Your Mission:
To support our ambitious product milestones and eliminate scaling bottlenecks, we are seeking two dynamic, results-oriented Interim Recruiters to supercharge our R&D talent acquisition engine. In this high-impact role, you will take full operational ownership of the end-to-end recruitment lifecycle for our most complex, difficult-to-fill engineering roles. Your primary focus will be on identifying, engaging, and landing elite international talent across FPGA Engineering, Embedded Software/Firmware Engineering, Electrical/Hardware Engineering, and Core Software Engineering. Acting as a strategic talent advisor to our technical team leads, you will play a critical role in building the engineering infrastructure required to transition quantum computing from foundational research to data center deployment.
Key Responsibilities
Full-Lifecycle Recruitment & Sourcing:
- Execute full-lifecycle recruitment processes for complex, highly specialized R&D and engineering roles, collaborating closely with team leads from initial intake to candidate selection.
- Develop and implement targeted, proactive multi-channel sourcing strategies that combine advanced headhunting, passive talent engagement, and application management.
- Actively map out and tap into global talent pools within highly competitive deep-tech domains, targeting candidates from industries like semiconductors, photonics, and high-performance computing.
Stakeholder Collaboration & Advisory:
- Act as a trusted advisor to our engineering team leads, providing regular operational updates and expertise on market dynamics, candidate availability, and sourcing frameworks.
- Conduct in-depth, competency-based interviews to evaluate candidates' elite technical capabilities and alignment with Qblox’s core values of ownership, accountability, and continuous change.
- Guide candidates smoothly through the evaluation process, providing transparent feedback and ensuring a positive, world-class candidate experience.
Operational Discipline & Ecosystem Branding:
- Maintain immaculate data hygiene within our applicant tracking system (ATS) and CRM to support recruitment analytics, pipeline velocity tracking, and accurate forecasting.
- Partner closely with HR Operations and our people team to coordinate seamless onboarding, contract compliance, and local alignments.
- Ensure strict compliance with recruitment legal requirements, including GDPR standards and fair, unbiased, and inclusive hiring practices.
- Support employer branding initiatives, coordinate relationships with local technical universities, and represent Qblox at local career fairs or technical ecosystem events.
What you bring:
- Technical Recruiting Track Record: Minimum of three (3) years of recruitment experience (Medior) or five (5) or more years (Senior), with at least one year within a dedicated corporate or fast-growing high-tech scale-up environment.
- Deep-Tech Domain Expertise: Proven success in sourcing and closing difficult-to-fill engineering positions across FPGA design, firmware development, embedded software, mixed-signal/analog circuit design, and software systems.
- International Sourcing Mastery: Successful experience in executing international recruitment cycles, utilizing multiple passive sourcing tools, and building deep pipelines of niche talent.
- Education & Experience: Master’s degree or an equivalent combination of education and ideally having a deep-tech corporate recruitment experience.
Core Competencies:
- Technical Affinity: Exceptional ability to grasp multi-disciplinary engineering concepts, enabling you to carry out credible and sophisticated conversations with PhD-level physicists and expert developers.
- Scale-Up Adaptability: Thrives under the ambiguity and speed of a hyper-growth environment; capable of "building the plane while flying it" as we professionalize our internal processes.
- Ownership & Accountability: A self-starting professional who takes total personal ownership as the process owner over your allocated recruitment cycles, delivering results with high transparency.
- Structured Communication & Organizing: Outstanding written and verbal communication skills, with the meticulous organizational capability to track and advance multiple hiring pipelines simultaneously.
Why join Qblox?:
- High Impact: You will shape the human blueprint for a global leader in a hyper-growth industry, directly recruiting the people who build the infrastructure of the next computing revolution.
- Invigorating Team Dynamic: Work alongside a highly skilled, international, and cross-functional group of professionals in an open, curious, and collaborative working culture.
- Flexible & Modern Ecosystem: Enjoy flexible working hours, hybrid options, and comprehensive benefits, including 30 days of annual leave, a favorable pension scheme, free Friday lunches, and company-sponsored retreats.
Acquisition in response to our vacancies by recruitment agencies is not appreciated.
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The structural necessity for specialized Research and Development talent acquisition within the quantum computing sector arises from the acute divergence between traditional engineering skill sets and the multi-disciplinary requirements of deep-tech hardware-software stacks. As the industry transitions from foundational physics research toward data center-scale deployment, the ability to secure elite human capital in niche domains such as FPGA design and cryogenic-compatible firmware becomes a primary determinant of technology readiness level progression. This role type functions as a strategic stabilization mechanism for the quantum value chain, mitigating the systemic risks associated with the global scarcity of PhD-level expertise and high-performance computing architects. By orchestrating the flow of specialized personnel into critical infrastructure projects, this function accelerates the transformation of theoretical quantum control stacks into industrial-grade commercial products.
