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Xcimer Energy

Develops inertial fusion power using laser

Experimental Lasers Intern

Electrical EngineeringPosted on Nov 12
Internship · Summer 2027Denver, CO, USA$25 - $35 /hr

About the Job

Requirements

  • Pursue a Bachelor of Science degree in physics, optics, electrical engineering, or a related field, with at least sophomore year completed by summer 2027.
  • Have hands-on laboratory experience through an upper-division lab course, research group, senior design, or an independent build project.
  • Have clear written and verbal communication skills.
  • Be available to work full-time onsite in Denver for all 12 weeks.
  • Be a U.S. citizen or national, U.S. permanent resident, or lawfully admitted into the U.S. as a refugee or granted asylum.

Responsibilities

  • Assemble, align, and operate pulsed laser setups and optical beamlines alongside an Experimental Lasers mentor.
  • Build and calibrate diagnostics for pulse energy, duration, spectrum, and beam profile, and reduce raw data to results.
  • Compare measurements against first-order models from textbooks and published literature.
  • Help plan and run experiments on a team project, keeping clear records of setups, data, and findings.
  • Present results to the team and at a company-wide Lunch and Learn at the end of the summer.

Desired Qualifications

  • Have familiarity with pulsed lasers or harmonic frequency conversion.
  • Have exposure to pulse diagnostics such as energy meters, photodiodes, spectrometers, or beam profilers, and to analyzing data in Python, MATLAB, or similar.
  • Have a background working around vacuum systems, high voltage, or Class 4 lasers under a safety program.
  • Have optical alignment skills from a lab course, research group, or personal project.

About the Company

Xcimer Energy

Develops inertial fusion power using laser

Xcimer Energy develops inertial fusion energy systems to provide fusion-powered electricity. Its core setup combines a 10+ megajoule KrF laser, a consumable hydrogen fusion target, and a HYLIFE-style chamber with a liquid-lithium wall to absorb energy and protect the reactor. The laser compresses and ignites the hydrogen target to release fusion energy, which is then captured and sent to a power conversion system. The company aims to offer economical, scalable fusion power for utility-scale electricity generation within the next decade.

Company size
51-200
Company stage
Grant
Total funding
$149.2M
Headquarters
Denver, CO
Founded
2021

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