Qblox seeks a Quantum Success Engineer to enhance our mission-critical operations. We specialize in providing quantum control stacks that generate the analogue signals necessary for the control and readout of quantum bits. The Quantum Success Engineering (QSE) team plays a pivotal role in ensuring our customer’s success by providing proactive technical support, gathering feedback, and ensuring customers derive ongoing value from the products. By fostering strong customer relationships and acting as the voice of the customer, the QSE team provides essential insights for product development and improvement within Qblox.
The QSE team achieves these goals through:
- Onboarding and Training: Facilitating installation, set-up, and seamless integration of Qblox hardware. Providing comprehensive comprehensive onsite and online training sessions for our customers to drive adoption and help them get to results quickly
- Technical Support and Interaction : Offering continuous,and timely expert technical support to help our customers advance their research and overcome challenges. An acumen for electronics and expertise in experimental Quantum computing therefore is highly advantageous for this role.
- Customer Relationship Management: Building and maintaining strong customer relationships, addressing customer concerns promptly, ensuring customer satisfaction, advocacy and retention.
- Customer advocacy and Feedback Communication: Acting as a conduit for customer feedback to inform the Strategy and Roadmap team, thereby driving research and development initiatives at Qblox.
Your Profile
We are in search of a candidate who possesses:
Academic and Technical Credentials:
- A PhD in experimental physics, with microwave/radio-frequency experiments ora Masters degree in experimental physics with 1-2 years of relevant industry experience.
- Previous experience in working with embedded systems as part of an academic course or projects is highly desirable.
- Must be familiar with programming in Python.
- Professional Communication: Ability to communicate kindly and professionally.
- Problem-Solving Drive: A strong motivation for problem-solving and the capability to advocate for customer needs and priorities within Qblox.
- Industry Experience in Commercial Roles:Previous experience in the industry and/or a customer success role is highly advantageous.
- Language Proficiency : Fluency in professional English is required.
This role demands a high level of technical acumen, excellent communication skills, and a proactive approach to problem-solving and customer advocacy. Join us at Qblox and contribute to the cutting edge of quantum technology, ensuring our customers achieve unprecedented success in their research endeavors.
About Qblox
At Qblox, we operate at the frontier of the quantum revolution, delivering the advanced control stack technologies essential for building scalable Quantum Computers. This rapidly growing field is set to impact society on a global scale. Since 2019, Qblox has grown into a dynamic company of 180+ innovative minds. With our headquarters in Delft, Netherlands, and our second office in Boston, USA, our dedicated team of physicists, engineers, and developers pushes the boundaries of quantum technology to support experimentalists across the globe.
We celebrate equality and diversity. As an exponentially growing scale-up, we welcome talented individuals who share our enthusiasm to make a real difference. Our active Diversity & Inclusion and Culture Committees work continuously to enrich our workplace, ensuring we build a team that represents a rich variety of backgrounds, cultures, perspectives, and skills.
To support our team, we offer a highly attractive and comprehensive benefits package:
- Hybrid Flexibility: A healthy work-life balance with 3 days in the office and 2 days remote.
- Time to Recharge: 30 days of paid vacation per year on top of national holidays
- Future Security: Highly competitive base salary with a generous 14% employer contribution to your pension.
- Skin in the Game: Company equity (Stock Appreciation Rights) so you can share in our long-term success.
- Global Mobility: We provide a relocation package and full visa sponsorship for international hires and their families moving to the Netherlands.
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The evolution of quantum hardware from laboratory prototypes to standardized industrial systems has created a structural requirement for specialized enablement roles that bridge the gap between deep-tech engineering and end-user operational utility. As the sector moves toward MegaQubit architectures and fault-tolerant computing, the technical complexity of control stacks and signal processing creates significant integration barriers for research institutions and commercial adopters. This role type serves as a critical interface in the quantum value chain, ensuring that the theoretical potential of qubit modalities is translated into reproducible experimental throughput. Market signals, including the widening talent gap in quantum-ready systems engineering and the increasing demand for high-fidelity control electronics, indicate that this specialized technical support tier is now a primary determinant of customer retention and product lifecycle success. By standardizing the deployment of complex hardware, these professionals mitigate systemic risks associated with improper system integration and accelerate the overall Technological Readiness Level (TRL) of the global quantum ecosystem.
