Top Systems Engineer Jobs in Los Angeles, CA

The role involves managing GPU compute environments for a space data center, focusing on performance optimization, scheduling, and recovery mechanisms for AI/ML processes in space.

The role involves designing and developing satellite communication systems, conducting performance analysis, and supporting ASIC and FPGA system design.

Responsible for leading spacecraft systems engineering tasks, including requirements definition, design, integration, and test of spacecraft systems. Collaborates with teams to optimize system performance and resolve technical issues.

The Ground Systems Engineer will develop and verify satellite ground systems, engage in design trade studies, and support integration and testing processes against customer requirements.

Lead engineering of satellite electrical power and harness subsystems through concept, design, integration, test, and mission operations. Define and maintain system and unit requirements/specifications, perform architecture and sizing, support qualification, testing, launch readiness, and configuration for EPS/harness across the spacecraft lifecycle while aligning with program teams.

Design, develop, analyze, integrate, and validate RF, digital, and optical satellite communications payloads across lifecycle. Perform trade studies, requirement definition, simulations (link, capacity, reliability), develop MATLAB tools and algorithms, lead hardware procurement and test, and support system integration, verification, and demonstrations.

Develop and maintain system architecture models using MBSE (SysML) tools; decompose requirements into functional/logical architectures; support milestone reviews (SRR/SDR/PDR/CDR); derive ConOps via mission threads and use cases; ensure model compliance to customer/internal standards; translate customer reference architectures; mentor teammates and improve MBSE processes and tools.

The Systems Engineer will design and develop RF, digital, and optical satellite communication systems, focusing on signal processing architectures, performance analysis, and unit integration.

As a Mission Assurance Engineer, coordinate mission assurance efforts, evaluate designs, and ensure systems meet operational requirements for projects at all stages.

Lead development, implementation, and continuous improvement of the Quality Management System. Own document control, plan and run internal audits, support root-cause investigations and corrective actions, train cross-functional teams, and monitor QMS performance to drive reliability across design, manufacturing, supply chain, and test.

Design, analyze, and verify RF, digital, and optical satellite payloads across lifecycle phases. Support trade studies, requirement definition, CONOPS, link and performance analyses, algorithm development, integration, test, and supplier oversight. Develop tools in MATLAB and object-oriented platforms and support proposal activities.

Design, model, and validate spaceborne laser and optical systems (OCT, LRF, LIDAR, star trackers, EO/IR). Develop mission requirements, perform modeling/simulation and on-ground/on-orbit testing, manage suppliers and interfaces, lead technical projects, mentor team members, and support proposals and mission data processing integration.

Design and develop spacecraft systems for commercial, civil, and national security programs. Define and allocate requirements, perform system-level analyses and trades, ensure contractual and requirements compliance, support MBSE toolchains (DOORS, CAMEO), lead/participate in reviews (SRR/PDR/CDR), resolve cross-functional technical issues, and support integration, test, launch site, and mission operations as needed.

The role involves leading software development for satellite systems, managing requirements, architecture, and CI/CD pipeline implementation within an agile environment.

Lead the design and execution of radar sensing platforms and wireless communication sub-systems, overseeing development, optimizing designs, and ensuring quality and compliance. Collaborate across teams and mentor members while troubleshooting complex issues in RF/mmWave design.

As a Data and Control Systems Engineer, you will design, build, and integrate data systems for testing rocket components, work closely with technicians, and collaborate with operations and software teams to automate hardware control.

Lead the development and implementation of data architecture strategies, mentor a team to deliver solutions, and collaborate with stakeholders to enhance resources while ensuring project success and quality outcomes.

As a Senior Associate, the role involves designing data architecture, collaborating with stakeholders, and mentoring team members while ensuring data quality and implementing solutions using programming languages and cloud platforms.

The Staff Avionics Systems Engineer will deliver space-ready compute units and manage hardware systems, ensuring functionality across various constraints while collaborating with science and software teams.

The Information Systems Engineer will design integrations and enhance engineering processes across various business systems, focusing on scalability and efficiency. Responsibilities include collaborating with teams to implement systems solutions, optimizing integrations, monitoring performance, and supporting production applications.

Lead the design and evolution of legal systems by leveraging software engineering, AI, and system architecture to improve workflows and automate processes.

The Associate Space Communications Systems Engineer Analyst contributes to the design and analysis of space systems, focusing on RF links and waveform analysis.

The Electrical Power and Harness Systems Engineer will ensure integrated execution of subsystem requirements, manage specifications, facilitate design reviews, and support mission readiness within satellite projects.

The Survivability Systems Engineer/Scientist leads analyses and testing for spacecraft survivability against environmental challenges, overseeing designs and compliance verification.

The Principal Electrical Systems Engineer will lead the development of prototypes, design reusable modules, and evaluate new technologies for future product platforms, collaborating across teams.