Job Description

Quantum Algorithm Researcher

About the Opportunity

We are partnering with an innovative organization at the forefront of quantum computing to identify a highly skilled Quantum Algorithm Researcher. This position offers the opportunity to contribute to breakthrough research, develop next-generation quantum algorithms, and help shape the path toward practical quantum advantage.

Key Responsibilities

Evaluate complex computational challenges and identify suitable quantum algorithmic approaches.
Develop, refine, and optimize quantum algorithms for real-world applications.
Conduct resource estimation and performance analysis to help define hardware requirements and capabilities.
Assess the feasibility and requirements for achieving quantum advantage across targeted use cases.
Adapt quantum algorithms for execution on near-term and NISQ-era quantum hardware.
Design and execute benchmarking methodologies to evaluate system performance, reliability, and error characteristics.
Build simulation and modeling frameworks to support experimental design and algorithm validation.
Collaborate closely with multidisciplinary teams, customers, and external research partners to advance quantum computing initiatives.

Requirements

Essential Qualifications

PhD in Physics, Computer Science, Mathematics, Quantum Information, or a related discipline, or equivalent industry experience.
Approximately 5+ years of experience (including doctoral research) focused on quantum algorithm development and applied quantum research.
Demonstrated expertise in designing, implementing, and optimizing quantum algorithms.
Strong understanding of mapping classical computational problems to quantum computing frameworks.
Hands-on experience with simulation, modeling, and experimental validation techniques.
Familiarity with benchmarking methodologies and performance evaluation of quantum systems.
Strong communication skills with a proven track record of published research, technical presentations, or contributions to the scientific community.
Ability to engage effectively with stakeholders, research collaborators, and industry partners.

Preferred Experience

Knowledge of quantum error correction concepts and methodologies.
Experience with quantum computing toolsets such as Qiskit, Stim, or similar frameworks.
Strong programming skills, particularly in Python.
Exposure to emerging quantum hardware architectures and practical implementation challenges.

Why Join

Work on cutting-edge quantum technologies with real-world impact.
Collaborate with leading researchers, engineers, and industry experts.
Contribute to pioneering advancements that will shape the future of computation.
Opportunity to publish, innovate, and influence the next generation of quantum systems.

Raymond Ler (R1876114)

JAC Recruitment Pte. Ltd. (90C3026)