Lead complex engineering research and development activities involving structural and component design, advanced composite materials, mechanical testing, manufacturing processes, tooling, automation, and large-scale structural applications.
Compensation
Engineer I – up to $125,000
Engineer II – up to $145,000
Responsibilities
Execute and lead complex engineering research and development activities
Provide technical leadership in design, analysis, testing, manufacturing, and integration of advanced structures and components
Support development and scale-up of innovative technologies from material and component-level research through full-scale structural design, manufacturing, testing, and demonstration
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Civil Engineering, Materials Science, Manufacturing Engineering, or a related engineering field
Nice to have: Ph.D. in Mechanical Engineering, Civil Engineering, Materials Science, Manufacturing Engineering, or a related engineering field
Nice to have: EI or Professional Engineer (PE) licensure
Responsible for overseeing the introduction and implementation of new products and product revisions for Launch and Space Systems engines.
Compensation
$89,350—$115,025 USD
Responsibilities
Contribute to design reviews acting as an expert in design for manufacture, design for test, productivity, supplier capability assessments, quality control
Perform initial Value Stream Mapping Exercises, Method of Manufacture plans, cell design
Implement Factory layouts, Equipment selection, FAT, SAT, and production commissioning
Develop production processes and ensure they are accurately and clearly documented
Interface with the quality team to resolve manufacturing engineering quality responsibilities
Requirements
Bachelor's degree in mechanical engineering, manufacturing engineering, aerospace engineering, or similar engineering discipline
Nice to have: Advanced engineering degree
Nice to have: knowledge of manufacturing processes common to fluid components
Nice to have: assembly & testing of turbomachinery and combustion devices
Nice to have: designing, implementing, and supporting a production line
Support production of high-quality, precision components across multiple manufacturing roles including additive manufacturing, metrology, deburring, and CNC machining.
Locations (2)
Long Beach, California, United States
Torrance, California, United States
Compensation
$30—$70 USD
Responsibilities
Operate and maintain additive manufacturing and post-processing equipment
Execute daily manufacturing operations and monitor equipment
Perform routine equipment maintenance and document production activities
Use scanners such as FARO, Romer, and ScanBox for metrology
Set up, operate, and optimize advanced 5-axis milling and CNC turning equipment
Mechanical engineering position within Mechatronics Engineering in the Global Product Engineering Group.
Responsibilities
Responsible for aspects of mechanical design, conceptualization, analysis, evaluation, early builds, assembly outsourcing and ongoing performance of Mechatronics products
Work within cross functional, multidiscipline technical teams to develop comprehensive product specifications, evaluate performance, and ultimately deliver timely solutions
Utilize internal machinist and rapid prototyping equipment to demonstrate and/or learn from quick design iteration
Spend a substantial portion of time hands‑on in the Mechatronics lab
Work with suppliers to ensure parts can be manufactured to performance and cost objectives
Requirements
Bachelor's degree in mechanical or Mechatronics Engineering or equivalent experience
Nice to have: passion for Mechatronics in the form of robotics mechanical design, industrial automation, and/or sensing/computer vision
Internship positions in various engineering disciplines at Moog’s Tewkesbury facility, focusing on product engineering, product development, assembly systems, quality engineering, and manufacturing engineering.
Compensation
Enjoy a comprehensive Flexible Benefits Package, 33 Days Annual Leave (including Bank Holidays), Private Medical Insurance, access to mental health support and expert financial advice. You'll also benefit from free parking, access to electric car charging, an onsite gym, Life Assurance, a Company Pension Contribution starting at 6%, an Employee Share Option, and flexible working arrangements.
Responsibilities
Design, assemble, and test products during NPI phases
Develop build and test processes using PFMEA and Design for Assembly
Create production documentation including ATW, RTW, and specifications
Support operations team to deliver products safely and on time
Lead new product development from concept to certification
Requirements
Bachelor's or Master's degree in engineering (e.g., Aerospace, Mechanical, Mechatronics, Systems)
Research, estimate, design, develop, analyze, and test a variety of mechanical equipment and systems.
Effectively design using mathematical calculations, engineering theory and principles, and/or related analyses.
Create and deliver drawings, documents, and presentations to record and communicate designs, layouts, manufacturing information, analysis, and performance of engineered items.
Double check data and provide complete work products while meeting the constraints of customer requirements, cost, material availability and manufacturability.
Technically lead smaller projects and direct one to two (1-2) team members.
Requirements
Bachelor of Science in Mechanical Engineering or related field
Lead design and implementation of efficient manufacturing systems for rocket engine assembly and integration.
Responsibilities
Define, develop, implement, optimize and own rocket engine assembly, integration, and test processes.
Translate engineering intent, drawings, and configurations into fully functional hardware by developing manufacturing work instructions to clearly define the following manufacturing processes: receiving inspection, fabrication, assembly, test, integration, and refurbishment.
Contribute to design for manufacturability (DFM), design for assembly (DFA), design for test (DFT), key to building reliable engines for space exploration.
Collaborate closely with design engineering, quality assurance, supply chain, and production teams to accelerate building a road to space.
Design, procure, install, and qualify custom manufacturing equipment/fixtures.
Requirements
Bachelor of Science in Mechanical, Manufacturing, Electrical, or Aerospace Engineering
Lead the transition from prototype to production-ready designs for Helsing's robotics portfolio, applying DFM and DFA principles and building scalable manufacturing processes.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead transition from prototype to production-ready designs
Develop and optimise manufacturing processes, work instructions, BOMs, and assembly procedures
Specify, procure, and develop fixturing, tooling, and manufacturing equipment
Collaborate with mechanical, electrical, and quality teams to resolve manufacturing issues
Drive improvement initiatives across efficiency, quality, and cost reduction
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