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E-Space

Sustainable satellite constellations for AIoT data

Materials & Process Engineer

Manufacturing EngineeringUpdated on Nov 11
Full-timeSaratoga, CA, USA$140k - $190k /yr

About the Job

Requirements

  • A Bachelor's degree in Mechanical Engineering, Materials Engineering, or a related technical field is required.
  • Three to six years of experience solving complex part manufacturing challenges with a focus on scalable processes is required.
  • Advanced SolidWorks skills, including modeling, drawings, and application of geometric dimensioning and tolerancing (GD&T), are required.
  • Experience with advanced materials and high-volume forming processes, including thermosets, thermoplastics, and elastomers, is required.
  • Hands-on fabrication skills, including machining, welding, and assembly, are required.
  • A track record of solving challenging manufacturing problems while maintaining production viability is required.
  • The candidate must be able to develop manufacturing solutions from part requirements with volume production in mind, reverse-engineer solutions, and consider scalability, cycle times, and production economics.
  • The candidate must understand polymer and composite material behavior in complex, high-volume forming applications and be experienced in transitioning prototype processes to efficient, large-volume manufacturing.
  • The candidate should be able to build non-standard equipment and solutions to address unique part challenges and deliver manufacturing solutions for large-scale production.
  • Flexibility to occasionally work extended hours or weekends during critical periods is expected.
  • Direct experience in low Earth orbit satellite component development, design, and in-orbit activities is highlighted as a strong differentiator.

Responsibilities

  • Engineer production solutions for parts with complex geometries, tight tolerances, and demanding specifications, including undercuts, variable wall thickness, multi-material construction, and precision features.
  • Develop approaches for parts considered unmanufacturable, emphasizing volume-production capability, and work with advanced polymer and composite materials to create high-performance components for large-scale manufacturing.
  • Build equipment required to manufacture complex parts, including forming presses, custom tooling, specialized fixtures, and high-throughput processing equipment.
  • Create SolidWorks models and detailed drawings with appropriate GD&T for tooling and equipment designed for high-volume processes.
  • Machine, weld, and assemble custom solutions when off-the-shelf equipment does not meet production requirements.
  • Rapidly prototype until parts consistently meet specifications and processes are ready for scale-up.
  • Design and build forming processes for complex brackets, housings, structural components, and precision assemblies made from polymer and composite materials.
  • Solve insert, handling, and quality-control challenges for difficult geometries in production environments.
  • Develop repeatable, high-volume processes for complex parts that can efficiently scale to large production runs.
  • Build and test the tools, fixtures, and equipment needed to manufacture parts at production volumes.
  • Troubleshoot part-quality issues and implement design solutions for volume manufacturing.
  • Work directly with prototype parts to understand manufacturing constraints and scale-up opportunities for polymer and composite components.
  • Collaborate with part designers, manufacturing teams, and production engineers.

Desired Qualifications

  • Direct experience in low Earth orbit satellite component development, design, and in-orbit activities is described as especially compelling.

About the Company

E-Space

Sustainable satellite constellations for AIoT data

E-Space designs small, easy-to-install satellite devices that can be tracked and connected from anywhere on Earth. Its E-Space LEO platform uses AIoT to optimize data from these devices, turning it into actionable insights and automated actions. By redesigning spacecraft, antenna, and deployment methods, it lowers the cost of satellite systems and makes space technology more accessible for governments, businesses, communities, and individuals. The company aims to be an ESG-aligned partner, using space data to support sustainable decisions and responsible planetary stewardship.

Company size
51-200
Company stage
Seed
Total funding
$50M
Headquarters
Arlington, TX
Founded
2021

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