The quantum hardware landscape currently faces a pivotal transition where the focus is shifting from basic qubit discovery toward the industrialization of the entire control and readout stack. In this maturing ecosystem, the role of quantum success engineering is positioned within the systems integration and enablement layer, acting as the essential link between hardware manufacturers and the diverse requirements of the global research and commercial base. As firms like Qblox scale their international presence, the ability to ensure seamless interoperability between control electronics and various qubit modalities—such as superconducting circuits or spin qubits—becomes a strategic differentiator.
Macro-level analysis indicates that the primary bottleneck for quantum adoption is no longer just qubit coherence, but the operational complexity of managing the classical-quantum interface. The fragmentation of the vendor landscape and the lack of standardized control protocols necessitate a tier of experts capable of providing sophisticated technical translation. This requirement is compounded by a persistent talent shortage; McKinsey and other industry observers note that for every qualified quantum systems professional, multiple vacancies remain unfilled, particularly in roles requiring a synthesis of experimental physics and commercial systems engineering.
Furthermore, the trend toward hybrid classical-quantum cloud platforms requires that on-premise hardware operate with a level of reliability comparable to Tier 4 data centers. Systems enablement roles are responsible for safeguarding this uptime, ensuring that the underlying hardware remains a stable resource for algorithm developers and end-users. By facilitating this stability, the role directly supports national and regional quantum strategies aimed at building sovereign technological capabilities and reducing reliance on third-country infrastructure.
The capability architecture for this role type centers on the sophisticated integration of microwave engineering, digital signal processing, and experimental quantum physics. Mastery of radio-frequency (RF) electronics and embedded systems is required to manage the high-precision pulse generation necessary for qubit manipulation and readout. This technical foundation is coupled with a deep understanding of cryogenic environments and vacuum systems, which represent the physical constraints of the quantum hardware stack. Proficiency in Python and modern software frameworks is essential for developing the abstraction layers that allow researchers to interact with hardware without managing gate-level signal complexities. These capabilities are critical for ensuring the structural throughput of quantum research, as they directly influence the fidelity of quantum gates and the reliability of experimental data. Beyond pure physics, the role requires a consultative architecture capable of mapping customer research goals to hardware configurations, thereby reducing the friction of adoption and enabling the deterministic progression of technology readiness across the sector.
Eliminates systemic adoption barriers by standardizing the integration of advanced quantum control stacks within global research facilities
Accelerates the commercialization cycle of quantum hardware by reducing the time required for site-specific system calibration
Mitigates experimental risks by providing a high-fidelity interface between classical control electronics and sensitive qubit modalities
Facilitates the translation of customer feedback into the product roadmap to drive sector-wide improvements in hardware usability
Strengthens the reliability of the quantum supply chain by ensuring the optimal performance of specialized signal processing components
Reduces the integration friction associated with hybrid classical-quantum workflows through expert technical coordination
Supports the scaling of quantum computing hubs by providing the specialized workforce needed for large-scale infrastructure deployment
Optimizes the lifecycle of capital-intensive quantum assets through proactive technical monitoring and sophisticated hardware maintenance
Enhances the reproducibility of quantum research by stabilizing the environmental and electronic parameters of experimental setups
Bridges the talent gap in the quantum workforce by providing a clear pathway for experimental physicists into systems engineering
Enables the transition from laboratory prototypes to standardized commercial-grade quantum systems through improved operational support
Protects national investments in quantum infrastructure by ensuring the successful operationalization of complex hardware acquisitions
Industry Tags: Quantum Control Systems, Signal Processing, RF Engineering, Systems Integration, Experimental Physics, Quantum Value Chain, Hardware Enablement, Control Stack Architecture, Deep Tech Support
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