Software Engineer Jobs in Torrance, CA

Own design and delivery of internal and customer-facing software tools across frontend, desktop, backend, and data systems. Make architectural decisions, build reliable scalable services and desktop apps, implement CI/CD and containerized deployments, and collaborate across teams to meet deadlines and performance standards.

Lead technical owner for Infor ERP: administer and optimize Infor LN/SyteLine, build InforOS/ION workflows and Mongoose extensions, design REST/ION BOD integrations, ensure data integrity across PLM/MES/HRIS, tune performance, and provide escalation-level support.

Develop and sustain mission operational software product lines for an SCI customer. Implement new capabilities, work across subsystems, follow Agile practices, and support secure DevSecOps development in a Linux/C++ environment.

Develop and sustain mission-operational software product lines and new capabilities for a restricted SCI customer. Implement C++/Linux-based solutions across multiple subsystems, participate on Agile teams, perform test automation/DevSecOps tasks, and collaborate with stakeholders to support national security missions.

Develop and sustain mission-operational software for classified systems. Implement new capabilities, support development and O&M across subsystems, write C++ on Linux, participate in Agile, and collaborate with stakeholders and SCI customers.

Develop, design, test, deploy, and maintain satellite ground system software using modern web frameworks and server-side languages. Build high-performance services and messaging systems, use Atlassian tools and Agile/DevSecOps practices, collaborate cross-functionally, and support program milestones and customer requirements.

The Staff Infrastructure Software Engineer will design scalable infrastructure for data processing in cloud and on-prem environments, mentor engineers, and make technical decisions on architecture and deployment.

Design, develop, integrate, and verify real-time flight software for GNC, command/telemetry, mission sequencing, autonomy, fault management, and closed-loop control. Implement deterministic features in an RTOS/embedded Linux environment, develop anomaly detection/mitigation, participate in code reviews, and support ground integration, testing, and on-orbit operations.

Lead design, implementation, integration, and verification of flight software for responsive high-performance spacecraft. Architect real-time systems for command/telemetry, mission sequencing, autonomy, and fault management. Develop closed-loop control and anomaly detection/mitigation, mentor engineers, and support mission operations, testing, and on-orbit troubleshooting.

Design, develop, test, and integrate ground software and mission control systems including operator GUIs, automation tools, real-time telemetry acquisition, time-series data processing, mission databases, CI systems, and integration with satellites, ground stations, and network infrastructure to support spacecraft operations.

Own and deliver full‑stack applications powering digital manufacturing: design and implement TypeScript/Node.js/React systems, build scalable data architectures, develop APIs, optimize performance, lead cross‑functional initiatives, and mentor engineers to ensure production reliability and scalability.

Lead architecture and development of scalable full-stack applications and distributed backend services (TypeScript/React/Node/GraphQL). Drive technical strategy, cross-functional collaboration with manufacturing, robotics, and operations teams, establish engineering best practices, mentor engineers, and deliver production-grade, reliable, observable software for factory and manufacturing platforms.

Design, implement, and optimize software across ground station edge systems, high-bandwidth data pipelines, cloud orchestration, APIs, front-end, monitoring, telemetry, infrastructure/pipelines, production-line testing, FPGA/embedded interactions, and simulation/orchestration tools for a global phased-array ground station network.

As a Full Stack Software Engineer II, you will design, develop, and maintain scalable web applications and APIs, collaborating across teams to deliver high-quality software solutions and enhance the digital manufacturing ecosystem.

Join Divergent as a Full-Stack Software Engineer to develop scalable applications using TypeScript, Node.js, and modern frameworks. You'll handle end-to-end feature delivery, collaborate with teams, and ensure code quality through testing and documentation.

Design, fine-tune, and ship ML and generative AI features (LLM-powered NPC dialogue) for an internal game. Build and optimize models and inference systems for low-latency in-game use, integrate data pipelines with the game engine, contribute to gameplay code, test prototypes, and collaborate with artists and designers. Attend industry events as needed.

Design, develop, test, document, refactor, and debug ground-segment command-and-control software. Support software through lifecycle milestones, work independently in Agile teams, and interface with leads and customers. Maintain code quality and support CI/CD and automated testing practices.

Design, develop, test, debug, document, and refactor command-and-control ground segment software. Support program milestones, work independently in Agile teams, use C++/Python on RedHat Linux, interact with leads and customers, and adapt designs to specification changes and bug fixes.

Design, build, test, debug, and publish iOS mobile applications. Work with cross-functional teams on requirements, design docs, and full development lifecycle. Troubleshoot production issues, generate reports, produce technical documentation, and mentor junior engineers.

Develop and maintain real-time machine control software for industrial metal 3D printers. Build multithreaded C++ applications for motion control and automation, create operator GUIs and simulation tools, design calibration and fault-detection routines, integrate software with mechatronic hardware, and support commissioning, troubleshooting, and CI/CD and code quality efforts in production environments.

Develop and integrate complex embedded software/firmware, design using protocols (CAN, I2C, SPI, RS232), perform SW V&V and unit/functional/system testing (manual and automated), debug, and use configuration management tools.

Develop and optimize robotics task and motion planning and computer vision software. Implement algorithms for symbolic task planning, kinematics, collision detection, optimization, and constraint satisfaction. Integrate and test planning and vision components, maintain development best practices, and collaborate across teams to deliver robust robotic software.

Develop, test, and deploy algorithmic solutions for large-format LBPF toolpath generation and integrate engineering software into factory applications. Collaborate with cross-functional teams, contribute to CI/CD and containerized deployments, perform code reviews, and build scalable, production-grade manufacturing software.

Support integration and test of the Forward Area Air Defense (FAAD) software system: develop and execute system test threads, analyze interface/function problems, document issues, present results to management and government, and support worldwide integration events. Travel up to 25% and a DoD Secret clearance (or eligibility) is required.

Design and implement embedded software systems, develop real-time control systems, optimize performance, interface with hardware, mentor peers, and lead product development.