IonQ is developing the world's most powerful full-stack quantum computer based on trapped-ion technology and is looking for an Applied Scientist to architect RF and optical controls algorithms for their quantum computers.
Requirements
- Digital signal processing or control theory, both mathematical foundations and bench experience in either RF or optics.
- Significant academic or practical experience using oscilloscopes and/or spectrum analyzers.
- Coursework and research focus on control algorithms design, development, and analysis using hardware test equipment.
- Excellent mathematical and analytical skills
- Knowledge of programming Python, MATLAB, Simulink, R, or another data analysis language.
- Knowledge of modern control theory and advanced control algorithms.
- Knowledge of data analysis techniques such as Principal Component Analysis, and advanced statistical methods.
Responsibilities
- Generate automation for test equipment for signal processing and validation of waveforms used to realize quantum gates.
- Perform analysis of signals used to evaluate quantum gates, determining fidelity metrics on exactness of the generated quantum gate.
- Perform signal analysis of RF and optical waveforms using MATLAB and Python.
- Collaborate in an architecture role with interdisciplinary staff
- Perform controls analysis of classical control algorithms such as PID loops
Other
- PhD in engineering or physics, or M.S. with equivalent practical experience or PhD coursework.
- 3+ years of professional experience or an equivalent combination of education and experience
- Excellent verbal and written communication skills
- A love of collaborating in an interdisciplinary environment
- This is a hybrid role based at our office located in Bothell, WA, with 3 days a week expected on site.
