Top Entry Level Linux Jobs in San Diego, CA

Support customer quality for manufacturing programs by reviewing contract and customer requirements, monitoring quality KPIs, facilitating MRB and FRB activities, preparing AS-9102 First Article Inspection Reports, publishing customer quality reports, and resolving customer quality issues. The role also ensures compliance with internal processes, the AS 9100 Quality Management System, customer specifications, and corrective or preventive action requirements.

Develop and improve high-performance embedded software for RF sensor systems supporting counter-drone and airspace management applications. Responsibilities include target detection and tracking, high-throughput data processing, fault monitoring and recovery, cloud and network integration, architecture, implementation, code reviews, documentation, testing, and validation. The role is primarily onsite in Syracuse, New York, with 10% travel.

Freelance Broadcast Engineers and EICs set up, operate, monitor, and troubleshoot broadcast systems for live sporting events and remote productions. Responsibilities include supporting RED camera systems, flypacks, fiber and video transmission paths, cabling, and immersive production workflows. Engineers collaborate with production crews, work extended shifts, travel to venues, and resolve technical issues under live-event pressure. Training on proprietary technology is provided, with recurring project-based assignments available based on event schedules and availability.

Validates pre-production SSDs using servers and ecosystem hardware, develops automated and manual test strategies, executes validation plans, analyzes results, reports findings, and improves testing methodologies. The role owns test coverage, coordinates with firmware and hardware design teams, supports shift-left initiatives, prepares validation samples, and helps drive defect root-cause analysis and resolution.

Build and deploy AI-powered solutions for heavy-industry customers. Responsibilities include understanding manufacturing, physics, and chemistry problems; analyzing data; developing models; writing frontend and backend code; building infrastructure and automation; rapidly prototyping; and consolidating successful solutions into robust software. The role requires extensive customer-site collaboration, strong communication, comfort with ambiguity, and travel of 25% to 75%.

Conduct soak testing activities for the 26D system or test program. The posting provides no further details about specific testing procedures, tools, deliverables, or responsibilities.

Develops, optimizes, and supports manufacturing processes and equipment. Responsibilities include improving quality, cost, flow, and process capability; reducing variation; designing fixtures and workstations; supporting product and equipment launches; resolving quality and safety issues; conducting root-cause analysis; and creating process documentation. The role collaborates across departments and applies continuous improvement, automation, statistical analysis, and manufacturing engineering principles.

Provides Tier I support for infrastructure components, monitors and escalates tickets, supports the VSI environment, troubleshoots operating systems, storage, applications, and networks, and contributes to technical projects. The role also involves monitoring critical devices, collecting and reporting data, assessing technology trends, and developing infrastructure solutions. Candidates need a bachelor’s degree, foundational IT knowledge, and must obtain an entry-level certification such as RHCSA or AZ-800 within one year.

Designs, integrates, tests, and sustains airborne electronic warfare systems and countermeasures for DoD aircraft platforms. Responsibilities include RF and EW research, system architecture, engineering specifications, laboratory, ground, and flight testing, troubleshooting, reliability analysis, and root-cause investigations. The engineer collaborates with technical teams to develop design improvements and support mission-critical fleet systems.

Develop, test, document, deploy, and troubleshoot software for semiconductor Atomic Layer Deposition equipment. Implement C# and .NET features, support equipment integration and laboratory testing, execute verification activities, maintain technical documentation, and collaborate with software and equipment engineers. The role also supports commissioning, system startup, software releases, and continuous improvement in office, laboratory, and manufacturing environments, with up to 15% travel for customer-site activities.