Top Linux Jobs in San Diego, CA

Leads research and development of advanced composite materials, formulations, manufacturing processes, and production technologies for aerospace applications. Responsibilities include material characterization, qualification, Design of Experiments, process optimization, root cause analysis, supplier qualification, scale-up, project and budget management, technical documentation, intellectual property support, and cross-functional collaboration. The role also mentors team members, ensures safety and regulatory compliance, and travels to partner and company sites to support benchmarking and technology deployment.

Supports automation systems across a biopharmaceutical manufacturing site, including PLCs, SCADA, DCS, and building automation systems. Responsibilities include system integration, GMP validation, specifications, testing, troubleshooting, change controls, risk management, training, documentation, continuous improvement, contractor coordination, and rotating on-call support. The role collaborates with manufacturing, quality, engineering, IT, facilities, supply chain, and tech transfer teams to maintain reliable production and regulatory compliance.

Develops and runs trajectory simulations and 3-DOF/6-DOF vehicle models for missiles, spacecraft, hypersonic vehicles, and aerospace systems. Models vehicle dynamics, propulsion, aerodynamics, navigation, guidance, and control behavior; validates performance; conducts trade studies; optimizes simulation integration; collaborates on simulation tools; and documents technical analyses. The role requires extensive aerospace modeling experience and an active Secret or higher clearance.

Leads missile defense and hypersonic defense modeling, simulation, and performance analysis studies. Defines objectives, metrics, assumptions, work packages, schedules, and deliverables; evaluates models, data, uncertainty, and technical results; coordinates multidisciplinary engineering and AI/ML teams; manages customer and contractor interfaces; prepares technical reports and briefings; and mentors engineers and analysts.

Supports current and future mission programs across software development, systems engineering, cloud infrastructure, DevOps, cybersecurity, data engineering, networking, and mission integration. Responsibilities include developing applications and APIs, managing cloud and container platforms, designing secure architectures, supporting RMF and ATO activities, building data pipelines, integrating geospatial and mobile systems, and delivering technical documentation, training, and operational support in secure environments.

Own the design, implementation, scalability, security, compliance, and reliability of frontend and backend systems supporting Frontier products and patients. Lead complex feature development, mentor engineers, conduct code reviews, reduce technical debt, and ensure logging, monitoring, and auditability. Participate in primary on-call rotations, investigate and resolve production incidents, and coordinate with compliance and leadership. Collaborate with product, operations, and compliance stakeholders while approving changes involving PHI, authentication, permissions, and data models.

Set technical direction for AI-native developer tooling, including context aggregation, MCPs, CLIs, sub-agents, integrations, code review, testing, documentation, and autonomous development systems. Establish architecture, access controls, guardrails, cost optimization, model routing, and developer-velocity measurement. Partner with engineering, platform, infrastructure, and application teams to deliver production solutions, influence standards, communicate technical strategy, and mentor senior engineers.

Supports embedded software development for vehicle drivetrain systems through scripting, test case development, process automation, software component creation, test bench setup, and simulation and vehicle data analysis. The intern participates across the software development lifecycle, including requirements, architecture, integration, verification, and testing, while working onsite at least three days per week in Auburn Hills.

Designs and develops 800V and 1500V power converters for datacenter infrastructure and electrified vehicles. Responsibilities include creating schematics, performing circuit analysis and simulations, conducting verification testing, modeling power circuits, calculating power dissipation, completing DFMEA, documenting requirements, and supporting multidisciplinary hardware development. The engineer also communicates technical status and applies electrical engineering expertise in laboratory environments.

Own mechanical CAD design and release for industrial power products from concept through production. Create complex 3D NX models, 2D drawings, and GD&T schemes for components such as housings, bus bars, harnesses, heat sinks, PCB packages, and stampings. Lead design reviews, meet project milestones, resolve technical challenges, and mentor junior designers. The role requires expertise in mechanical part design, drafting, and power electronics applications.

Sets up, operates, maintains, and troubleshoots broadcast studio equipment and systems for live and recorded productions. Manages audio, video, graphics, automation, networking, inventory, documentation, and equipment compliance. Supports offsite broadcasts, trains staff, monitors studio functionality, resolves technical issues under pressure, and collaborates with production teams to ensure high-quality broadcasts.

Performs traffic and transportation planning, traffic impact analysis, roadway and traffic signal design, permitting, and infrastructure project support. Prepares engineering documents, traffic impact and parking studies, and draft reports using SYNCHRO, HCS, AutoCAD, MicroStation, and SoftDesk. Collaborates in cross-disciplinary teams while applying civil engineering principles, advanced mathematics, and analytical skills.

Supports manufacturing ERP implementation by creating routings, process maps, time studies, cost models, BOMs, and part master data. Drives Lean and Six Sigma continuous improvement, develops SOPs, evaluates manufacturing technologies, provides cost and efficiency recommendations, and presents findings to management. Collaborates across manufacturing, engineering, and finance teams while training employees on industrial engineering and improvement methods.