programming and data technologies. Partners with process and data owners to identify risks, improve processes, assess controls, and produce testing reports and actionable insights for stakeholders, auditors, and regulators.

Assists the Port Engineer with maintenance planning, repairs, inspections, preventive maintenance, troubleshooting, documentation, vendor coordination, regulatory compliance, procurement, and inventory management for Marlin-class vessels. Attends vessels during Jacksonville port calls and periodic ship rides, supporting operational readiness and safe vessel performance. The role combines office, warehouse, and hands-on maritime fieldwork.

Two-year rotational engineering program for new graduates, combining mentorship, technical training, and hands-on manufacturing experience. Participants support process improvement, Lean and Six Sigma initiatives, data analysis, root-cause investigations, capital projects, equipment installation, commissioning, validation, and operational optimization. The program develops manufacturing, engineering, troubleshooting, leadership, and project-management skills, with potential transition into a full-time engineering role after completion.

Leads Electrical Engineering, Cyber Engineering, and related programs while supporting strategic planning, curriculum development, faculty recruitment and evaluation, scheduling, accreditation documentation, assessment, laboratory development, funding pursuits, and departmental administration. The Chair teaches and participates in scholarship, supports students and faculty, integrates faith and learning, and advances the university’s Christian mission.