Top Linux Jobs in San Diego, CA

Leads and develops a data engineering team responsible for Snowflake, dbt, Python services on AWS, Airflow orchestration, integrations, reliability, and CI/CD. Owns technical strategy, platform administration, access controls, cost management, incident response, engineering standards, delivery, and team development. Partners with product, analytics engineering, DevOps, and business stakeholders to build scalable, reliable data systems.

Build and maintain automation systems, backend services, and lightweight internal web applications. Analyze cross-functional workflows, identify automation opportunities, and implement scalable solutions. Collaborate with engineering, product, operations, and sales teams while using AI-assisted development tools and LLM integrations. Participate in code reviews and continuous improvement while developing software engineering fundamentals.

Leads full-stack software engineering teams, large-scale technology projects, cloud-native and distributed system development, technical strategy, architectural roadmaps, and engineering talent development. Oversees Agile teams, drives enterprise technology alignment, mentors engineering leaders, manages succession planning, and partners with product, architecture, and platform teams to deliver reliable, high-performance solutions.

Build and lead full-stack software engineering projects using distributed microservices, cloud platforms, and modern programming languages. Responsibilities include designing APIs and reusable frameworks, partnering with architects and product managers, mentoring engineers, establishing engineering standards, improving system performance, reducing technical debt, and driving long-term technology strategy across Agile teams.

Build and lead full-stack software engineering projects using distributed microservices, cloud platforms, databases, APIs, container orchestration, and modern programming languages. Provide technical leadership across Agile teams, define architecture and service boundaries, improve system performance, reduce technical debt, establish engineering standards, mentor developers, and influence long-term technology strategy.

Build and deploy custom software solving operational problems at the intersection of engineering, business, customers, physical assets, and data. Responsibilities span full-stack development, Go services, GCP infrastructure, AI/ML, API integrations, IoT and edge workflows, infrastructure-as-code, automation, and production delivery. Engineers work directly with stakeholders to define ambiguous problems, architect solutions, and own outcomes end to end. This onsite/hybrid role requires strong communication, autonomy, systems architecture, and production engineering experience.

Build and deploy software connecting factory equipment, sensors, MES, quality systems, warehouse systems, edge platforms, and cloud services. Design industrial data flows using MQTT, OPC UA, and IIoT architectures; develop manufacturing analytics for OEE, throughput, downtime, quality, scrap, and traceability; and apply AI/ML to operational problems. Embed with plant teams, troubleshoot production systems, and own secure delivery across application, cloud, edge, data, integrations, and production support.

Develops, analyzes, builds, and tests spacecraft fluid components, electromechanical hardware, propulsion systems, and mechanisms. Owns critical spacecraft hardware, interfaces with production teams, performs engineering trade studies, and supports manufacturing and testing. The role requires mechanical or related engineering education, hands-on design/build/test experience, spacecraft propulsion knowledge, CAD and FEA proficiency, aerospace materials expertise, and up to 10% travel.

Develops spacecraft mechanisms from concept through flight, including design, analysis, fabrication, testing, and iteration. Owns critical spacecraft hardware, collaborates with production teams to translate designs into flight systems, performs trade studies and structural analysis, and supports testing, manufacturing, and integration. The role focuses on motorized assemblies, linkages, spring and damper systems, rotating hardware, and crew-operated mechanisms, with up to 10% travel to remote sites and vendors.

Leads enterprise architecture and integration initiatives across healthcare, HR, financial, and operational platforms. Designs scalable solutions, data flows, APIs, ETL processes, middleware, and system interfaces involving Epic, HL7, FHIR, and Workday. Supports data warehousing, analytics, governance, SDLC delivery, architecture reviews, technical documentation, risk management, testing, deployment, and production support while partnering with business, clinical, application, infrastructure, and data engineering teams.

Designs, develops, tests, deploys, and maintains software applications and ETL pipelines. Builds Python-based data processing workflows, writes optimized Oracle SQL, generates standardized flat files, troubleshoots pipeline and application issues, and collaborates with product, data architecture, and quality teams. Maintains documentation, version control, and data governance standards while supporting healthcare data integration.

