Technical Project Manager
- Okinawa
- No Remote
- Full-time
- October 5, 2026
We are seeking an Technical Project Manager to lead ongoing and upcoming quantum computing R&D projects at Qubitcore. Qubitcore is advancing the development of ion-trap quantum computers across multiple technology areas, including quantum processors, photonic interconnects, and control systems.
In this role, you will be responsible for driving projects toward their objectives, leading cross-functional teams of researchers and engineers, and playing a hands-on role in project planning, progress and resource management, documentation, internal and external coordination, and problem-solving.
Key Responsibilities
- Develop and drive project plans aligned with R&D strategy and priorities
- Manage project objectives, milestones, and resources, including budgets and personnel
- Monitor and visualize progress, identify issues and risks, and drive appropriate actions across multiple projects
- Report key issues and risks to R&D leaders and management, and propose solutions and response plans
- Coordinate and build alignment among researchers, engineers, management, and other internal and external stakeholders
- Drive projects involving research institutions, external partners, suppliers, and other organizations
- Prepare R&D project plans, reports, management materials, and other related documentation
- Initially work closely with the R&D team to build a strong understanding of quantum computing and Qubitcore’s technologies and development activities. Over time, take responsibility for driving multiple R&D projects across teams.
Required Skills & Experience
- Ability and willingness to relocate to Okinawa, Japan
- Business-level or higher proficiency in both Japanese and English
- Experience leading projects across multiple technical domains and teams
- Leadership skills to engage and lead researchers, engineers, and other team members
- Ability to independently learn and quickly understand technical domains outside your area of expertise
- Strong communication and stakeholder management skills, including the ability to build alignment among diverse stakeholders
Preferred Qualifications
- Research or development experience in AMO (Atomic, Molecular, and Optical) physics
- Experience leading international projects or development projects involving global teams
- Experience in quantum physics, quantum optics, quantum computing, lasers, or MEMS
- Experience leading R&D projects funded by NEDO, JST, Moonshot, or similar programs
- PhD in physics, electrical engineering, optical engineering, or a related field, including AMO physics
About the Company & Opportunity
This is a unique opportunity to play a central role in a deep-tech startup working to bring quantum computing into society. Working closely with a small, highly specialized R&D team, you will have the opportunity to contribute directly to technology strategy and key development decisions.
Based primarily at the forefront of Qubitcore’s R&D activities in Okinawa, you will be involved as an owner throughout the process of turning cutting-edge technology into real-world applications—a rare career opportunity in the deep-tech field.
About Qubitcore
Qubitcore is a deep tech startup originating from the Okinawa Institute of Science and Technology (OIST) and founded in 2024.
The company is developing and delivering next-generation ion trap quantum computers designed to tackle problems that are computationally intensive, in fields such as drug discovery, climate modeling, financial simulations, and generative AI.
Its mission is to bring quantum computing into real-world applications with greater speed and precision.
Qubitcore’s headquarters is located in Yokohama, while its R&D center operates within the OIST campus in Okinawa. Currently, the team consists of 6 members, working closely with OIST to realize Japan's first distributed quantum computer.
Qubitcore's distributed architecture connects multiple quantum processing units (QPUs) via photonic links to form a high-performance, networked quantum system. This approach enables large-scale quantum computation that was previously impractical, opening new frontiers in quantum technology.
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