Analog Communication Engineer/Scientist

D-Wave Systems

Burnaby City, British Columbia, CA
  • Job Type: Full-Time
  • Function: Engineering Hardware
  • Post Date: 12/30/2020
  • Website: dwavesys.com
  • Company Address: 3033 Beta Avenue, Burnaby, BC, V5G-4M9

About D-Wave Systems

D-Wave is the leader in the development and delivery of quantum computing systems and software, and the world’s only commercial supplier of quantum computers. Our mission is to unlock the power of quantum computing for the world. We believe that quantum computing will enable solutions to the most challenging national defense, scientific, technical, and commercial problems.

Job Description

About Us:
D-Wave’s systems are multi-disciplinary in nature, spanning physics, mechanical engineering, cryogenics engineering, low noise analog and high frequency mixed signal electronics, software engineering, and superconducting circuit design. The company's flagship product, the D-Wave Advantage processor, is built around a novel superconducting quantum processor designed to exploit quantum resources known to offer large computational speedups on some problems. Our systems are currently being used by customers such as Lockheed Martin, Los Alamos National Laboratory, and Oakridge National Laboratory. Groundbreaking work by D-Wave scientists and our customers is regularly published in high profile journals.
 
The Analog Communication Engineer/Scientist role:
D-Wave is looking for a creative, energetic, and self-motivated professional to join us as an Analog Communication Engineer/Scientist.  In this challenging position, you will be responsible for identifying and solving problems arising in the design, development, performance evaluation and improvement of the communication interface to our advanced superconducting quantum processor.  A primary goal of this work is to continuously improve the communication bandwidth & signal integrity between the system control electronics and the quantum processor.  Additionally, this position is responsible for assessing the impact of the input/output system on the environment of the processor.  This includes understanding sources of electromagnetic noise and dissipation.

Responsibilities include:

    • Performance evaluation of the superconducting analog and digital communications systems that interface the control electronics to the superconducting quantum processor
    • Continuous improvement of the superconducting communications systems’ bandwidth, signal integrity, and its impact on the processor environment including isolation of the processor from thermal and electromagnetic noise
    • Development of current and next generation superconducting analog and digital communications from concept through analysis, design, prototype, test and transfer to manufacturing
    • Acting as a key point of contact between the multi-disciplinary teams within the Engineering and Processor Development departments
    • Documenting and communicating clearly the work in progress and achievements to the internal development teams

Required Qualifications:

    • Degree in Engineering Physics, Physics, or Electrical Engineering or the equivalent education and relevant experience
    • Multi-year experience in analog circuit design including filtering, switching, multiplexing and wiring
    • Excellent understanding of engineering and physics with strong multi-disciplinary technical skills
    • Strong understanding of low-noise, high frequency analog and mixed signal electronics
    • Great understanding of pertinent physical phenomena such as blackbody radiation, and Johnson-Nyquist noise
    • Excellent critical thinking, analysis and problem solving skills
    • Strong hands-on ability and troubleshooting skills
    • Good organizational, and decision making skills
    • Ability to work in a fast-paced team environment that is focused on priorities and end results
    • Self-motivated, proactive, flexible and passionate about learning
    • Excellent verbal and written communication skills

Bonus Qualifications - exceptional candidates will have one or more of the following

    • Experience with superconducting circuits
    • Masters or higher level degree Engineering Physics, Experimental Physics, or Electrical Engineering or the equivalent relevant education and experience
    • Knowledge of relevant E&M modelling tools (SPICE, Ansys HFSS or similar)
    • Strong software engineering skills related to experimental design, data acquisition, and analysis
    • Experience in microwave radio astronomy or similar scientific applications
    • Experience with superconducting circuits
    • Experience with cryogenic engineering and systems
    • Understanding of thermal conductance at low-temperatures
D-Wave is passionate about building a diverse and inclusive workplace and welcomes applicants from a wide range of backgrounds, identities and experiences. It is our policy to provide equal employment opportunity to all persons regardless of race, color, religion, sex, national origin, age, sexual orientation, gender identity, genetic information, physical or mental disability, protected veteran status, or any other characteristic protected by federal, state or provincial law.

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Disclaimer: Local Candidates Only
This company does NOT accept candidates from outside recruiting firms. Agency contacts are not welcome.