The Reality of the Role
Let’s be completely honest: this is not a standard, slow-moving PMO job. You won’t be managing a predictable roadmap, chasing people for timesheets, or hiding behind layers of corporate red tape.
At Qblox, we build the modular quantum control stacks that drive next-generation quantum computers. When a massive, strategic enterprise customer comes to us with a Non-Standard Request (NSR) or needs a Proof of Concept (POC) to sign a multi-million-euro deal, they don't want it next year. They want to know how we can make it happen now.
As the Solutions Engineering Program Manager, you are essentially the Chief Operating Officer of the Deal.
You will sit right at the center of a high-tension triangle: Sales (who want the feature built yesterday), Mainline R&D (who want to protect their core product roadmap), and The Customer (who wants a bespoke solution to a physics problem).
Your job isn't to please everyone. Your job is to drive execution velocity, allocate an elite multidisciplinary team of engineers, and ensure we win the deal without bankrupting our engineering capacity or burying the product in technical debt.
What You’ll Actually Be Doing on a Tuesday Morning
- Playing the Gatekeeper: You’ll sit down with the Solutions Architect to vet incoming customer requests. While they validate if it’s physically possible, you will validate if it’s economically and temporally viable. If we don’t have the headcount or the budget to hit the deadline, you have the authority—and the backbone—to say "No."
- Protecting the Core: You’ll negotiate the "tax" we place on our mainline product teams. You ensure that the "quick wins" we build to close a deal don’t create unmanageable technical debt or pull critical resources away from our core architectural milestones.
- Accelerating Velocity: When we are in a "win-the-deal" scenario, timelines are measured in days and weeks, not months. You’ll be hunting down blockers—whether that’s fast-tracking equipment procurement, clearing lab access, or smoothing over an intellectual property hurdle—so your engineers can keep their heads down and build.
- Managing the Friction: When an "off-roadmap" feature hits turbulence in the lab, you’ll be the one talking to the customer’s PMO and our Strategic Account Managers. You excel at translating complex, low-level technical milestones into clear business progress, managing expectations when things get rocky.
- Building the Handover Bridge: Once the POC is successful and the deal is secured, your job isn't done. You will take the "as-built" designs from the architect and translate them into a clean, frictionless project plan that our mainline System Architects and Team Leads can smoothly absorb into the permanent product line.
Why You’ll Love It
- Genuine Autonomy: You will operate in an "Agile-Lite" rapid-prototyping environment. We don't care about rigid, outdated waterfall charts; we care about delivery and deal velocity. You have the freedom to build the process architecture that works.
- Zero Boredom: You get the excitement of a pre-sales environment combined with the deep satisfaction of working on real, cutting-edge hardware/software co-design.
- A Rare Technical Space: You’ll be managing a team of exceptionally sharp minds working at the absolute frontier of quantum technology. It's a line on your CV that very few people globally can claim.
What We Offer
We believe in giving you the flexibility to fit your role around your life. On top of a highly competitive salary and benefits package, you’ll get genuine hybrid flexibility and three weeks a year to work from abroad—whether that’s to visit family, extend a holiday, or just enjoy a change of scenery.
Enough about us, what about you?
We are looking for a heavyweight. To command the respect of deep-domain quantum hardware and software experts, you need to speak their language.
- The Track Record: You have 8 to 12+ years of Program/Project Management experience under your belt. This needs to be from high-complexity, low-volume sectors where hardware meets software (e.g., Semiconductors, Aerospace/Defense, Automotive, or Tier-1 Cloud Infrastructure).
- Deep-Tech Literacy: You must thoroughly understand the hardware development lifecycle (V-Model). You should instinctively know why an FPGA timing violation or a multi-layer PCB re-spin impacts a tight deadline entirely differently than a software bug.
- Diplomatic Authority: You know how to make hard "Pivot" decisions under intense stakeholder pressure. You are a natural mediator who leads through influence, logic, and a deep understanding of ROI, rather than corporate hierarchy.
- Comfort with Ambiguity: You thrive in the unstructured, fast-paced nature of winning new business. If you need a perfectly defined manual to operate, this won't be the right environment for you.
Ready to step up?
If you have the technical depth to lead elite engineers and the strategic backbone to manage high-stakes deals, we’d love to hear from you. Apply today and let’s talk.
