George Templeman

Role Overview We are seeking a Hardware Pre-Development Team Lead to guide the transformation of early-stage quantum sensing concepts into robust prototype systems ready for formal product development. You will work closely with physicists, hardware engineers, and software teams to define the technical roadmap, drive maturation of critical technologies, and implement agile workflows in experimental hardware environments. Key ResponsibilitiesLead a multidisciplinary hardware team advancing quantum sensing technologies from research prototypes to mature system architectures.Architect complex experimental platforms integrating optics, light sources, microwave electronics, magnetic systems, sensing elements, and precision mechanics.Define and execute structured workflows for prototype development, including iterative testing and verification processes.Apply agile methodologies (Scrum-inspired or equivalent) to enable fast iteration cycles, effective prioritization, and team collaboration.Collaborate with software and product development teams to ensure smooth transfer of validated subsystems into production.Mentor engineers and scientists, fostering a culture of ownership, technical excellence, and teamwork.Contribute to the long-term technical roadmap of our sensing platforms. Required QualificationsPhD or MSc in Physics, Electrical Engineering, Photonics, or related disciplines.7 years of experience in complex hardware or scientific instrumentation development, preferably in industry.Proven leadership of multidisciplinary engineering or R&D teams.Strong systems engineering mindset with experience integrating optics, electronics, sensing, and control systems.Track record of maturing experimental setups into robust prototypes or product-ready architectures.Experience applying agile methodologies in hardware or experimental development environments.Excellent leadership, communication, and team alignment skills.Comfortable operating in fast-paced, high-tech environments where research meets engineering.Preferred (Nice to Have)Experience in quantum sensing, advanced microscopy, semiconductor inspection systems, or precision measurement instrumentation. Why Join Us?Work on groundbreaking quantum technologies with real-world impact from day one.Lead a talented, international team passionate about solving hard problems.Shape the company culture, contribute to high-level decisions, and influence product strategy.Access learning and development resources, including courses, conferences, and workshops.Enjoy 30 vacation days, wellness memberships, and flexible working conditions.Participate in equity programs, directly sharing in the company’s success.

Your Role We are looking for a Quantum Design Engineer to help create and refine superconducting qubit architectures with built-in error resilience. The role focuses on maximizing coherence and fidelity while embedding error mitigation directly into circuit layouts and topology. You will take designs from simulation to fabrication and measurement, collaborating closely with fabrication and measurement teams to ensure theoretical advances translate into functional, scalable quantum devices. What You’ll DoDesign and simulate superconducting qubits and multi-qubit circuits, balancing high coherence with intrinsic error protection.Develop novel architectures that reduce reliance on external error correction through design-level solutions.Benchmark decoherence mechanisms and engineer circuit geometries to minimize loss, crosstalk, and noise sensitivity.Use electromagnetic and circuit simulation tools (e.g., HFSS, Sonnet, COMSOL, Qiskit Metal) alongside custom simulation workflows.Collaborate across disciplines to integrate design with fabrication and measurement protocols.Document and analyse results, using structured feedback loops to drive continuous improvement. Who You AreMSc or PhD in Physics, Electrical Engineering, or a related field.Expertise in superconducting qubits, circuit QED, or microwave quantum devices.Proficiency with electromagnetic and circuit simulation tools (HFSS, Sonnet, COMSOL, Qiskit Metal, or equivalent).Strong understanding of decoherence mechanisms and strategies to mitigate them through design.Experienced in connecting simulation results with experimental validation.Clear communicator and collaborator across design, fabrication, and measurement teams. What We OfferOpportunity to define and shape the architecture of next-generation superconducting quantum processors.Early-stage responsibility with direct influence on prototypes and roadmap.Collaborative, science-driven environment spanning design, fabrication, and experiment.Professional growth opportunities including mentoring, training, and leadership development.Competitive compensation and benefits, including relocation support

Your Role We are looking for a Quantum Design Engineer to help create and refine superconducting qubit architectures with built-in error resilience. The role focuses on maximizing coherence and fidelity while embedding error mitigation directly into circuit layouts and topology. You will take designs from simulation to fabrication and measurement, collaborating closely with fabrication and measurement teams to ensure theoretical advances translate into functional, scalable quantum devices. What You’ll DoDesign and simulate superconducting qubits and multi-qubit circuits, balancing high coherence with intrinsic error protection.Develop novel architectures that reduce reliance on external error correction through design-level solutions.Benchmark decoherence mechanisms and engineer circuit geometries to minimize loss, crosstalk, and noise sensitivity.Use electromagnetic and circuit simulation tools (e.g., HFSS, Sonnet, COMSOL, Qiskit Metal) alongside custom simulation workflows.Collaborate across disciplines to integrate design with fabrication and measurement protocols.Document and analyse results, using structured feedback loops to drive continuous improvement.Who You AreMSc or PhD in Physics, Electrical Engineering, or a related field.Expertise in superconducting qubits, circuit QED, or microwave quantum devices.Proficiency with electromagnetic and circuit simulation tools (HFSS, Sonnet, COMSOL, Qiskit Metal, or equivalent).Strong understanding of decoherence mechanisms and strategies to mitigate them through design.Experienced in connecting simulation results with experimental validation.Clear communicator and collaborator across design, fabrication, and measurement teams.What We OfferOpportunity to define and shape the architecture of next-generation superconducting quantum processors.Early-stage responsibility with direct influence on prototypes and roadmap.Collaborative, science-driven environment spanning design, fabrication, and experiment.Professional growth opportunities including mentoring, training, and leadership development.Competitive compensation and benefits, including relocation support.Based in Garching, Germany, at a hub of quantum research and technology.