Quantum System Performance Scientist

IBM

Confirmed live yesterday High trust

Quick summary

Work type: On-site
Location: —
Posted: 1 day ago
Freshness: Confirmed live yesterday

Market check

Salary context

How this pay compares to similar roles

Similar $207k

$139k most similar roles pay here $277k

This listing doesn't post a salary. Most similar roles pay $177,300–$235,750.

Based on 240 similar postings.

Employer

About IBM

IBM is a US-based global technology company providing hybrid cloud, AI, consulting, enterprise software, and IT infrastructure products and services.

IBM currently has 270 open roles on FindRole.

Most-posted roles

View all roles at IBM

At a glance

TL;DR · Quantum System Performance Scientist

Role Posting Log in to save

The Quantum System Performance Scientist joins a collaborative team of scientists and engineers to optimize the performance of IBM Quantum systems for large-scale quantum experiments. The role involves identifying performance gaps through the design and analysis of quantum measurements while developing or enhancing calibration sequences for superconducting quantum processors. Working in a fast-paced environment, the individual will collaborate with cross-functional teams including physicists, signal engineers, and software developers. Key technical requirements include expertise in quantum measurement techniques such as characterizing coherence times and coupling strengths, along with proficiency in Python for data analysis. The role also requires skills in RF/microwave characterization or design at the device, PCB, or wiring levels. Candidates may utilize tools like Qiskit and experience with dynamic decoupling sequences, Hamiltonian dynamics simulations, and agentic AI coding tools to solve complex quantum hardware challenges.

Skills

Quantum Computing Python Qiskit RF/Microwave Design Data Analysis Superconducting Qubits Hamiltonian Dynamics High-Performance Computing Hybrid Cloud

What you'll do

Optimize the performance of IBM Quantum systems for large-scale quantum experiments.
Identify performance gaps through the design and analysis of quantum measurements.
Develop or enhance calibration sequences for superconducting quantum processors.
Characterize coherence times, spectral frequencies, and coupling strengths in quantum systems.
Perform RF/microwave characterization and design at the device, PCB, or wiring levels.
Automate measurements using Python and other relevant software tools.
Simulate Hamiltonian dynamics, open-quantum-system dynamics, and analog electrical-circuit responses.

What we're looking for

Doctorate Degree (preferred).
Strong track record in quantum measurement techniques including coherence times, spectral frequencies, and coupling strengths.
Working knowledge of coherent vs. incoherent errors and error-amplification techniques.
Excellent coding skills in Python for data analysis.
Experience with RF/microwave characterization or design at the device, PCB, or wiring level.
Experimental research experience with superconducting qubits, cryogenic RF design, and quantum device optimization (preferred).
Experience with agentic AI tools, dynamic decoupling, and simulating Hamiltonian or open-quantum-system dynamics (preferred).

Save