Cryogenic & Packaging Engineer – Quantum Hardware (Cryogenic System)

About Us

Anyon Systems is building the next generation of superconducting quantum computers. We design and operate full-stack quantum systems, from fabrication and cryogenics to control electronics, calibration, and software. What differentiates Anyon is execution speed, technical depth, and a relentless focus on making quantum hardware work in practice, not just on paper. Our Tel Aviv R&D center is a critical powerhouse driving Anyon Systems’ global quantum roadmap. Far from a traditional satellite office, this strategic hub owns the core pillars of our technology: quantum control, calibration, benchmarking, and AI-first automation. We deliberately anchored this team in Israel to leverage the ecosystem’s unmatched pedigree in deep-tech execution, defense-grade engineering, and rigorous applied research. As a member of this team, you will operate with complete autonomy and high agency, directly shaping the flagship products deployed to our customers worldwide.

Role Overview

You will design cryogenic integration and packaging solutions critical to scaling superconducting quantum processors.

Key Responsibilities

• Design chip packaging for cryogenic environments
• Optimize thermalization, wiring, and signal integrity
• Reduce loss, crosstalk, and spurious modes
• Work closely with qubit, control, and cryo teams
• Support bring-up and debugging of new hardware
  
  

• Background in cryogenic engineering, RF packaging, or applied physics
• Experience with cryogenic systems and materials
• Strong experimental and problem-solving skills
  
  

• Core technical roles in a rapidly scaling quantum hardware company
• Direct access to real, state-of-the-art quantum processors
• High autonomy, technical ownership, and short feedback loops
• Collaboration with world-class experimental, theoretical, and AI teams
• Competitive Israeli-market compensation and meaningful equity
• Flexible work culture focused on results and execution
• Opportunity to shape the future architecture of quantum systems