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Starpath Robotics

Robotic ISRU factories producing lunar propellant

Test Engineer - Solar Chemistry, Space Solar

Hardware Validation & TestingConfirmed live in the last 24 hours
Full-timeHawthorne, CA, USA$125k - $160k /yr

About the Job

Requirements

  • A bachelor's or advanced degree in chemistry, materials science, chemical engineering, applied physics, electrical engineering, or a related discipline is required.
  • At least one year of hands-on experience characterizing thin-film, optoelectronic, or photovoltaic materials and devices is required; internship and academic research experience are applicable.
  • Hands-on experience with materials and device characterization techniques and the ability to interpret electrical, optical, and chemical data are required.

Responsibilities

  • Execute test campaigns characterizing perovskite materials, films, and devices, including current-voltage testing, external quantum efficiency, photoluminescence, stability and degradation testing, and accelerated aging.
  • Build and operate test setups for solution-processed thin-film characterization, including environmental control of moisture, oxygen, temperature, and illumination.
  • Run stability and degradation tests under controlled environmental conditions, including moisture, oxygen, thermal, ultraviolet, and light-soaking conditions, and analyze degradation pathways.
  • Partner with the materials and polymer chemistry teams to design experiments connecting chemistry, processing, and device performance.
  • Build data acquisition and analysis workflows for high-throughput characterization across precursor formulations, deposition conditions, and interface treatments.
  • Investigate test anomalies and degradation failures, and partner with chemistry and manufacturing engineering to resolve issues.
  • Write and execute test procedures and contribute to qualification reports.
  • Simplify test setups, eliminate redundant verification, and reduce overhead where it does not add value.

Desired Qualifications

  • A master's or PhD in a relevant discipline with research experience on perovskite, thin-film photovoltaic, or related optoelectronic materials is preferred.
  • Direct experience with perovskite device characterization, including current-voltage testing, external quantum efficiency, hysteresis analysis, photoluminescence, and time-resolved spectroscopy.
  • Hands-on experience with stability and degradation testing, including moisture and oxygen control, thermal cycling, ultraviolet exposure, light soaking, and accelerated aging.
  • Familiarity with solution-processed deposition methods and the connection between processing conditions and device performance.
  • Experience building or operating glovebox-based test setups and characterization workflows.
  • Proficiency with LabVIEW, Python, MATLAB, or equivalent tools for data acquisition and analysis.
  • Familiarity with statistical analysis of test data, design of experiments, or high-throughput screening workflows.
  • Familiarity with aerospace test standards, including GEVS and AIAA S-111/S-112 for solar cells, and accelerated life testing for space-grade hardware.
  • Exposure to aerospace, space, or other high-reliability hardware environments.

About the Company

Starpath Robotics

Robotic ISRU factories producing lunar propellant

Starpath Robotics designs and builds robotic factories that can operate on the Moon and Mars to mine local resources, refine them into rocket propellant, and distribute it as a space refueling infrastructure. Its product works by deploying autonomous or remotely operated factory units that extract water ice, process it into propellant, and supply rockets and landers with fuel, enabling in-situ production of propellant for deep-space missions. Unlike others that may offer individual components, Starpath aims to provide a full-stack hardware system for ISRU-based propellant production and distribution as a service, targeting both private space companies and government agencies. The company’s goal is to establish a space refueling station that significantly lowers the cost of moving payloads in deep space by eliminating the need to launch heavy fuel from Earth, supporting the vision of long-term off-world colonies and multi-planet humanity.

Company size
11-50
Company stage
Seed
Total funding
$12M
Headquarters
Hawthorne, CA
Founded
2022

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