Top Linux Jobs in San Diego, CA

Leads end-to-end development of full-stack web and mobile applications, data pipelines, AI-powered integrations, authentication systems, and deployment automation for internal employee experience tools. Owns architecture, implementation, reliability, stakeholder management, roadmap planning, and technical documentation. Mentors engineers, establishes software development standards, and collaborates with Security, Legal, HR, Finance, and Engineering teams.

Manages product approval and compliance projects for industrial safety systems. Interprets safety and performance standards, develops certification strategies, creates and executes test plans, analyzes results, prepares technical submissions, interfaces with certification agencies, maintains certifications, supports audits, and advises engineering and commercial teams on compliance requirements.

Designs, debugs, maintains, calibrates, and documents manufacturing test equipment for existing and new products. Develops test plans, supports quality and manufacturing engineering, performs preventive maintenance, soldering, wiring, and fixture setup, and contributes to root cause analysis, mistake proofing, defect prevention, and continuous improvement.

Develop and manage system requirements and architectures for electromechanical products across new product development and sustaining projects. Collaborate with electrical, software/firmware, mechanical, and test engineers; support verification, validation, risk analysis, traceability, design reviews, and lifecycle activities. Translate customer and product needs into technical requirements while contributing to reliable, safe, manufacturable, and sustainable system designs.

Develops and validates integrated EUV instrumentation systems across hardware, software, controls, electrical, mechanical, and physics domains. Responsibilities include writing system requirements, installing and testing components, creating test fixtures, troubleshooting engineering issues, coordinating cross-functional testing, reviewing technical documentation, and operating tools through build and factory acceptance testing. The role also supports system architecture, reliability, manufacturability, and customer interactions.

Designs, evaluates, and executes manufacturing engineering projects involving equipment, facility improvements, contractors, budgets, and schedules. Programs and configures PLCs, develops HMI screens, tunes control loops, designs electrical panels, and troubleshoots industrial control systems. Provides technical support and training to plant departments, coordinates installations, supervises contractors and project personnel, maintains documentation, and ensures compliance with safety and regulatory requirements.

Leads commercial and industrial HVAC design, including load calculations, equipment selection, layouts, engineering documentation, and Revit-based BIM/VDC coordination. Supports construction through RFIs, submittals, field observations, and issue resolution. Coordinates with contractors, architects, subcontractors, and project teams while managing schedules, quality, technical deliverables, and team members. Designs new construction, renovations, retrofits, and occupied-facility improvements in compliance with applicable mechanical, building, energy codes, and engineering standards.

Leads performance testing for large-scale enterprise applications, including strategy, workload modeling, scripting, load/stress/endurance/spike testing, monitoring, bottleneck analysis, tuning recommendations, reporting, and defect management. Coordinates performance test teams and validates APIs, SLAs, scalability, reliability, throughput, and resource utilization using tools such as LoadRunner, JMeter, Azure DevOps, Jira, and performance monitoring platforms.

Designs, builds, integrates, and commissions robotic and automated scientific instruments. Responsibilities include robot programming, motion control, sensor integration, mechanical and electrical design, calibration, testing, troubleshooting, documentation, safety implementation, and mentoring. The role leads subsystems from concept through deployment while collaborating with scientists and engineers in laboratory, machine shop, and assembly environments.

Intern will design, code, test, troubleshoot, and support manufacturing equipment and automation systems. Responsibilities include PLC-based hardware interfaces, robotics, electro-mechanical controls, electrical documentation, embedded programming, production-floor issue resolution, and continuous improvement across high-volume automation and manual assembly environments.

Supports industrial engineering and Lean continuous-improvement projects across manufacturing, business processes, and product development. Responsibilities include collecting and analyzing data, improving safety, ergonomics, labor efficiency, WIP, cycle time, and floor space, facilitating Lean training, managing layouts, conducting feasibility studies, and coaching teams on Lean tools such as 5S, Kaizen, standard work, and line balancing.

Designs, implements, tests, documents, and supports Windows-based medical device software. The engineer analyzes and verifies requirements, maintains development records, participates in software reviews, supports project goals, and collaborates with cross-functional engineering teams to improve development processes and methodologies.

Design and develop mechanical components, assemblies, and systems for transit bus and rail products. Create drawings and schematics, support DFMEAs, prototypes, validation testing, root cause analysis, and corrective actions. Collaborate with manufacturing, supply chain, field service, and sales teams to resolve technical issues and improve designs. The role also involves documentation, continuous improvement, and occasional customer or manufacturing-site travel.

Owns and improves machining and assembly processes across assigned product lines. Responsibilities include CNC/CAM strategy, tooling, process validation, DFM/DFA reviews, equipment qualification, SPC and capability controls, root-cause analysis, corrective actions, technical documentation, and cross-functional project leadership. The role also supports capital equipment implementation, trains operators and junior engineers, and ensures safety, quality, cost, delivery, and manufacturing compliance objectives are achieved.

Leads firearm product development engineering, including research, mechanical design, testing, validation, production release, and product improvements. Manages and mentors the R&D team, oversees product lifecycle and stage-gate processes, and collaborates with manufacturing, operations, suppliers, and business teams. Drives design-for-manufacturing, cost reduction, quality, tooling, process development, material science, and manufacturing efficiency initiatives. Maintains technical documentation, budgets, ISO compliance, safety standards, and continuous improvement efforts.

Oversee supplier quality for manufactured firearm parts through supplier audits, source and first-article inspections, incoming inspection planning, defect screening, root-cause analysis, corrective actions, nonconforming material disposition, and inspection-result communication. The role also trains quality inspectors, delegates inspection activities, maintains quality records, supports ISO standards and 5S practices, and ensures firearm safety and workplace compliance.