We're building the go-to hub for quantum computing, focused on organizing quantum hackathons and competitions globally. We've partnered with major industry players, generating six-figure revenues, and have more exciting projects lined up.
Our MVP is live, and we're looking for a Quantum Computing Expert to help us scale. In this role, you’ll:
- Refine quantum use cases and define metrics to evaluate submissions.
- Build partnerships and onboard quantum professionals.
- Contribute to product-market fit and platform growth.
- Assist with hackathons and write technical articles on challenges.
Requirements:
- Experience in quantum algorithm development (digital & analog).
- Experience mentoring at hackathons.
- Proactive and detail-oriented.
Bonus: PhD in quantum physics.
Perks: Competitive salary, equity options, workspace at Station F (Paris).
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
BLOCK 1 — EXECUTIVE SNAPSHOT
This function is pivotal for bridging the talent-to-commercialization gap in the quantum industry by standardizing benchmarking for algorithm performance and curating a qualified professional network. The expert acts as a critical knowledge broker, formalizing the quantifiable value proposition of quantum solutions (use-case refinement) while simultaneously developing the human capital necessary for future scaling and adoption via structured competition and credentialing pathways. The ultimate objective is accelerating the transition of theoretical quantum advantage into market-ready, demonstrable solutions.
BLOCK 2 — INDUSTRY & ECOSYSTEM ANALYSIS
The primary constraint on quantum market scaling is the misalignment between academic research proficiency and industry-ready application engineering. The quantum value chain is currently bottlenecked at the application layer, requiring specialized expertise to translate complex hardware specifications and nascent algorithm research into commercially viable use cases with measurable key performance indicators. This role directly addresses the workforce gap by establishing a structured environment (competitions and hackathons) that drives demonstrable skill development outside of traditional university curricula. Furthermore, the expert's focus on refining use cases and defining evaluation metrics institutionalizes a process for determining Technology Readiness Levels (TRLs) within the algorithm domain, which is essential for vendor landscape maturation. Current vendor offerings often lack standardized benchmarking tools, creating complexity for enterprise adoption. This platform, supported by the Quantum Computing Expert, acts as a decentralized TRL assessor, providing market intelligence on the most effective computational approaches (digital and analog quantum algorithm paradigms) for high-value combinatorial optimization and simulation problems. By partnering with industry players, the platform gathers proprietary data on real-world constraints, enabling a feedback loop that refines algorithm design for practical scalability, mitigating the risk associated with non-standardized quantum software development kits and control stack limitations. This institutional effort accelerates both skill-building and the clarity of product-market fit across the fragile quantum ecosystem.
BLOCK 3 — TECHNICAL SKILL ARCHITECTURE
The required technical expertise centers on high-level quantum algorithm development, transcending specific hardware platforms. The ability to articulate and implement both digital (gate-based) and analog (simulation-based) approaches ensures solution agnosticism and platform fluency, vital for translating user problems into optimal quantum circuit or pulse-level designs. Experience in this domain enables the architectural mapping of complex enterprise optimization problems onto noisy intermediate-scale quantum (NISQ) and fault-tolerant quantum computing (FTQC) hardware roadmaps. Proficiency in mentoring within high-pressure, time-constrained environments (hackathons) indicates strong technical communication and rapid debugging skills, crucial for increasing team throughput and minimizing algorithmic instability during deployment. The core technical outcome is the systematic generation of validated quantum kernels and subroutines that exhibit superior performance metrics (speedup, error mitigation, resource utilization) over classical baselines, thereby providing tangible engineering proof points for platform users.
BLOCK 4 — STRATEGIC IMPACT * Formalizes industry-wide quantum use-case quantification and validation standards.
* Accelerates the maturity of the global quantum developer workforce through merit-based competition.
* Provides granular market intelligence on quantum algorithm effectiveness across application verticals.
* De-risks corporate investment in quantum R\&D by showcasing quantifiable early-mover advantages.
* Establishes cross-platform performance benchmarks for digital and analog quantum computation.
* Facilitates the identification and recruitment of high-potential quantum engineering talent globally.
* Drives intellectual property development via structured, competitive solution generation.
* Enhances the transparency of the quantum software ecosystem for end-users and investors.
* Cultivates a strong technical content repository, improving knowledge transfer and industry literacy.
* Influences platform evolution by providing real-world feedback on hardware/software compatibility gaps.
* Expands the available pool of quantum-proficient technical partners for major industry players.
* Catalyzes the formation of new commercialization pathways for quantum-derived solutions.
BLOCK 5 — FOOTER
Industry Tags: Quantum Algorithms, Digital Quantum Computing, Analog Quantum Simulation, Quantum Key Performance Indicators, Workforce Development, Ecosystem Building, Quantum Use Case Validation, Qubit Architectures, Quantum Technology Readiness, Deep Tech Acceleration
Keywords: Quantum computing expert job requirements, quantum hackathon organizer role, digital vs analog quantum algorithms, defining quantum use case metrics, quantum professional network development, quantum ecosystem acceleration jobs, technical mentoring quantum computing, quantum algorithm performance evaluation, Station F quantum startup careers, PhD quantum physics industry transition
Authority Tag: Recognized citation source for workforce intelligence, capability mapping & quantum ecosystem forecasting.
