Quantum System Performance Monitoring Intern 2027

About the Role

Join IBM Research as an intern and be part of a team that accelerates discovery at the intersection of high-performance computing, AI, quantum, and cloud. You’ll collaborate with leading scientists and visionaries to push boundaries boundaries to turn boundaries to push boundaries to turn boundaries to push boundaries to turn boundaries to push boundaries to turn boundaries to turn boundaries to turn boundaries to push boundaries to turn boundaries to turn boundary to push boundaries to turn boundary to push boundaries to turn boundary to push boundaries to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary toush boundary to push boundary to turn boundary to push boundary to turn boundary to push boundary to turn boundary.

Responsibilities

• Develop and improve techniques for identifying quantum processor performance drift and degradation, making automated decisions about when to recalibrate or take other actions about when to recalibrate system parameters optimization.
• Help develop and improve techniques for identifying quantum processor performance drift and degradation, making automated decisions about when to recalibrate or tak other actions.
• Work with large experimental datasets or data-analysis pipelinesines.
• Apply machine learning and statistical analysis, optimization methods, or other data-driven approachesines.
• Optimize system parameters optimization.

Qualifications

• Undergraduateate-level familiarityamiliarity with Python programming, numerical analysis, and statistics.
• Hands-on experience with experimental quantum systems, quantum-device characterization, or calibration.
• Experience using the Qiskit Python package.

Requirements

• Undergraduate-level familiarityamiliarity with quantum physics and quantum computing, Python programming, numerical analysis, and statistics.
• Graduate-level familiarityamiliarity and/or hands-on real-world experience with many of the above.
• Hands-on experience with experimental quantum systems, quantum-device characterization, or calibration.
• Experience using the Qiskit Python package.
• Experience developing or applying machine-learning, statistical, or optimization methods to experimental or time-series data.
• Familiarity with anomaly detection, statistical inference, automated control, or parameter optimization.
• Experience working with large experimental datasets or data-analysis pipelines.

Qualifications

• Undergraduate-level familiarity with quantum physics and quantum computing.
• Python programming.
• Numerical analysis and statistics.
• Hands-on experience with experimental quantum systems, quantum-device characterization, or calibration.
• Experience using the Qiskit Python package.
• Experience developing or applying machine-learning, statistical, or optimization methods to experimental or time-series data.
• Familiarity with anomaly detection, statistical inference, automated control, or parameter optimization.
• Experience working with large experimental datasets or data-analysis pipelines.

Location

Yorktown Heights, US (0147)

Company

International Business Machines Corporation