Equipment Engineer — Quantum Nanofab Scale-Up

QuantWare; Delft; On-site; EUR 70,000 - 90,000; Full time

Job summary

QuantWare in Delft, Netherlands, is seeking a Semiconductor Equipment Engineer to scale manufacturing for quantum processors. You will lead tool installations, maintain equipment uptime, and work with a small, high-ownership team to bring new tools online quickly.

The role spans high-vacuum lithography tooling, dilution refrigeration, and lab equipment, requiring hands-on problem solving and cross-functional collaboration with Process Engineering to keep production in lock-step.

Qualifications

• Experience with semiconductor manufacturing equipment or cleanroom tools.
• Strong troubleshooting and root-cause analysis skills.
• Ability to lead installations and coordinate with OEMs.

Responsibilities

• Lead end-to-end installations with OEMs: planning, FAT/SAT, and through IQ/OQ to get capacity qualified and in production as early as possible
• Own preventive maintenance: define, perform and continuously optimize PM schedules, spares, and documentation to maximize uptime
• Drive corrective maintenance: rapid troubleshooting, deep root-cause analysis, permanent corrective actions, and clear reporting
• Build the new fab: support the commissioning of our state-of-the-art cleanroom and nanofab line as part of scaling manufacturing
• Tight process-equipment alignment: work closely with Process Engineering to ensure equipment capabilities and process requirements stay in lock-step
• Own facilities interfaces once operational: gas, vacuum, cryogenic, electrical, cooling water, chemical and exhaust systems tied to your ...

Job description

QuantWare in Delft, Netherlands, is seeking a Semiconductor Equipment Engineer to scale manufacturing for quantum processors. You will lead tool installations, maintain equipment uptime, and work with a small, high-ownership team to bring new tools online quickly.

The role spans high-vacuum lithography tooling, dilution refrigeration, and lab equipment, requiring hands-on problem solving and cross-functional collaboration with Process Engineering to keep production in lock-step.