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The emergence of modular quantum control stacks represents a critical shift in the technology value chain, transitioning from laboratory-scale experimentation to industrial-grade systems integration. As the global ecosystem navigates the transition from noisy intermediate-scale quantum devices toward fault-tolerant architectures, the role of a Solutions Engineering Program Manager becomes structurally necessary to synchronize complex pre-sales requirements with core research and development cycles. This function addresses a significant bottleneck in the application-enablement layer by managing the economic and temporal viability of bespoke technical solutions without compromising the integrity of long-term product roadmaps. By orchestrating the convergence of customer-specific physics demands and scalable engineering capacity, this role serves as a primary determinant for organizations seeking to secure strategic enterprise contracts in a high-stakes, competitive landscape. Market signals indicate that the ability to navigate this high-tension triangle of stakeholders is essential for mitigating technical debt and accelerating the commercialization of quantum-centric infrastructure.
The quantum computing industry is currently undergoing a period of rapid institutionalization, characterized by a move toward on-premises deployments and integrated high-performance computing centers. Within this environment, the hardware control layer acts as a critical interface where theoretical breakthroughs must be translated into reliable, low-latency execution stacks. This systemic complexity necessitates a specialized tier of management that can mediate between the commercial urgency of strategic accounts and the rigorous stability requirements of mainline R&D. Industry analysis from organizations such as the OECD and McKinsey highlights that while the supply of deep-domain physics talent is growing, there remains a critical shortage of professionals capable of bridging the gap between abstract quantum mechanics and industrial project governance.
Macro-level constraints, including the specialized nature of cryogenics, electronics, and FPGA-based control systems, create high barriers to entry for commercial adoption. These barriers are further complicated by the fragmentation of qubit modalities, each requiring unique control architectures and timing precision. Consequently, the role of solutions-oriented program management is vital for standardizing proof-of-concept workflows and ensuring that non-standard requests do not derail the broader technological trajectory. This orchestration is particularly important as the sector moves toward a software-defined hardware paradigm, where interoperability and scalability are the primary drivers of long-term value.
Furthermore, as public funding cycles and national quantum strategies increasingly prioritize commercial readiness, the ability to rapidly validate technology readiness levels through empirical piloting has become a strategic imperative. This trend favors providers who can demonstrate high execution velocity while maintaining a clear bridge between experimental prototypes and permanent product lines. By addressing the friction inherent in off-roadmap development, this role type ensures that the quantum ecosystem can scale effectively without sacrificing the foundational reliability required for enterprise-grade applications.
The capability architecture for this role type centers on the integration of complex hardware development lifecycles with the agility of rapid-prototyping software environments. At the foundational layer, deep literacy in the V-Model and high-complexity hardware/software co-design is essential for evaluating the impact of low-level technical hurdles, such as PCB re-spins or FPGA timing violations, on strategic timelines. This technical proficiency is coupled with a deep understanding of ROI-driven mediation, allowing for the vetting of incoming requests based on both physical possibility and economic viability. These capabilities are critical for the structural throughput of quantum organizations, as they directly influence the ability to allocate multidisciplinary engineering teams effectively across competing priorities. Beyond purely technical governance, the role facilitates a high-level coupling between customer-facing pre-sales initiatives and the internal architectural milestones of mainline product teams. This interface ensures that the pursuit of early-mover advantage does not lead to unmanageable technical debt or the bankruptcy of engineering capacity. By standardizing the handover from proof-of-concept designs to permanent product lines, these experts enable a level of operational readiness that is vital for sustaining the competitive positioning of the technology stack as hardware matures toward fault tolerance.
Accelerates the deterministic progression of bespoke quantum solutions toward standardized commercial-grade product lines
Mitigates systemic risks associated with unmanaged technical debt during rapid proof-of-concept development cycles
Facilitates the transition from isolated laboratory prototypes to integrated enterprise-level quantum control infrastructures
Reduces integration friction between diverse stakeholder groups including sales, mainline R\&D, and strategic enterprise customers
Strengthens the long-term competitive positioning of hardware providers by securing high-value strategic account contracts
Harmonizes customer-specific physics requirements with the practical constraints of scalable software and hardware engineering
Optimizes the allocation of elite multidisciplinary engineering talent across competing research and commercial priorities
Supports the scaling of quantum adoption by identifying and validating economically viable use cases for enterprise clients
Shortens the time-to-market for quantum-ready control systems through the removal of technical and administrative blockers
Improves the reliability of multi-stakeholder deals by translating low-level technical milestones into clear business progress
Protects capital-intensive R\&D investments by acting as a gatekeeper against unsustainable off-roadmap development requests
Enables the strategic orchestration of development efforts across high-tension triangles of internal and external stakeholders
Industry Tags: Quantum Control Systems, Program Management, Deep Tech Integration, Hardware Software Co-design, Strategic Account Management, V-Model Development, Quantum Systems Engineering, Solutions Architecture, Enterprise Quantum Adoption
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