Application Scientist - Quantum Computing

Job Description

Application Scientist required to join a growing quantum computing company. You will work hands-on with superconducting quantum processors, supporting researchers in unlocking advanced capabilities such as tunable couplers and quantum error correction. This role suits a PhD-level scientist or experienced engineer with expertise in superconducting qubits, strong communication skills, and a passion for customer success in deep-tech.

Responsibilities

• Help customers achieve their research goals using our superconducting quantum processors, from device tune-up to enabling QEC primitives.
• Deliver technical trainings, create tailored documentation, and provide on-site support to customers and internal success teams.
• Work with our in-house measurement team, contributing to advanced experiments and expanding your expertise in quantum hardware.
• Act as a bridge between customers and product teams, ensuring their input shapes product development and user experience.
• Co-author scientific papers and whitepapers with customers, highlighting product capabilities and showcasing research breakthroughs.

Requirements

• PhD in superconducting qubits or equivalent industry experience.
• Proven experience tuning multi-qubit superconducting quantum processors; familiarity with tunable couplers is a plus.
• Strong communicator, able to explain complex concepts clearly and build trusted customer relationships.
• Hands-on, proactive, and customer-focused mindset.
• Deep interest in the latest advancements in quantum technologies, particularly superconducting systems.
• Willingness to travel for customer engagements, installations, and conferences.
• Enthusiastic, collaborative, and comfortable working in a fast-paced team environment.

Benefits

• Competitive salary with performance-based bonus.
• Opportunity to work hands-on with world-class superconducting quantum processors.
• Direct contribution to cutting-edge research in quantum error correction and advanced qubit architectures.
• Professional growth through collaboration with leading scientists, engineers, and academic institutions worldwide.
• Personal development budget for conferences, training, and certifications.
• Flexible working arrangements with hybrid/remote options where possible.
• International travel to customer sites, installations, and global quantum conferences.
• Collaborative, multicultural environment with strong knowledge-sharing culture.
• Career progression opportunities within a rapidly growing deep-tech company.