IBM Quantum Algorithm Engineer — Japan

IBM Quantum Algorithm Engineer — Japan

IBM Quantumの使命は、「世界に有用な量子コンピューティングをもたらすこと」です。IBMは、最高性能の量子コンピューターを提供し、Qiskitソフトウェアスタックを通じて量子コミュニティが初期の量子コンピューティングのユースケースを開発できるよう支援しています。現在、IBM Quantum Networkには、フォーチュン500企業、学術機関、国立研究所、スタートアップなど275社以上が参加しており、量子コンピューターから価値を引き出すという共通の目標に向かって取り組んでいます。IBMは、2026年末までに量子アドバンテージを実証し、2029年までに初のフォールトトレラントな量子コンピューティングを実現するという野心的なロードマップに沿って、この技術を前進させています。私たちはあなたがこの使命に加わることを願っています。

About the Role（職務概要）

私たちは、熱意と高度な技術力を兼ね備えたQuantum Algorithm Engineer（量子アルゴリズムエンジニア）を募集しています。この職務は、エンジニアリング、教育、コミュニティ・エンゲージメントが交錯するところに位置しており、複雑な概念を説明し、開発者を支援し、量子コンピューティングの普及を加速させることに情熱を持つ方に最適です。IBMのQuantum Algorithm Engineerとして、あなたはQuantum Innovation Centerと協力し、専用およびクラウドベースの量子コンピューターを最大限に活用し、量子ユーティリティへの道筋に直接貢献します。さらに、ユーザーの声を社内に届け、ワークショップ、イベント、チュートリアル、コードなどを通じてIBMの最新機能を世界に発信します。技術だけでなく、人々をつなげ、コミュニティ内での成長を促すことにも情熱を持つ必要があります。理想的な候補者は、科学者や開発者と効果的に対話できるコミュニケーション能力を持ち、技術的な聴衆に対して複雑な概念を教えることができる方です。多数の社内外ステークホルダーと連携し、複数チームにまたがる複雑な課題に取り組む一方で、独立して業務を優先順位づけ、効果的に遂行できる能力も求められます。

At IBM Quantum our mission is to bring useful quantum computing to the world . IBM brings the most performant quantum computers and enables the quantum community to develop early quantum computing use cases with the Qiskit software stack. Today our IBM Quantum Network comprises 275+ Fortune 500 companies academic institutions national laboratories and startups all striving toward the common goal of extracting value from quantum computers. IBM is driving this technology forward along an ambitious roadmap aimed at demonstrating quantum advantage by end of 2026 delivering the first fault-tolerant quantum computing by 2029. We hope you'll join us on this mission.

We are seeking a passionate and technically skilled Quantum Algorithm Engineer to join our team and enable a vibrant ecosystem around our quantum computing platform. This role sits at the intersection of engineering education and community engagement—ideal for someone who thrives on explaining complex concepts supporting developers and accelerating adoption of quantum computing. As a Quantum Algorithm Engineer at IBM you will be responsible for working with Quantum Innovation Centers to get the most out of our quantum computers both dedicated and on the cloud systems directly impacting the path towards quantum utility. You’ll represent the voice of users internally and bring the company’s latest capabilities to the world through workshops events tutorials code and more. You must be passionate not only for technology but also for connecting people and seeing individuals grow within our community. The ideal candidate must also possess communication skills appropriate for engaging scientists and developers while teaching complex concepts to a technical audience. You will liaise with numerous internal and external stakeholders and tackle complex problems which will often involve several teams while still being able to operate independently to prioritize tasks effectively.

Your responsibilities include

• Working with researchers and engineers across the IBM Quantum Network (IQN) to understand analyze and optimize quantum computing performance on state-of-the-art hardware and software.

• Working closely with the software development and product teams in new capability testing to expand IBM Quantum’s software tools and capabilities. This includes i) providing feedback on early internal prototypes and ii) identifying (client-related) gaps in existing software and engaging with Product and leaders to address them.

• Implementing production-quality software across IBM Quantum’s software stack

• Maintaining up-to-date technical skills and knowledge of latest developments in quantum computing and related fields.

• Deliver technical lectures for a wide audience ranging from beginners to experts.

• Collaborate with internal and external stakeholders to define and achieve goals.

• MSc. in Physics Computer Science Computational Science or equivalent experience

• 4+ years of experience in quantum computing running near-term algorithms in quantum hardware.

• Excellent programming skills in Python and Qiskit.

• Deep understanding of quantum computing architecture both in software middleware and hardware.

• Excellent communication presentation and interpersonal skills.

• Strong problem-solving and troubleshooting skills to identify diagnose and address challenges.

• Project management skills including the ability to manage multiple tasks and deadlines.

• Proven experience analyzing modeling and tuning quantum hardware performance including (but not limited to) transpilation error suppression and mitigation techniques.

• Speak fluently in both Japanese and English

• PhD. in Physics Computer Science Computational Science or equivalent experience

• Understanding of quantum system benchmarking techniques and trade-offs across different hardware architectures.

• Strong fundamentals in quantum algorithms across different application domains particularly those that are feasible for near term implementation

• Proven experience with real quantum processors and system-level performance modelling

• HPC programming experience and understanding of the integration between quantum and classical compute capabilities

• Software development skills (e.g. documentation debugging data structures design patters software testing CI/CD agile frameworks open source).

• Demonstrated experience collaborating across team such as product and sales teams.

• Experience in external/interdisciplinary research collaborations

• Experience in customer-facing and/or client support roles.