Quantum Machines is a global leader in control systems for quantum computing, a field on the verge of exponential growth, bringing about opportunities like those made possible with the invention of classical computing 50 years ago. At QM, we provide the world’s most leading researchers and organizations with the critical tools they need to develop useful quantum computers. QM’s hardware and software represent a new paradigm for controlling quantum computers, from a single qubit to hundreds and thousands. We are assembling the strongest team of professionals in the world with the goal of revolutionizing how quantum computers are built and controlled and accelerating their arrival. Quantum Machines is backed by globally recognized venture capital sponsors, including TLV Partners, Battery Ventures, Red Dot Capital Partners, Avigdor Willenz’ investment group, Harel Insurance, and others.

We are looking for an excellent failure analysis practical engineer to join our team and build QM’s state-of-the-art control and orchestration platform. She or he should be a talented and motivated person, who is a real team player, and which can collaborate closely with other engineers from different disciplines and quantum physicists. 

The production site is in Migdal Haemek (Flex).

Basic Qualifications: 

• Self-learning, Independent and motivated by edge technology. 
• Great interpersonal skills 
• Proven experience in HW debug and failure analysis - (analog and digital). 
• Strong analytical and troubleshooting skills. 
• Basic Programming and Scripting skills 
• Understand PCB schematics 
• Experience working with multi-disciplinary system (ASIC, HW, SW) 
• Experience working in Linux environment 
• Experience with test equipment like Scope, Spectrum Analyzer, Signal Generator etc.. 
• RF knowledge and experience – advantage  

Preferred Qualifications 

• Practical Engineer or higher academic degree 
• Two years’ experience in an electronics lab or production 
• Familiar with production process 

Responsibilities:

• Yield monitoring and improvement 
• Analyze HW failures to a component level in both digital and analog domains. 
• Identify failure trends 
• RMA process handling  
• Failure reports & closure