Top Entry Level Linux Jobs in San Diego, CA

Supports V-22 flight-test instrumentation by developing test procedures, defining configurations, designing test hardware or software, reviewing test data, troubleshooting aircraft instrumentation, and coordinating with technicians and engineering teams. The role may require occasional short-term travel to remote offsite locations or Navy ships. Candidates need an engineering-related bachelor’s degree, instrumentation or test-methods experience, U.S. person status, and the ability to obtain a Secret security clearance.

Develop and validate satellite constellation simulations, mission concepts, payload models, EO/IR image-processing and tracking algorithms, and end-to-end mission performance tools. Collaborate with software and firmware teams on simulation platforms and support system trades, requirements validation, and mission operations analysis. The role is fully onsite, requires U.S. citizenship and the ability to obtain a Top Secret clearance, and supports national security space missions.

Represents Engineering on the Material Review Board in aerospace production, evaluating and documenting dispositions for nonconformances in aircraft structures, systems, tests, and wiring. Applies manufacturing and design knowledge to resolve production issues, investigate root causes, improve producibility, and recommend design or process changes. The role also supports cross-functional engineering and manufacturing initiatives, project leadership, and compliance with aviation regulations and OEM requirements.

Develops, tests, and troubleshoots software systems for staffed, semi-autonomous, and autonomous machines. Responsibilities include creating and executing validation plans, analyzing test and customer-site data, troubleshooting hardware and software issues, documenting defects, and communicating technical status. The role supports perception, positioning, machine health, reporting, operator assistance, calibration, simulation, and machine-learning infrastructure. It is fully onsite at Tucson Proving Grounds and requires up to 10% domestic travel.

Develops production-quality C++ software for autonomous large mining trucks. Responsibilities include software design, documentation, coding, requirements generation, architecture decisions, functional safety validation, product quality, and collaboration across development teams. The role requires onsite work in Mossville, Illinois five days per week and supports the development of autonomous vehicle models and features for mining and construction environments.

Designs and integrates autonomous mining truck systems, including system architecture, electronic interfaces, I/O requirements, and machine-control hardware. Leads integration projects, collaborates on hardware solutions, coordinates validation and field trials, advances systems into production, and troubleshoots technical issues. Requires strong engineering fundamentals, autonomy or robotics experience, and the ability to manage multiple complex projects.

Supports systems engineering throughout the space mission lifecycle, including requirements development, allocation, traceability, verification, validation, interfaces, technical documentation, MBSE modeling, integration and testing, and major design reviews. Collaborates with technical teams and subject matter experts to convert product requirements into integrated system solutions. The role is on-site five days per week and requires an active Top Secret/SCI clearance with potential polygraph eligibility.

Supports systems engineering across the full space mission lifecycle, including requirements development, allocation, traceability, verification, validation, interface management, MBSE modeling, integration and test planning, and technical documentation. Coordinates with subject matter experts, prepares materials for major design reviews, supports SEMP execution, and presents technical information to stakeholders. The role is on-site five days per week and may involve work in laboratories, production areas, cleanrooms, and other facilities.

Supports Air Force acquisition of the LGM-35A Sentinel ICBM system by verifying requirements, analyzing DOORS data modules and Cameo/SysML models, managing risk, tracking Technical Performance Measures, and preparing system qualification reports. Acts as an interface among the prime contractor and Air Force stakeholders to ensure requirements products align with government objectives throughout engineering development, deployment, and sustainment.

Lead certification and TSO approval programs for gas turbine engines, APUs, power generation systems, and related components. Develop certification strategies, interpret FAA and industry requirements, guide design and testing teams, collaborate with regulatory authorities, prepare technical reports, mentor engineers, and improve certification processes using Six Sigma methods.

Supports development, optimization, and sustainment of MMIC manufacturing processes from engineering transition through production. Performs RF measurements, product characterization, troubleshooting, root cause analysis, corrective actions, modeling, simulation, and technical documentation. Assists with IC package, test fixture, and PCB design, low-volume assembly, die inspection, and customer application support. Collaborates with engineering, manufacturing, quality, supply chain, suppliers, and customers to improve process capability, product performance, quality, and manufacturability.

Migrate, maintain, and optimize game development build pipelines across Unreal Engine Horde and Jenkins. Automate CI/CD workflows, manage cloud infrastructure, improve reliability and performance, support observability, troubleshoot Windows and Linux build environments, integrate Perforce, document standardized configurations, and collaborate with development, platform, and DevOps teams across multiple studios.

Migrate, maintain, and optimize game development build pipelines across Unreal Engine Horde and Jenkins. Responsibilities include cloud migration, CI/CD automation, Infrastructure as Code, configuration management, observability, troubleshooting, source control integration, documentation, and technical support. The role partners with developers, platform engineers, DevOps teams, and studios to improve build reliability, scalability, uptime, and performance across Windows and Linux environments.

Develop scalable full-stack analytics applications used by global clients. Responsibilities include designing service-oriented architectures, building web applications and microservices, writing maintainable and testable code, developing algorithms for large-scale data processing, contributing across the software development lifecycle, participating in code reviews, and collaborating in agile teams. The role requires expertise in Java, Spring Boot, React, PostgreSQL, system architecture, algorithms, and high-performance data environments.

Perform electrical and physical failure analysis on HBM products using emission microscopy, laser methods, EOTPR, and de-processing to identify root causes from test, qualification, and RMA data. Model failure signatures, generate reports with corrective actions, collaborate with cross-functional teams, maintain CMOS/FinFET process knowledge, apply AI-assisted analytics to large datasets, and support flexible shift schedules.

Develop and validate next-generation High Bandwidth Memory products through silicon characterization, circuit simulation, laboratory debugging, data analysis, and root-cause investigation. Collaborate with product engineering, design, manufacturing, test, and quality teams to resolve technical issues and improve performance, reliability, quality, and manufacturability. Apply AI-assisted tools to increase validation efficiency and support engineering decisions.

Validate and characterize next-generation HBM products through silicon testing, laboratory debugging, circuit simulation, and data analysis. Collaborate with design, product engineering, manufacturing, test, and quality teams to resolve technical issues and improve performance, reliability, quality, and manufacturability. Apply AI-assisted tools to accelerate validation, root-cause analysis, and engineering decisions.

Performs power and performance profiling of SoC platforms across CPU, GPU, NPU, memory, interconnect, and full-system workloads. Develops automation for workload execution, telemetry, profiling, power measurement, and analysis across pre- and post-silicon environments. Defines PnP and TDP methodologies, analyzes bottlenecks and trade-offs, establishes product requirements for robotics and automotive platforms, and provides recommendations to architecture, product, software, and systems teams.

Build and polish Notion’s native Android experience using Kotlin and Jetpack Compose. Develop core features such as page rendering, editing, navigation, Home, Search, and Inbox while improving startup time, scrolling, typing latency, reliability, offline functionality, and memory use. Partner with product and design, use AI coding tools, own a core product area, and contribute to testing, monitoring, and shared mobile frameworks.

Build and evolve Notion’s iOS platform, including shared frameworks, architecture, testing, build systems, observability, CI/CD, and release-quality tooling. Partner with mobile AI and core product engineers to improve developer workflows, evaluate iOS capabilities, and drive adoption of platform standards. Use AI tools and agents to enhance engineering productivity while supporting a reliable mobile application used by millions.

Develop and support software, automation tools, dashboards, and alarms for cloud infrastructure, cost attribution, and cloud efficiency. Collaborate with cross-functional teams and senior engineers to design reliable systems, APIs, databases, tests, and AI agents. Contribute to architecture and automation strategies while maintaining strong security, communication, and delivery practices.