Top Systems Engineer Jobs in Los Angeles, CA

The Automation Controls Engineer designs, develops, and implements advanced robotic automation controls, focusing on PLC programming and system integration while providing mentoring and project leadership.

The Avionics Manufacturing Engineer develops and implements manufacturing processes for satellites, ensuring product quality and efficiency from design to production.

The Manufacturing Engineer will develop, qualify, and implement processes for building, testing, and launching satellites, ensuring manufacturability and scalability while resolving non-conformances.

As a Manufacturing Engineer, you will develop processes for cable harness assemblies, review designs, optimize manufacturing, and collaborate with engineering teams.

Develop and implement processes for satellite assembly and testing, leverage Lean principles, and collaborate on engineering drawings to improve production.

The Spacecraft Mechanical Engineer will solve technical problems, guide teams, create standards, support REAs, audit practices, and mentor engineers.

The Principal Manufacturing Engineer leads the development and improvement of satellite production processes, ensuring quality and efficiency in scaling manufacturing from prototype to high-rate production. Responsibilities include DFM, quality leadership, continuous improvement, and stakeholder communication.

The Mission Operations Engineer leads spacecraft mission operations, overseeing the lifecycle from proposal to on-orbit activities and managing operational automation.

Lead the design and management of spacecraft command and data handling systems. Oversee electrical interfaces and conduct data analyses to ensure vehicle architecture aligns with mission objectives.

This role involves delivering GNC subsystems for satellite programs, performing design, analysis, software development, and system integration while supporting integration and test activities.

Lead the design and development of space-based communication systems and RF payloads, conducting trade studies and collaborating across disciplines.

The GNC Engineer leads subsystem delivery and analysis, ensuring compliance with requirements, managing project risks, and providing technical leadership to a team.

The Network Engineer will maintain and administer the company's networks, troubleshoot issues, implement security measures, and ensure performance efficiency.

Responsible for network design, implementation, and optimization; mentor junior engineers; manage network security and ensure operational reliability.

Responsible for developing software for spacecraft systems, including coding in C/C++, prototyping solutions, and collaborating with hardware teams to meet mission requirements.

The Spacecraft Software Engineer will develop software for satellites, ensuring functionality and integration while supporting mission operations.

As a Spacecraft Thermal Engineer, you will perform thermal design and analysis for spacecraft systems, support testing, and help in the development of thermal models and specifications.

As a Manufacturing Engineer for harness assemblies, you will optimize manufacturing processes, create work instructions, troubleshoot issues, and collaborate with engineering and production teams.

The Test Engineer will develop processes for satellite testing and manufacturing, ensuring safety and product reliability while implementing improvements in testing procedures and equipment.

Lead avionics hardware integration into Linux, manage BSPs, device trees, and low-level drivers. Develop tools for hardware validation and communicate project risks.

Develop, qualify, and implement manufacturing processes for building and testing satellites. Collaborate with stakeholders on documentation and lead production transition tasks.

As a Senior Spacecraft Harness Design Engineer, you will manage electrical wiring interconnect systems for space missions, develop harness designs, and work on multidisciplinary teams on advanced research projects.

Responsible for developing and implementing manufacturing processes for satellites, reviewing designs, and coordinating engineering principles to enhance production efficiency.

The Industrial Engineer will optimize production processes for satellite systems, utilizing Lean principles and industrial engineering techniques to improve efficiency and productivity.

The role involves leading the design and analysis of communication/network systems, documenting requirements, testing designs, and ensuring system compliance throughout the product lifecycle.