Junior Quantum Algorithm Engineer, Working Student (m/f/d)

Role overview Build and test gate-based quantum circuits for optimization, then integrate the work into a software platform used in practical applications. This working student role combines algorithm implementation with learning how circuits are prepared for execution on quantum hardware.

Responsibilities - Implement optimization circuits, focusing on QAOA and related approaches. - Explore compilation techniques such as transpilation, qubit routing, and error mitigation. - Turn research ideas into code and evaluate their performance. - Integrate working implementations into the optimization software stack. - Collaborate with the team across the quantum computing stack.

Requirements - Studying physics, computer science, mathematics, or a related subject; later bachelor’s or master’s study is a good fit. - A sound grounding in quantum computing, gained through coursework, research, or personal projects. - Experience building quantum circuits with Qiskit or a comparable framework beyond following tutorials. - Python skills and willingness to write clear, maintainable code. - Based in Germany, with the ability to work remotely, or located near Munich. - Openness to asking questions and incorporating feedback.

Nice to have - Exposure to QAOA, circuit transpilation, or error correction, including through a thesis or project.

Benefits and work setup - Flexible arrangements that can accommodate classes and exams. - Work on software used in customer-facing applications, with input into the direction of the quantum software stack. - Munich office option, supportive small-team environment, and regular team events. - Fitness membership.