DescriptionYou will design the end-to-end product experience through which semiconductor engineers plan, set up, conduct, and evaluate experiments using our quantum sensing and metrology systems.
This journey begins before a user opens the software: it includes experiment planning, sample preparation and mounting, instrument configuration, measurement, data analysis, and reporting.
While the majority of your work will focus on our software platform, you will design across the complete hardware-software workflow.
You will consider how users move between physical equipment, samples, controls, system states, and digital interfaces - and identify opportunities to make the entire process more intuitive, reliable, and efficient.
Working closely with engineers, physicists, machine learning specialists, and customers, you will lead design challenges from discovery and workflow definition through validation and delivery.
This is an opportunity to shape products at the intersection of scientific instrumentation, software, hardware, and user-centered design.
Who we areFounded in 2022 as a spin-off of TU Munich, QD leverages quantum sensors to rapidly capture three-dimensional current maps within multi-layer chips.
Our strong, international team of over 70, including physicists, engineers, data scientists, and other experts, works side by side with major semiconductor manufacturers, supporting chip debugging and accelerating yield analysis.
Backed by top-tier deep tech investors, semiconductor experts, and strategic public programs, we have ensured long-term stability, shifting from breakthrough to scale - and shaping the next chapter in chip testing.
Why join us?Picture this:Quantum sensors that see inside the most advanced chips on earth, right where two frontier fields collide.
Nobel-Prize physics aimed at real customers with real problems, in production now, not someday.
Physicists, data scientists, and engineers building side by side, turning deep science into tools the indus.