The role involves working on a 12-month postdoctoral project to develop a distributed quantum network using trapped ions and photons. Responsibilities include setting up and testing a multi-zone ion trap, implementing an efficient ion-photon interface, and simulating novel schemes for ion-photon entanglement.
The Systems Integration Engineer role involves developing and integrating hardware, software, and firmware interfaces for advanced quantum sensing systems. Responsibilities include system-level integration, troubleshooting, and testing of complex optical and atomic physics systems, working closely with multidisciplinary teams to ensure successful end-to-end integration.
This role involves developing software and firmware interfaces to control and monitor advanced optical and atomic physics systems, focusing on the integration of various subsystems into complex quantum technologies. Responsibilities include system-level design, troubleshooting, and documentation, working closely with multidisciplinary teams.
The Head of Systems Engineering will lead the definition and implementation of complex quantum computing systems, working across multiple engineering domains to ensure product requirements are met. The role involves technical leadership, organisational development, and programme delivery, with a focus on system-level engineering rigour from concept to customer deployment.
Design and produce full-custom, mixed-signal integrated circuit layouts for quantum computing applications, ensuring DRC/LVS compliance across multiple fabrication processes. Collaborate closely with IC designers to implement layouts from base cells to full chip level. Work within tight project schedules to deliver high-quality physical designs for advanced quantum technologies.
This role involves operating, maintaining, and troubleshooting advanced cryogenic and RF systems for quantum processors at customer sites worldwide. The engineer will perform cooldowns, diagnose faults in dilution refrigerators, validate RF hardware, and manage vacuum and helium systems in a production-like research environment. Frequent international travel and on-call support are required to ensure system uptime and collaborate with global teams.
This is a general interest application role for candidates with experience or interest in quantum technologies. The position serves as a talent pool for future openings across quantum hardware, software, quantum chemistry, AI/ML, encryption, and algorithms. Applicants may be contacted for specific roles in London, Cambridge, or Oxford as opportunities arise.
This speculative application role invites candidates to join a pioneering deep-tech startup focused on post-quantum cryptography and RISC-V-based secure computing. You'll work alongside founders and innovators on cutting-edge semiconductor solutions, contributing to groundbreaking security technologies in a flexible, inclusive environment. The role emphasizes collaboration, rapid learning, and real-world impact in a rapidly scaling field.
Develops and maintains compiler infrastructure for neutral-atom quantum computers, designing domain-specific languages and integrating simulation tools into a full-stack pipeline. Works closely with physicists and hardware engineers to co-design compilers aligned with cutting-edge quantum error correction and hardware. Involves low-level intermediate representations, quantum program optimization, and cloud integration.
The Senior Optics Technician will join the Optical Manufacturing team to build and commission optics and laser assemblies for quantum systems. Responsibilities include precision optical assembly, system maintenance, and maintaining a safe laboratory environment.
The Staff Supplier Quality Engineer will lead the quality management of IonQ's supply chain, ensuring components meet high reliability and performance standards. Responsibilities include supplier selection, qualification, audits, and continuous improvement, with a focus on maintaining a robust quality system and compliance with industry standards.
This role involves leading the commercialisation of an optical atomic clock, working with experts from the University of Sussex and CPI TMD Technologies. Responsibilities include reviewing and redesigning atomic clock subsystems, sourcing components, and integrating and characterizing the system.
This role involves supporting sales through the technical integration of cryptography software and hardware into large manufacturers and enterprises. You will work closely with the sales, engineering, and management teams to understand customer requirements, provide technical solutions, and ensure successful customer onboarding.
Leads cross-functional teams in advancing superconducting qubit systems through experimental design and technical innovation. Focuses on identifying performance bottlenecks and driving hardware improvements for scalable quantum computing. Involves hands-on experimentation, technical leadership, and shaping long-term quantum hardware roadmaps.
This internship involves developing photonic quantum computing architectures through simulation, software implementation, and protocol design. Interns will work on translating quantum information theory into physical system designs, using programming and modeling to advance fault-tolerant quantum systems. The role emphasizes collaboration, innovation, and technical rigor in a cutting-edge quantum computing environment.
