Software Engineer Jobs in Santa Ana, CA

Design, develop, and integrate connectivity software for aircraft networks, satellites, and air-to-ground communications. Translate product/airline requirements into deployable software, define system interfaces, lead hardware/network integration, and implement validation, testing, and troubleshooting strategies while coordinating with cross-functional teams and supporting customers.

The Senior Software Engineer will design and build data-focused products, engage in system-level optimizations, and contribute to distributed systems and machine learning for high-performance computing.

The Senior Salesforce Developer will design and implement scalable Salesforce solutions across various clouds, enhance AI capabilities, and collaborate with stakeholders to drive innovative CRM solutions.

Lead the validation and compliance of non-product software used in medical device development. Responsibilities include defining validation strategies, ensuring compliance with FDA and ISO standards, and cross-functional collaboration.

The Principal Embedded Software Engineer will develop MAC software for MANET radios, implement security protocols, and customize Linux systems while ensuring product performance and compliance.

Intern will assist with embedded software development, debugging, and testing for advanced MIMO MANET radios, while learning and developing skills.

The Senior Embedded Software Engineer will develop software for MANET radios, including device drivers, network protocols, security features, and performance testing, primarily in C and Linux.

The Senior Software Engineer will design backend services, improve CI/CD processes, collaborate with teams, and implement observability solutions for platform services.

The Embedded Engineer will develop and maintain firmware for microcontrollers, coordinate with offshore teams, and work cross-functionally on product integration, ensuring high-quality performance and reliability.

The Senior Software Engineer will develop enterprise-level software applications, lead technical design and implementation, ensure quality deliverables, conduct research, and collaborate across teams. They will drive improvements in system architecture and product features.

Design and implement decision-making frameworks and LLM APIs for robotic autonomy, build semantic scene graph world models, and expand testing and validation with unit and integration tests to ensure safe, reliable autonomous systems.

Develop and optimize large-scale point-cloud processing pipelines (registration, denoising, segmentation, primitive extraction); design efficient 3D algorithms focused on memory and runtime; implement production-grade computational geometry and linear algebra in C++ and Python; solve reconstruction challenges (loop closure, global consistency, multi-view fusion); evaluate and integrate emerging 3D vision methods and work with platform teams for scalable deployment.

The job requires advanced SQL and SSIS skills, database performance optimization, data modeling, and SQL server backend development, along with understanding of SDLC methodologies.

The Junior Software Engineer will develop and maintain software applications, conduct testing, mentor junior team members, and ensure high code quality in an agile environment.

The MLOps Engineer will design and maintain infrastructure for machine learning systems in robotics, focusing on deployment, monitoring, and optimization of ML workflows.

Develop and maintain robotic user workflows, integrating sensors and designing autonomous systems for real-world applications, ensuring high performance and reliability.

Join the Platform Team to design and develop backend services and APIs, implement end-to-end automated testing and CI/CD quality gates, support Azure/AWS cloud-native and AKS migration, deploy infrastructure-as-code with Terraform, enable observability and monitoring, collaborate with QA/Security/Infrastructure, and validate platform releases for resilient, secure operations.

The Lead Senior Staff Software Engineer leads technical and project initiatives, manages a small team, and enhances the platform's UI framework while ensuring quality and efficiency.

The role involves testing embedded systems software and desktop applications, defining testing strategies, developing protocols, and ensuring quality adherence in regulated environments.

Design, develop, and maintain secure, scalable full-stack web applications across backend, APIs, and frontend. Collaborate with product and design, perform code reviews, mentor engineers, troubleshoot complex issues, and drive continuous improvement and AI-enabled solutions throughout the SDLC.

Architect, implement, and integrate battery management platform software (drivers, RTOS, middleware, diagnostics) across vehicle control boards. Design and test safety-critical diagnostics and reactions, collaborate with hardware, functional safety, applications, and test teams for bring-up, validation, and production readiness.

Design and document comprehensive test cases for battery and energy management systems; perform SIL, HIL, and vehicle-level validation; analyze CAN/LIN/Ethernet telemetry; collaborate with embedded engineers to debug, calibrate, and validate BMS features; plan and coordinate test assets and environmental testing.

Lead architecture and implementation of production-grade agentic systems integrating LLMs across applications. Drive LLM integration strategy, cognitive automation roadmap, scalable distributed system design, best practices, cross-functional alignment, and mentor engineering talent.

Define and implement a cross-program software quality framework for vehicle software. Own static analysis and code coverage standards, integrate quality gates into CI/CD, surface risks, drive mitigation, align tooling/metrics across Rivian and VWG, and produce documentation and training to embed quality practices organization-wide.

Validate and lead bench-level and HIL testing of CDC and ADCU ADAS systems for L2+ features. Develop black-box test methodology, automate test cases, simulate environments, and maintain rigorous test documentation and requirements traceability.