Q

QuantumDiamonds

Builds quantum sensors that find defects in chips

Product Development Intern - Optics and System Integration

Hardware Systems IntegrationConfirmed live in the last 24 hours
InternshipMunich, GermanyNo salary listed

About the Job

Requirements

  • Currently pursuing or holding a Bachelor's or Master's degree in Physics, Quantum Science, Engineering Physics, Photonics, Mechanical Engineering, Electrical Engineering, or a related field.
  • Have first hands-on lab experience with optical or optomechanical setups, such as through lab courses, projects, or a thesis.
  • Have basic electronics knowledge and initial experience with measurement equipment and soldering.
  • Work carefully and in a structured manner, with interest in thorough documentation.
  • Be curious and eager to learn in a fast-moving, hands-on environment.

Responsibilities

  • Support the assembly, alignment, and characterization of optical and optomechanical setups for the Quantum Diamond Microscope.
  • Support building and testing cooling systems in the lab.
  • Carry out measurements using lab equipment, including interferometric and thermal measurements.
  • Handle basic electronics tasks such as soldering and cabling.
  • Create and maintain technical documentation, including assembly procedures, alignment protocols, and test reports.

Desired Qualifications

  • Experience with interferometry or cooling systems.
  • Knowledge of quantum optics.
  • Initial experience with Zemax or SolidWorks.

About the Company

QuantumDiamonds

Builds quantum sensors that find defects in chips

QuantumDiamonds builds non-destructive magnetic field imaging systems for semiconductor inspection using nitrogen-vacancy centers in diamond. Its flagship QDm.1 measures magnetic fields from current flow to reconstruct chip current pathways and locate defects in multi-layer 2.5D/3D structures, all at ambient conditions without vacuum or cryogenics. The platform is an integrated, commercially available quantum sensor tool deployed at major foundries and OSATs, with a roadmap from InLab defect localization to InFab metrology and InLine wafer mapping. The goal is to make non-destructive, quantum-based defect localization a standard part of semiconductor manufacturing to reduce yield losses and speed up root-cause analysis, supported by significant funding and a planned production facility in Munich.

Company size
51-200
Company stage
Series A
Total funding
$114M
Headquarters
Munich, Germany
Founded
2022

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