Top Linux Jobs in San Diego, CA

Build, deploy, and maintain production software that improves robotics operations. Develop internal tools, dashboards, automations, and integrations; learn and contribute to an Elixir-heavy system and Google Cloud applications. Partner with Operations and Engineering to discover workflow improvements, validate AI-assisted code, improve reliability, and support applications after launch.

Lead the technical vision and strategy for GPU execution across Zoox’s onboard AI platform. Own how perception, prediction, and planning workloads are scheduled, shared, isolated, and optimized across vehicle GPUs under fixed power, thermal, cost, safety, and real-time constraints. Partner with ML, autonomy, middleware, hardware, and infrastructure teams to improve onboard compute efficiency across future vehicle generations.

Lead the architecture, development, and deployment of Collision Avoidance System perception algorithms for autonomous vehicles. Design safety-critical C++ systems combining lidar, radar, camera, classical geometry, tracking, sensor fusion, and machine learning under strict latency and compute constraints. Own the technical roadmap, collaborate across autonomy and safety teams, define evaluation metrics, and mentor engineers while ensuring reliable production deployment.

As a Senior Software Engineer, lead design and development of core backend services while mentoring other engineers and enforcing best practices.

Leads end-to-end architecture, integration, verification, testing, deployment, and technical execution of complex C4ISR/C5ISR, surveillance, and Counter-UAS systems. Translates mission needs into scalable architectures, requirements, interfaces, and technical designs; guides multidisciplinary and multi-vendor engineering teams; resolves system-level issues; and supports customer demonstrations, proposals, field trials, and operational acceptance.

Develop and analyze flight-control and inertial-navigation systems for undersea vehicles. Responsibilities include creating 6DoF dynamic models, designing and tuning control algorithms, developing MATLAB/Simulink software, conducting software-, integration-, and hardware-in-the-loop testing, analyzing navigation sensors, and supporting laboratory and field tests. The role also involves documenting requirements, algorithms, defects, and technical results while collaborating with engineering teams and sponsors.

Leads sponsor engagement and research direction for military ground vehicle sustainment, readiness analytics, vehicle resilience, and cyber-secure maintenance. Provides expertise in military vehicle operations, automotive maintenance, lifecycle management, acquisition processes, and logistics systems. Builds defense R&D relationships, supports proposals and strategic planning, guides multidisciplinary teams, mentors staff, and translates operational sustainment challenges into actionable research objectives.

Leads architecture, software, controls, and usability for automated laboratory systems supporting oncology discovery. Designs workcells, liquid-handling integrations, user interfaces, data pipelines, monitoring tools, and diagnostic systems. Partners with scientists, software and hardware engineers, vendors, and platform leaders; oversees installation, validation, optimization, and root-cause resolution. Provides technical direction and mentorship while remaining hands-on with automation software, APIs, configuration, and AI-assisted tooling.

Owns software features from concept through delivery, building and enhancing customer, supplier, and internal business applications across frontend and backend systems. Partners with stakeholders to translate business needs into maintainable solutions, investigates production issues, contributes to architecture and engineering improvements, and leads projects or features. The role requires strong .NET, database, microservices, cloud, messaging, and modern software development experience, along with mentoring and cross-functional collaboration.

Supports engineering laboratory testing by preparing test equipment, data acquisition systems, fixtures, and instrumentation. Designs and documents electrical and mechanical test setups, maintains calibration and ISO 17025 compliance, troubleshoots testing issues, analyzes and documents test data, and contributes to equipment improvements, audits, procedures, and continuous improvement. Collaborates with engineering teams, vendors, and service providers while mentoring technicians and supporting multiple projects.

The Technical Solutions Engineer trains in sales roles, focusing on market growth and execution of sales strategies while learning about technical support and project management.

Supports engineering laboratory testing through test equipment setup, data acquisition, troubleshooting, calibration, maintenance, and documentation. Designs and builds electrical and mechanical test fixtures, maintains ISO 17025 compliance, supports audits and continuous improvement, and collaborates with engineers, vendors, and service providers. The role also mentors technicians and engineers, coordinates multiple projects, and assists with testing requirements involving electrical generation systems, sensors, instrumentation, and product development.

Leads the engineering department’s people, workload, priorities, and performance while developing customer relationships and engineered solutions. Coordinates applications engineering, quotations, design, manufacturing, quality, and sales activities. Oversees technical execution, documentation, capacity planning, continuous improvement, employee development, and cross-functional communication. The role combines mechanical engineering leadership with customer-facing business development in a custom industrial gearbox manufacturing environment.

Leads the architecture and setup of an enterprise Azure integration platform, including Azure Integration Services, infrastructure as code, CI/CD, security, governance, monitoring, and enterprise toolchain integration. Assesses and modernizes TIBCO integrations through phased migration, coexistence, testing, and cutover strategies. Provides technical leadership across architecture, infrastructure, security, DevOps, operations, and delivery teams while ensuring scalability, resiliency, compliance, and operational readiness.