Quantum Design Engineer (Superconducting Qubits)

We are looking for a Quantum Design Engineer who will join our team of physicists to realize the ParityQC Architecture using superconducting qubits, in collaboration with our hardware partners.

Your Tasks

This position is focused on the theoretical study of superconducting circuits in order to develop novel quantum processor architectures. You will be analyzing the performance of quantum algorithms on superconducting circuit hardware. In addition, you have the opportunity to be involved in the development of tools for the design and optimization of superconducting circuits. This position comes with a unique blend of research-heavy investigations and application-driven simulations.

Skills & Experience

Required Skills & Experience

• PhD or Master degree in physics or related subject
• Understanding of quantum computation and quantum information
• High degree of creativity and proactiveness
• Fluency in English

Preferred Experience

• Understanding of the fundamental concepts of superconducting qubits

What we offer

We are a spinoff working in one of the most exciting emerging technology fields. There are no long-time proven concepts on what we are doing – we need to invent everything from scratch, and we are therefore able to shape a whole new generation of computing. We are pioneers in this field and develop the blueprints for the upcoming generations. The position also offers the possibility to conduct research and publish in peer-reviewed journals.

Why ParityQC?

• Flexible working hours with home office options
• An innovative and international working environment
• Motivated team, friendly atmosphere, flat hierarchies
• Continuous training and encouragement of personal development

Hard Facts

• Job: full time
• Hours of work per week: 38,5 h
• Remuneration based on experience
• Place: Innsbruck

How to apply

Please submit your CV and cover letter to [email protected] stating why you would be interested in working at ParityQC and why your experience is relevant.

ParityQC