Top Linux Jobs in San Diego, CA

Electrical Engineering Interns develop and modify electrical and electromechanical systems, power distribution, control systems, and custom components for semiconductor equipment. They apply engineering methods, contribute to research, create functional specifications, collaborate with multidisciplinary teams, and troubleshoot systems. The role requires understanding of power distribution, signals and controls, PCB design, electrical standards, CAD tools, and system automation.

Designs, builds, and troubleshoots radio frequency solutions for power delivery and plasma generation in semiconductor etch and deposition equipment. Develops innovative RF generator designs and new power sources for wafer fabrication products. The role typically requires at least five years of related experience with a bachelor’s degree, three years with a master’s degree, or a PhD without experience.

Designs and validates mechanical and electro-mechanical systems for semiconductor etch and deposition products. Responsibilities include CAD modeling, materials selection, FEA and thermal analysis, testing, manufacturability, GD&T documentation, FMEA, technical specifications, supplier collaboration, and mentoring junior engineers.

Oversee and improve manufacturing processes for composite propellants and propellant-loaded devices. Develop process documentation, work instructions, tooling, automation, validation plans, and technical reports. Apply DOE, FMEA, and PHA methods; support product and facility development; diagnose complex technical issues; estimate production resources; train technicians and operations personnel; and ensure safe handling and regulatory compliance for energetic materials.

Develop and maintain scalable web advertising solutions and SDKs for FOX digital products. Build video and display advertising, analytics, and measurement capabilities; integrate third-party platforms such as Google Ad Manager, IMA, and FreeWheel; troubleshoot browser and device issues; optimize performance; and collaborate with product, design, QA, engineering, and external partners. Contribute to code reviews, testing, CI/CD, and engineering best practices while supporting high-traffic consumer web applications.

Own the architecture, adoption, and evolution of the company’s frontend design system and shared component libraries. Build standardized tooling, packaging, distribution workflows, and scalable frontend foundations covering theming, accessibility, performance, testing, versioning, and documentation. Develop reliable AI-assisted interface frameworks, collaborate with product engineering and design teams, author technical designs, drive decisions, and mentor engineers.

Build and improve frontend platform components, shared libraries, design-system tooling, and developer workflows. Develop automation that connects design assets with production code, modernize legacy infrastructure, and collaborate with engineers and designers on reusable solutions. Contribute to technical decisions while maintaining strong testing, accessibility, performance, documentation, and code-review practices. Use AI coding tools and agent-based workflows to support high-quality software development.

Designs, develops, and maintains healthcare interoperability solutions and full-stack applications using Java or .NET, React, and GCP. Integrates healthcare systems and APIs using HL7, FHIR, and OMOP standards; implements DevOps, CI/CD, monitoring, security, and compliance practices. Collaborates with product, data, cloud, and implementation teams to deliver scalable platform capabilities, support technical roadmaps, define SDLC processes, and mentor engineers.

Serve as the senior technical authority for Mayo Clinic’s enterprise robotics architecture. Define standards, reference architectures, vendor evaluation frameworks, interoperability, data governance, observability, orchestration, security, safety, and reliability for heterogeneous robot fleets. Establish multi-year technical direction for AI-driven autonomous, generalist, and humanoid systems in a regulated healthcare environment.

The Senior Platform Engineer designs and operates cloud governance, FinOps, SecOps, compliance, cost allocation, vulnerability management, and capacity reporting across GCP, Azure, and on-premises environments. The role builds policy guardrails, dashboards, integrations, and CI/CD security workflows; tracks remediation, audit evidence, risk mitigation, reservations, and resource utilization; and provides technical guidance to finance, security, compliance, program, and product stakeholders.

Provides strategic and operational leadership for enterprise networking, Azure connectivity, telephony, contact center, video conferencing, and unified communications. Leads multiple technical teams, defines technology roadmaps, oversees infrastructure design and operations, manages vendors, contracts, budgets, lifecycle planning, incidents, and service reliability. Partners with cybersecurity and architecture teams to improve resilience, zero-trust security, regulatory compliance, and cloud modernization across headquarters, branches, data centers, and cloud environments.

Lead DFT programs from architecture and specification through implementation, verification, tape release, silicon bring-up, and production. Responsibilities include scan, MBIST, boundary scan, ATPG, test-vector generation, coverage improvement, timing closure, ATE validation, silicon debug, failure analysis, yield improvement, and automation. The role collaborates with physical design, test, manufacturing, customers, and global engineering teams while developing DFT solutions for advanced-node ASICs.

Defines multi-generation memory and data-transport architecture for AI/ML accelerator silicon. Owns HBM, DDR-family, SRAM, controllers, caches, scratchpads, on-die interconnects, DMA engines, and workload-driven performance and power tradeoffs. Leads architecture across silicon generations, vendors, and internal teams, using analytical and simulation models to optimize bandwidth, latency, scalability, and energy per bit.

Develop Python desktop applications, calibration and manufacturing test software, PyQt graphical interfaces, instrument drivers, real-time data visualizations, and MES integrations for gas flow controller products. Work hands-on with laboratory hardware and test stations, automated testing, multithreading, debugging, serial communications, and quality assurance workflows.

Lead the development, deployment, administration, and sustainment of enterprise engineering applications, including PLM, CAD/PDM, MBSE, and change-management platforms. Build dashboards, integrations, ETL pipelines, workflow automations, and AI-enabled tools using technologies such as SQL, Python, and Power BI. Manage data governance, compliance documentation, system releases, vendor escalations, user training, platform evaluations, and engineering application adoption across hardware and software development teams.

Leads corporate research and development for the Plastics Division, coordinating product development, plant trials, customer qualifications, commercialization, raw-material approval, resin optimization, and cost-reduction initiatives. Provides technical support to customers, sales, procurement, and manufacturing teams; investigates quality and performance issues; supports corrective actions and laboratory capability evaluations. Maintains awareness of flexible-packaging technologies and contributes to strategic planning, process improvement, supplier collaboration, and technical customer or industry engagements.