Top Linux Jobs in San Diego, CA

Lead strategic customer deployments of AI solutions from discovery through production. Architect and build AI agents, vibe apps, MCP integrations, workflows, and custom scripts using TypeScript, Node.js, and React. Partner with C-suite stakeholders, Sales, Customer Success, and Product to drive adoption, measurable ROI, and workflow improvements. Instrument deployments, run evaluations, convert insights into product requirements, and create reusable assets and playbooks.

Lead strategic customer AI deployments from discovery through production. Architect and build AI agents, integrations, workflows, and applications; advise C-suite stakeholders; own adoption, throughput, and ROI outcomes; run evaluations; and convert deployment insights into reusable assets, product requirements, and roadmap input.

Leads a team of 6–10 engineers building and operating cloud-native platform services. Owns hiring, coaching, delivery, roadmap, reliability, scalability, SLOs, on-call practices, and technical direction across hyperscaler, on-premises, and sovereign environments. Partners with senior engineering stakeholders, reviews designs and code, contributes to architecture and implementation, and communicates risks and trade-offs to leadership. Requires extensive production software experience, Kubernetes and distributed systems expertise, people management experience, hyperscaler knowledge, and familiarity with CI/CD, GitOps, and infrastructure as code.

Leads the design, development, testing, troubleshooting, and implementation of electrical systems for aerospace flight control actuation systems. Responsibilities include circuit design and simulation, PBA bill-of-materials generation, feasibility studies, technical analysis, regulatory compliance, project management, and documenting test results. The role provides technical guidance to engineering teams and collaborates with cross-functional stakeholders while managing project timelines, budgets, and resources.

Performs finite element, thermal, and structural analyses of aerospace and space-system components, including reaction wheels, gyroscopes, isolation systems, mechanisms, and electronics packaging. Develops analysis methods, documents technical results, prepares reports, and presents findings to internal and external customers. The role is hybrid in Glendale, Arizona, with full-time onsite work required during the first 90 days.

Design and analyze bearings and mechanical systems for aerospace engines, including life, fit, and clearance analysis. Determine bearing configurations, document engineering results, support component and engine testing, analyze test data, and improve design and simulation methods. Provide technical oversight for mechanical systems architecture, coordinate contributors, lead design reviews and reports, estimate resources, mentor engineers, and support customer proposal activities.

Develops verification testbenches, test plans, test suites, and functional coverage for complex IP, subsystems, and SoCs. Collaborates with design teams to review microarchitectural specifications, debug issues, and develop reconfigurable IP features. Uses simulation, formal verification, debugging, and coverage tools while supporting verification documentation and quality targets.

Designs, develops, and verifies IC package layouts for next-generation System-in-Package and SoC products. Responsibilities include high-speed and high-power routing, stack-up creation, reference-plane and power-distribution implementation, feasibility studies, and resolving complex design issues using Cadence APD or SiP tools. The engineer will also improve packaging methodologies, support standardization, evaluate design tradeoffs involving size, cost, and performance, and collaborate with globally distributed teams.

Leads a team of 5–10 engineers building real-time market data and analytics infrastructure for trading systems. Owns technical strategy and roadmap, drives delivery, ensures data accuracy, reliability, low latency, and scalability, and partners with Product and engineering teams. Responsibilities include hiring, coaching, developing senior engineers, maintaining engineering standards, and delivering index pricing, market data ingestion and distribution, and funding rate computation systems.

Leads architecture and hands-on engineering across a futures commission merchant platform, including market data, order routing, settlement, reporting, risk, and liquidation. Drives replatforming away from legacy vendors, improves reliability and technical quality, partners with product, risk, operations, finance, and compliance, and mentors engineers. Requires extensive backend distributed-systems experience, direct FCM or derivatives expertise, regulated-finance experience, and proficiency in Go, Java, or similar technologies.

Build and operate low-latency, event-sourced trading infrastructure for Coinbase’s institutional exchange, including matching engines, order management, risk, market data, and funding systems. Own reliability, correctness, incident response, and failover for high-throughput 24/7 production systems. Drive technical designs, collaborate cross-functionally on milestones, and write highly tested performance-critical backend code in Java, C++, or Go.

