Top Mechanical Engineering Jobs in Los Angeles, CA

Oversee assembly operations, implement process improvements, and collaborate with engineering and production teams to optimize manufacturing of rockets.

As a Structures Manufacturing Engineer II, you will oversee major assembly projects, collaborating with engineers and internal teams to optimize processes and improve manufacturability.

Lead the assembly of major primary structures for rockets, optimizing manufacturing processes, creating work instructions, and collaborating with engineering teams.

Lead the design and optimization of mechanical systems for spacecraft, mentoring junior engineers and collaborating on flight system development.

Own the design and validation of mechanical products in Terran R's avionics system, collaborating with electrical engineers and utilizing CAD software.

Responsible for the planning and execution of manufacturing processes for hardware components, ensuring scalability and quality in the Terran R launch vehicle assembly.

You will design and bring structural test stands to operational readiness, analyzing and fabricating test infrastructure for rocket components.

Design and develop tools and automation equipment to support manufacturing, collaborating with various teams and managing projects throughout the production cycle.

Design and develop tools and automation equipment for manufacturing. Collaborate across teams to optimize production processes for the Terran R vehicle.

The Mechanical Design Engineer II will design and develop tooling and factory automation equipment, collaborating with various teams to enhance manufacturing efficiency for rocket production.

Responsible for bringing structural test stands from design to operational readiness, including design, analysis, fabrication, and operation, while collaborating across teams to complete projects on time and budget.

The Staff Mechanical Design Engineer will design and develop tools and automation solutions for manufacturing, collaborating closely with various engineering teams.

Develop innovative engineering solutions for rocket launch systems by interpreting requirements, designing CAD models, and analyzing performance.

Responsible for mechanical design and structural implementation of stage fluid systems for the Terran R launch vehicle, ensuring reliability and efficiency.

Design and develop mechanical systems for industrial automation, collaborating with teams to ensure functionality and safety while utilizing rapid prototyping.

Responsible for mechanical and structural implementation of stage fluid systems for the Terran R launch vehicle, ensuring reliable operation.

The Mechanical Design Engineer II is responsible for designing and developing tools and automation equipment for manufacturing, collaborating closely with various engineering teams to create efficient solutions for production.

The Staff Mechanical Design Engineer will develop tooling and automation solutions for manufacturing, collaborating closely with design and manufacturing teams to enhance productivity.

Design and develop innovative tools and factory automation equipment to support rocket manufacturing while collaborating closely with engineering teams and managing projects.

Responsible for the design and development of tools and automation equipment supporting manufacturing, integrating mechanical design with project management.

Support primary structure assembly, collaborate with engineers on design and manufacturing, create work instructions, and resolve shop floor issues.

Lead mechanical design projects, develop CAD models and drawings, perform analyses, and collaborate across engineering teams at Relativity Space.

The role involves designing, analyzing, and testing avionics mechanical integration components, collaborating across engineering teams, and validating designs through testing.

The Mechanical Engineer will design, test, and implement hardware systems, collaborating across disciplines and driving projects from concept to production.

The Mechanical Engineer will lead projects through design, testing, and implementation, ensuring integration of mechanical systems and collaborative problem-solving.