Hardware Architect

Quantum Machines (QM) is a global leader in quantum computing control systems. Through our pioneering hardware and software solutions based on instruction-based quantum control, we're revolutionizing how quantum computers are built and controlled. As we stand at the forefront of exponential growth in quantum computing, we're assembling an elite team that actively shapes the evolution of quantum technologies. 

We are seeking an exceptional architect to join our Architecture team and help shape the future of quantum computing. As quantum computers near production scale, we’re uniquely positioned to define the system, the hardware, and software architecture that will power the next generation of computing. 

In this role, you will be part of the architecture team, responsible for innovating, developing, demonstrating, and rapidly prototyping new hardware and end-to-end system concepts. This position requires strong hands-on expertise in hardware development, including PCB design, analog and power circuits, RTL, and control software. We are looking for someone with a strong ability to learn and adapt, a genuine passion for deep technical ownership and growth within the company. You will work closely with Product, R&D, and Research teams to turn ambitious ideas into working technical solutions. You’ll work as a key contributor and technical expert, collaborating closely with all the company's technical disciplines. 

Responsibilities:

• Rapid prototyping of new hardware and technology concepts  
• PCB and analog circuit development 
• Measurements of analog and system performance to meet the product requirements 
• Evaluation of the prototype, including performance, compliance, implementation of risks, and potential mitigations.  
• Handover of the POC / prototyping results to R&D, including documentation and reference design 

• BSc. in Electrical Engineering or equivalent, MSc. or PhD – an advantage 
• 5+ years of experience in PCB, analog circuit, and power electronics design. 
• Familiar with analog performance, benchmarking parameters, and design techniques. including 1/f noise, phase noise, rise \ fall time, settling time, SFDR, HD, etc.
• Highly experienced in Altium for PCB design and analog simulation 
• Highly experienced in analog frontend, PLLs, op-amps, filters, DACs, and ADCs covering frequencies from DC up to 2GHz and above, and high-speed interfaces. 
• Hands-on experience in Lab work, analog performance measurement, and debugging  
• RTL coding for FPGA, Xilinx, Lattice – an advantage  
• Python and lightweight software for hardware control and measurement automation – advantage 
• Highly independent, resourceful, and creative