The quantum workforce ecosystem is currently defined by a profound "translation gap" where the rapid advancement of hardware modalities, such as superconducting qubits and neutral atom arrays, has outpaced the available supply of systems engineers capable of managing complex control electronics. Current market signals indicate that the primary bottleneck for industrial scalability is no longer limited to gate fidelities but extends to the human capital required to architect the middle-level software layers and FPGA-based control systems. Organizations in the quantum control and instrumentation segment face intense competition for talent from the mature semiconductor and photonics industries, necessitating a sophisticated approach to ecosystem-level talent mapping that transcends generic recruitment methodologies.
Workforce development remains a priority area across the value chain as global public-private funding cycles demand faster transitions to production-ready environments. The evolution of the sector depends on the emergence of "quantum-adjacent" professionals who can bridge the divide between low-level hardware functionality and high-level user interfaces. This creates a structural demand for recruitment functions that can navigate the fragmentation of the talent pool, which is often distributed across highly specialized academic clusters and emerging deep-tech hubs. The effectiveness of these talent acquisition strategies directly influences a firm's ability to maintain pipeline velocity and meet the rigorous milestones established by national quantum strategies and venture capital mandates.
Furthermore, the integration of quantum systems into existing high-performance computing (HPC) infrastructures requires a workforce with rare proficiencies in mixed-signal circuit design and nanosecond-accuracy synchronization. As the sector professionalizes internal processes, the role of strategic talent advisors becomes essential for ensuring that organizational human blueprints are architecturally compatible with the long-term goals of fault-tolerant computing. This orchestration of talent is the fundamental mechanism for maintaining momentum as the technology moves through varying stages of maturity, from laboratory proof-of-concepts to global cloud integration.
The capability architecture for specialized R&D talent acquisition centers on the high-level synchronization of technical domain mastery with global workforce intelligence. This requires an institutional-grade understanding of the interface points between experimental physics and systems engineering, particularly in the context of hardware-agnostic control stacks and open-source interface development. Mastery of the deep-tech talent landscape is essential for ensuring that recruitment efforts are optimized for the specific constraints of the quantum ecosystem, such as the long lead times required for academic-to-industrial transition and the necessity for trans-disciplinary skills in computer science and mathematics.
These capabilities are fundamental to the throughput of technology organizations like Qblox, as they enable the parallelization of hardware manufacturing with the development of scalable software architectures. By establishing rigorous technical assessment frameworks and proactive sourcing pipelines, this function provides the leverage needed to assess candidate suitability within highly competitive domains like high-performance computing and photonics. Such expertise reduces the iteration friction between identifying elite talent and achieving product-market fit, which is critical for long-term interoperability within the emerging quantum-as-a-service market. - Accelerates the deterministic transition of quantum control stacks from foundational research to scalable data center deployment
- Mitigates systemic execution risks by securing elite engineering talent for complex FPGA and embedded software development cycles
- Facilitates the integration of multi-disciplinary expertise into standardized deep-tech hardware and software development workflows
- Strengthens the reliability of organizational technology roadmaps through the implementation of targeted international talent acquisition
- Reduces iteration friction between fundamental physics breakthroughs and the engineering of production-ready quantum control systems
- Optimizes the allocation of human capital across critical research, development, and system integration portfolios in the value chain
- Enhances the stability of the quantum instrumentation sector by providing predictable talent pipeline frameworks for hardware scaling
- Supports the scaling of quantum computing infrastructures by managing the complex dependencies of specialized R\&D workforce requirements
- Improves the transparency of technology readiness level progression through the professionalization of internal technical recruitment processes
- Enables the structural reproducibility of quantum experiments by ensuring the availability of high-level systems and firmware engineers
- Protects high-capital research investments by aligning specialized technical hiring with the practical demands of commercial scalability
- Orchestrates the convergence of academic research pathways with the industrial requirements of the global quantum computing ecosystemIndustry Tags: Quantum Control Systems, Deep Tech Recruitment, FPGA Engineering, Systems Integration, Quantum Workforce Development, Technology Readiness Levels, Scalable Quantum Computing, R&D Talent Sourcing, High Performance Computing
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