Develops and maintains functional and automated software tests for healthcare payment applications. Responsibilities include analyzing requirements, creating test cases, executing Selenium-based automation, testing REST APIs, querying SQL databases, managing defects in Jira, validating payment workflows, reviewing test scripts, and supporting deployments. The role collaborates with cross-functional Agile teams and uses AI productivity tools, Linux commands, version control, and continuous integration practices to improve software quality.

Design and operate highly available infrastructure across multi-cloud and bare-metal environments. Automate reliability workflows using Python or Go, build self-healing systems, and improve observability through SLIs, SLOs, error budgets, Prometheus, Grafana, and OpenTelemetry. Lead incident response, on-call operations, post-incident analysis, operability reviews, and service maturity initiatives. The role also supports AI-driven operational efficiency, global networking, infrastructure as code, chaos engineering, and disaster recovery.

Lead a software engineering team developing reusable architecture assets, standards, libraries, templates, tutorials, and adherence frameworks. Drive cloud-native, DevOps, CI/CD, infrastructure-as-code, and AI-enabled engineering practices. Set team strategy, manage delivery and dependencies, partner with product and architecture stakeholders, coach engineers, conduct performance reviews, and promote continuous learning and adoption of shared engineering practices across teams.

Lead the design, development, modernization, and integration of cloud-based enterprise applications. Build full-stack solutions using Java, Spring Boot, Node.js, React, APIs, databases, and distributed technologies. Establish engineering standards, architecture, observability, CI/CD, and testing practices while troubleshooting production issues. Mentor engineers, guide technical decisions, collaborate with cross-functional teams and vendors, and drive platform reliability, performance, and technical debt reduction.

Provides equipment breakdown loss prevention consulting through on-site inspections of boilers, pressure vessels, and mechanical systems. Evaluates hazards, analyzes data, benchmarks customer performance against NBIC and industry standards, and recommends risk-reduction solutions. Prepares technical reports, supports implementation and training, develops customer relationships, and may assist with business development. This remote role requires approximately 75% travel and expertise in mechanical systems or loss control engineering.

Develops and optimizes manufacturing processes for RF and microelectronic aerospace products. Collaborates with design, quality, and production teams to ensure manufacturability and quality, analyzes production data, troubleshoots issues, and implements improvements to increase yield, efficiency, reliability, and performance.

Leads advanced combustor design, combustion analysis, rig and engine testing, CFD, thermal and finite element analysis, and engineering method development for aerospace engine programs. Supports manufacturing, installation, equipment evaluation, compliance, risk management, technical resolution, and fielded hardware. Serves as a customer and technical contact, contributes to new product development, and may mentor engineers in a regulated, global, matrixed environment.

Develops and optimizes manufacturing processes for RF and microelectronic aerospace products. Collaborates with design, quality, and production teams to ensure manufacturability and product quality; analyzes production data, troubleshoots issues, improves yield and efficiency, and applies process improvement methodologies. The role is onsite in Lansdale, Pennsylvania, and requires compliance with U.S. export control laws as a U.S. person.

Own the architecture, development, deployment, and ongoing optimization of enterprise Workday integrations. Partner with HR, payroll, finance, security, and technology stakeholders to translate business needs into secure, scalable designs. Lead troubleshooting, monitoring, governance, release testing, documentation, and production support while mentoring integration peers. The role requires deep Workday integration expertise, strong architecture judgment, knowledge of HR data and processes, and experience delivering complex integrations in enterprise environments.

Develop and scale full-stack software that calculates and delivers restaurant employee pay, including tip pooling, wage calculations, earnings retrieval, and payroll delivery. Responsibilities include designing reliable services, participating in code reviews and architecture discussions, influencing technical roadmaps, and collaborating with product, design, and engineering teams. The role requires backend development, modern web technologies, databases, distributed systems, messaging, microservices, and a strong focus on precision and production reliability.