Classiq is a quantum computing software company.
We build the platform that enterprise teams and government organizations use to develop, optimize, and deploy quantum software across any quantum hardware.
We're a growth-stage B2B technology company with 100+ patents and a global footprint across North America, Europe, APAC, and Israel.
As a Quantum Application Engineer, you’ll work closely with our enterprise customers in the EMEA region to help them design, build, and scale real-world quantum applications. You’ll guide onboarding, lead collaborative projects, and serve as the technical voice of the customer inside Classiq. You’ll work at the intersection of quantum research, applied engineering, and customer impact, helping some of the world’s leading companies explore and adopt quantum computing.
Vos missions :
- Act as a technical champion within key customer accounts
- Lead customer onboarding and training for developers and researchers with varying quantum knowledge
- Provide hands-on technical support
- Design and co-execute projects that take real-world applications and solve them with quantum algorithms
- Identifier de manière proactive les nouvelles opportunités techniques dans le cadre des conversations avec les clients.
- Capture customer feedback and translate it into actionable insights for Product
- Build reusable tools, insights, and methodologies that help scale successful solutions across customers
Who are you:
- PhD in physics, computer science, or a related field to quantum information science
- 3+ years of hands-on experience in quantum algorithm design, research, or software development
- Experience leading technical sessions with R&D and engineering teams
- Excellentes compétences en communication et capacité à expliquer clairement des sujets techniques
- Strong proficiency in Python and quantum SDKs (e.g., Qmod, Qiskit, PennyLane, Cirq, Tket)
- fluent English, written and spoken.
Points bonus :
- Experience with Quantum Chemistry
- Experience with QML
- Experience with a large variety of quantum algorithms
