Top Linux Jobs in San Diego, CA

Designs, architects, simulates, and characterizes high-performance analog and mixed-signal circuits for DDR memory interface chips. Responsibilities include receiver and sampler design, modeling, voltage and timing analysis, analog layout supervision, cross-functional collaboration, post-silicon debugging, and silicon-to-simulation correlation.

Lead semiconductor product engineering for new product introductions from kickoff through production and sustaining support. Define test coverage, characterization, qualification, and ATE processes for PMICs. Coordinate cross-functional teams, customers, suppliers, foundries, and OSAT partners while managing schedules and resources. Support wafer sort, final test, failure analysis, RMA activities, yield and cost optimization, and high-volume manufacturing bring-up. Apply C/C++, Linux, data analysis, and semiconductor device expertise.

Plans and coordinates system-level qualification and validation activities for product development projects. Defines test objectives, methods, schedules, resources, and costs; oversees execution across environmental, EMC, and other test domains; evaluates results; and drives resolution of defects and corrective actions. The role coordinates cross-functional stakeholders and external test facilities, supports strategic customer validation activities, contributes to test-process improvements, and communicates technical findings, risks, and recommendations.

Leads the E-Drive Services engineering group supporting motor product design, prototyping, testing, analysis, compliance, and manufacturing. Develops engineering strategies, evaluates emerging technologies, manages budgets and resources, and collaborates across project management, design, applications, industrial engineering, quality, and customer teams. Recruits and develops multidisciplinary hardware, software, PCB layout, and technician staff while ensuring product quality, reliability, regulatory compliance, and organizational growth.

Provides polymer design expertise within product development teams, using material analysis, Moldflow simulations, CAD modeling, and tooling knowledge to optimize component performance, manufacturability, durability, and cost. Collaborates with engineers and suppliers, manages component data in SAP, presents recommendations to stakeholders, mentors junior engineers, and supports prototype and production activities. Travel of up to 20% may be required.

Develops technical proposals and engineered machining solutions for CNC machine tools, turnkey manufacturing systems, and automation projects. Reviews drawings, GD&T, and customer requirements; creates machining concepts, layouts, scope of supply, pricing, and proposal documentation. Coordinates with sales, engineering, product management, and suppliers, supports customer presentations, and ensures accurate, competitive proposals are delivered on schedule.

Leads applications engineering for large machine tools, including double-column machines, boring mills, and large VMCs and HMCs. Oversees machine setup, installation, prove-outs, machining process optimization, demonstrations, customer support, machine configuration, troubleshooting, and technical project coordination. Mentors applications engineers and trains customers and internal teams. Requires extensive travel, up to 90%, for installations, demonstrations, and project support.

Develop and prove out CNC machining processes for SMX and DNX mill-turn machines. Responsibilities include CNC programming, machine setup, tooling and workholding selection, process validation, troubleshooting, customer test cuts, turnkey project support, training, technical sales support, documentation, and travel to customer and distributor sites.

Oversees complex systems and services development, including business and user needs analysis, requirements definition, systems design, software evaluation, testing, implementation, documentation, training, production support, database work, and post-implementation improvement. The role collaborates with users, vendors, and contractors to develop technology solutions, automate business processes, and enhance digital products and services.

Supervises professional engineering staff and consultants; manages engineering studies, designs, calculations, cost estimates, specifications, contracts, bids, inspections, and infrastructure projects. Resolves technical and contract issues, oversees budgets and workloads, prepares reports and legislation, and presents findings to agencies, boards, committees, staff, and the public. Work may involve civil, environmental, sanitary, structural, electrical, mechanical, chemical, transportation, water, and wastewater engineering.

Build and own full‑stack applications for clinicians and researchers: real‑time oversight interfaces, schema-to-API-to-UI features, no-code agent behavior tools, and natural‑language exploration of healthcare data. Ensure high correctness, reliability, and performance for systems handling sensitive patient data while collaborating with designers, clinicians, and customers.

Lead and scale engineering across application, backend, infrastructure, and data teams. Responsibilities include hiring and developing engineers, guiding architecture and system design, driving reliable product execution, establishing engineering standards, shaping platform strategy, and partnering with AI, product, and customer-facing teams. The role also requires maintaining strong reliability, security, and privacy practices for clinical patient data.

As a Senior Full-Stack Engineer, you will build applications for clinical operations, design APIs, implement real-time interfaces, and collaborate with teams on patient data management.

Designs, develops, integrates, debugs, tests, and sustains embedded software for process analytical equipment. Owns significant features, software architecture, requirements, interfaces, traceability, and cybersecurity-aligned development practices. Collaborates with software, hardware, systems, test, project management, and product teams; contributes to reviews, documentation, releases, and technical mentoring.

Design and maintain automated test systems, frameworks, and reusable tools for embedded products. Develop integration, system, regression, and verification tests; troubleshoot hardware and software failures; and support manual testing. Collaborate with software, systems, hardware, and test engineers on requirements, risk, traceability, cybersecurity testing, and test strategy. Build testing capabilities for communications, networking, interfaces, and complex system behavior while applying automation and AI-assisted tools to improve coverage and efficiency.

Design and develop valves for U.S. Navy submarines and aircraft carriers. Responsibilities include reviewing specifications, creating CAD models and manufacturing drawings, supporting quality and manufacturing teams, troubleshooting shop-floor issues, preparing assembly and testing procedures, and performing stress analysis. The role requires a mechanical engineering degree and manufacturing-process knowledge, with preferred experience in engineered-to-order products, product data systems, valves, BOM development, and ASME standards.

Lead architecture and development of embedded firmware for power conversion products. Build RTOS-based control systems, drivers, bootloaders, diagnostics, telemetry, safety infrastructure, secure updates, and device communications. Establish testing, CI/CD, and developer tooling practices while debugging hardware, evaluating microcontrollers, collaborating across firmware and hardware teams, and mentoring engineers.

Lead regulatory compliance and certification testing for medium- and high-voltage power electronics. Translate global standards into test plans, run safety, performance, environmental, and grid-interconnection tests, and coordinate certification campaigns with NRTLs and third-party labs. Design test setups and automation, document traceable results, investigate failures, and drive root-cause corrective actions with design engineering teams. Support product certifications and market entry for grid-connected converters, inverters, and rectifiers.

Own quality outcomes for VALORANT Organized Play features and services. Lead risk assessment, defect triage, prioritization, test strategy, release readiness, and scalable test coverage. Execute or coordinate whitebox and blackbox testing with distributed testers, analyze quality metrics, report defect and coverage trends, partner with multidisciplinary Agile teams to improve testability, and mentor less experienced testers.

Designs, programs, installs, commissions, and troubleshoots industrial automation systems, including HMIs, PLCs, sensors, robotics, and production equipment. Performs preventive maintenance, root cause analysis, repairs, acceptance testing, documentation, and safety compliance. Collaborates with engineering, maintenance, and production teams to minimize downtime and support equipment upgrades.

Own the system-level architecture and integration of automated robotic parking hardware. Define interfaces, requirements, configuration controls, supplier specifications, acceptance criteria, and building interfaces. Lead integration across mechanical, electrical, controls, software, safety, and operations, including industrial protocols such as VDA5050, Modbus, OPC UA, and CAN. Troubleshoot deployed systems, manage supplier conformance, support field resolution, and provide technical leadership while remaining an individual contributor.