In this role, you will lead the production and delivery of: Collect insights from field, engineering, partners, and customers to inform roadmap priorities, solution validation, and proof points for Quantum and Discovery. Work closely with field and engineering on product roadmap, workload targeting, value propositions, and go-to-market strategy for Quantum and Discovery scenarios. Collaborate with stakeholders across marketing, analyst relations, PR, executive communications, and silicon partners to support launches, briefings, and field guidance for Quantum and Discovery. Deliver clear, impactful seller and field-ready resources (e.g., pitch decks, sales plays, competitive guidance) through coordination with marketing and sales stakeholders across Accelerated Infrastructure. Deeply understand target audiences across technical buyer and developer communities, and tailor narratives for Quantum and Discovery adoption. Build event strategies for first party and third party moments that advance Quantum and Discovery awareness and pipeline, and align with broader Accelerated Infrastructure priorities. Develop and land outbound marketing outcomes and track impact, including narrative adoption, pipeline influence, and business performance for Quantum and Discovery. Master's Degree in in Marketing, Computer Science, Business or related field AND 3+ years experience in business OR Bachelor's Degree in Marketing, Computer Science, Business or related field AND 5+ years experience in business Master's Degree in Marketing, Computer Science, Business or related field AND 6+ years experience in business OR Bachelor's Degree in Marketing, Computer Science, Business or related field AND 8+ years experience in business OR equivalent experience. Experience in product marketing, product strategy, product management or consulting for technical products. Experience in new businesses and building strong x-company relationships with multi-disciplined stakeholders and senior executives. Experience understanding of cloud computing technologies, business drivers, and emerging trends. Exceptional leadership skills and community building must thrive working across organizational and cultural boundaries. Experience building and landing audience-minded content that drives desired outcomes via modern mediums. Expeience presenting insights in a concise, effective, and influential manner to a variety of audiences, including senior executives on a regular basis. Experience in one or more Accelerated Infrastructure areas (Quantum, AI Infrastructure, HPC (High Performance Computing), and/or Networking), including familiarity with first party silicon and third party GPU ecosystems.
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The maturation of the quantum computing sector has transitioned from isolated laboratory proofs to the early stages of industrial utility, creating a structural requirement for a specialized strategic interface between deep-tech engineering and global commercial adoption. This role type serves as a critical bridge in the application enablement layer of the value chain, ensuring that the trajectory of quantum-centric accelerated infrastructure aligns with the practical requirements of enterprise-scale computational workflows. By orchestrating the convergence of nascent hardware capabilities and established cloud distribution models, this function addresses the systemic challenge of translating abstract quantum advantage into deployable business value. Market signals indicate that as the ecosystem moves toward fault-tolerant architectures, the ability to synchronize technical roadmaps with multi-stakeholder market readiness has become a primary determinant for long-term sector resilience.
The quantum ecosystem is currently characterized by a transition from experimental research to the establishment of production-grade quantum-classical hybrid infrastructures. This shift necessitates a sophisticated enablement layer that can navigate the structural bottlenecks inherent in the current Noisy Intermediate-Scale Quantum era. While hardware providers continue to scale qubit counts and improve error mitigation, a persistent gap remains in the middleware and application layers where theoretical algorithmic breakthroughs must be validated against classical high-performance computing baselines.
Macro-level analysis suggests that the primary constraint on adoption is no longer solely hardware availability but rather the complexity of integrating quantum subroutines into existing enterprise digital value chains. Organizations are increasingly seeking standardized pathways to evaluate technology readiness levels across diverse hardware modalities, including superconducting circuits, trapped ions, and photonic systems. Consequently, the role of strategic commercial coordination is vital for reducing the high capital risks associated with deep-tech infrastructure investments and ensuring that development cycles are grounded in realistic scaling trajectories.
Furthermore, the global landscape is shaped by competing national quantum strategies that emphasize the development of sovereign industrial capabilities and secure supply chains. This geopolitical context favors the emergence of large-scale platforms capable of hosting an interoperable ecosystem of software toolchains and developer communities. In this environment, the strategic alignment of first-party silicon initiatives and third-party accelerator ecosystems serves as the foundational architecture for the next generation of accelerated computing.
The capability architecture for this role type centers on the synchronization of complex technical roadmaps with the practical constraints of the global technology market. At the foundational layer, this requires a deep understanding of accelerated infrastructure components, including specialized networking, high-performance computing clusters, and the evolving requirements of quantum-ready silicon. This domain knowledge is essential for establishing rigorous benchmarking and validation protocols that allow enterprise users to differentiate between theoretical potential and empirical performance across various hardware backends.
Beyond purely technical parameters, the function facilitates a high-level coupling between engineering output and the diverse stakeholder landscape of the quantum economy, encompassing research institutes, hardware vendors, and enterprise end-users. By standardizing the communication of complex technological milestones—such as error correction thresholds or gate fidelity improvements—this role ensures architectural interoperability and reduces the friction associated with hybrid workflow adoption. This strategic interface is critical for maintaining the integrity of the technology stack as the industry moves toward fault-tolerant operation and large-scale industrial utility.
Accelerates the deterministic progression of technology readiness levels for enterprise-grade quantum infrastructure applications
Mitigates systemic risks associated with premature technology adoption by establishing rigorous benchmarking against classical baselines
Facilitates the transition from isolated research prototypes to standardized commercial-grade quantum-enhanced software solutions
Reduces integration friction across the accelerated infrastructure value chain through the alignment of engineering and market priorities
Strengthens the long-term competitive positioning of global industries by securing early-mover expertise in quantum-centric digital transformation
Harmonizes abstract scientific breakthroughs with the practical requirements of complex scalable enterprise software architectures
Optimizes the lifecycle of quantum-classical hybrid systems through the development of interoperable deployment frameworks
Supports the scaling of quantum adoption by identifying high-impact use cases across diverse industrial sectors
Shortens the time-to-market for quantum-ready products by ensuring infrastructure alignment with hardware development roadmaps
Improves the reliability of multi-stakeholder ecosystem initiatives through the application of architectural best practices and standardized protocols
Protects capital-intensive investments in deep-tech by providing expert technical validation of emerging quantum and silicon hardware
Enables the strategic orchestration of development efforts across large-scale global networks of internal and external partners
Industry Tags: Quantum Computing, Accelerated Infrastructure, Product Marketing Strategy, Technology Readiness Level, Hybrid Quantum-Classical Computing, Quantum Ecosystem Analysis, High Performance Computing, Silicon Strategy, Enterprise Adoption
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