Develops secure, scalable Java and AWS software solutions for JPMorganChase’s Digital Credit Journey team. Responsibilities include system design, application development, troubleshooting, testing, architecture documentation, event-driven APIs, Kafka streaming, cloud-native AWS development, data analysis, and operational stability. The role also requires responsible use of AI-assisted coding tools, adherence to secure coding practices, collaboration in an agile environment, and continuous improvement of software architecture and development processes.

Lead technical design and delivery of high-performance, secure backend systems. Develop and review production code using TDD, mentor engineers, prototype AI-enabled workflows, ensure reliability, performance, and compliance across distributed services.

Develops secure, scalable Java and Spring Boot applications within an agile technology team. Responsibilities include software design, coding, testing, troubleshooting, architecture documentation, data analysis, system stability, and continuous improvement. The role also contributes to engineering practices and uses enterprise-approved AI coding tools and automation. Required technologies include Java, Spring Boot, Kubernetes, and cloud platforms, with Kafka, Cassandra, Spark, Scala, and HDFS preferred.

Develop and maintain scalable, reliable shared systems across Yext’s customer platform. Responsibilities include participating in the full software development lifecycle, designing and deploying infrastructure, developing storage systems, libraries, and frameworks, writing tested and documented code, collaborating across teams, and improving engineering practices. The role also involves responsibly using and validating AI-assisted development tools while maintaining ownership of code quality, security, privacy, and maintainability.

Lead the design, development, and delivery of scalable full-stack applications. Own architecture and technical direction, build front-end and back-end solutions, establish engineering and security standards, mentor engineers, conduct reviews, and drive platform modernization, reliability, observability, performance, and continuous improvement.

Supports Mastercard’s Business Operations Site Reliability Engineering team by improving production readiness, platform stability, automation, monitoring, capacity planning, and fault tolerance. The intern will assist with operational design, triage, root-cause analysis, post-mortems, risk mitigation, compliance, and proactive production and change management. The role involves programming or scripting, Linux systems, networking, cloud platforms, CI/CD, containers, observability, troubleshooting, and performance optimization.

Designs, analyzes, tests, and supports manufacturing of primary and secondary rocket structures for Relativity Space’s Terran R vehicle. Owns components from requirements through production, including load-path conceptualization, structural sizing, CAD design, drawing release, hardware test campaigns, and manufacturing process development. Uses NX/TeamCenter, Nastran, ANSYS, and hand calculations while collaborating across engineering and production teams.

Design, analyze, manufacture, and test rocket mechanisms including stage separation, payload deployment, landing gear, and aerodynamic actuation systems. The role covers full-cycle engineering, trade studies, requirements definition, structural analysis, subsystem integration, additive manufacturing, and hardware testing. The engineer collaborates with structures, avionics, fluids, vehicle design, test, loads, and manufacturing teams while leading projects to completion on schedule and within budget.

Owns system-level design and integration for complex rocket mechanisms, including thrust vector control. Defines requirements, CONOPS, verification plans, and test criteria; leads cross-functional collaboration across mechanical, actuator, GNC, avionics, and software teams. Coordinates design, manufacturing, integration, and testing while managing technical risks, schedules, and flight readiness. Provides hands-on support through test fixture design, sensor specification, automation, and root-cause investigations.

Design and build AI-native financial infrastructure, including scalable backend services, APIs, data models, and full-stack applications. Develop agent-powered workflows for underwriting, risk monitoring, collections, and payments. Operate applications in the cloud, participate in code reviews, and help evolve engineering standards and AI-assisted development practices. Collaborate with product, design, architecture, and engineering teams in a fast-moving startup environment.

Build AI agent-powered credit risk systems covering underwriting, monitoring, collections, and payments. Design scalable backend services, APIs, data models, and full-stack applications using TypeScript, React, and Node.js. Deploy and operate cloud applications, contribute to architecture and engineering standards, review code, and collaborate with product and design teams in a fast-moving startup environment.