Quandela stands as a global leader in quantum computing, driven by groundbreaking technology and a strategic vision for scaling quantum solutions. The company’s unique ability to offer both hardware and software solutions, along with its commitment to build energy efficient datacenters and scalability, positions it to play a key role in the next wave of innovation, and in many strategic and sovereign industrial sectors.
Join Us at the Forefront of Quantum Computing Innovation 🚀
We are seeking a Senior Research Scientist with a strong scientific background in quantum computing, quantum photonics, or a closely related field to contribute to and lead advanced research activities in the United States.
This role will focus on driving scientific excellence, developing innovative concepts, and translating research ideas into experimental, theoretical, or computational results that support Quandela’s technology roadmap. The successful candidate will work closely with multidisciplinary teams across quantum physics, integrated photonics, electronics, algorithms, software, and engineering.
The Senior Research Scientist will play a key role in advancing Quandela’s research agenda, contributing to strategic research programs, supporting technical roadmaps, mentoring junior scientists, and strengthening collaborations with academic, government, and industrial partners.
Key Responsibilities
Scientific Research & Innovation
- Conduct high-level research in quantum computing, quantum photonics, quantum information science, or related areas.
- Develop novel scientific concepts, models, methods, and experimental or computational approaches aligned with Quandela’s technology strategy.
- Contribute to the design, analysis, and validation of quantum computing architectures, photonic quantum systems, components, algorithms, or enabling technologies.
- Translate scientific advances into tangible research outputs, including prototypes, demonstrators, technical reports, publications, patents, and internal know-how.
- Stay at the forefront of advances in quantum computing, integrated photonics, quantum hardware, and hardware/software architectures.
- Identify emerging scientific opportunities and contribute insights to guide long-term research directions.
Technical Leadership
- Provide scientific leadership within multidisciplinary R&D projects involving quantum physics, photonics, electronics, algorithms, and software engineering.
- Define and refine research objectives, technical milestones, and scientific work plans in collaboration with research leads, engineers, and program stakeholders.
- Support the transition from research concepts to proof-of-concept demonstrations, prototypes, and validation milestones.
- Contribute to technical roadmap development and ensure research activities remain aligned with company objectives and project deliverables.
- Review scientific results, challenge assumptions, and ensure rigorous research methodology and high-quality technical execution.
Collaboration & Program Support
- Work closely with internal R&D teams to support project execution and milestone-driven progress.
- Contribute scientific content to research proposals, technical reports, program reviews, and stakeholder presentations.
- Support interactions with funding institutions, government agencies, universities, national laboratories, and industrial partners.
- Participate in collaborative research programs and help coordinate scientific contributions across internal and external teams.
- Represent Quandela at conferences, workshops, consortium meetings, and scientific events.
Mentoring & Knowledge Sharing
- Mentor junior scientists, postdoctoral researchers, engineers, and interns.
- Contribute to building a culture of scientific excellence, rigor, creativity, and cross-disciplinary collaboration.
- Share expertise through internal seminars, technical reviews, documentation, and scientific discussions.
- Help establish research best practices, technical standards, and collaborative working methods within a growing U.S. R&D environment.
Qualifications & Skills
- PhD in physics, quantum information science, quantum technologies, photonics, electrical engineering, applied mathematics, computer science, or a related field.
- Typically 7–10+ years of relevant research experience in quantum computing, quantum optics, photonics, or advanced quantum technologies.
- Strong publication record and demonstrated ability to produce high-quality scientific results.
- Deep understanding of at least one of the following areas:
- Quantum information science
- Photonic quantum computing
- Integrated photonics
- Quantum optics
- Quantum algorithms
- Quantum hardware architectures
- Quantum error correction or fault-tolerant computing
- Experience contributing to complex, multidisciplinary R&D projects.
- Ability to connect scientific vision with practical technical execution.
- Strong analytical, problem-solving, and communication skills.
- Ability to work effectively with scientists, engineers, project managers, executives, and external partners.
- Experience with government-funded research projects, technical reporting, or defense-related R&D programs is an asset.
- Familiarity with intellectual property generation, patents, or technology transfer is desirable.
- Eligibility Requirement: Applicants must be U.S. citizens to meet government program and security requirements.
- The opportunity to lead strategic national programs at the forefront of quantum technologies
- A collaborative, innovative environment bridging cutting-edge science and industrial applications,
- Competitive compensation package, including relocation support if required.
- The chance to shape the future of quantum computing with one of the leading players in the field
At Quandela, we believe that the strength of our team is the plurality of experiences, perspectives, and journeys. We are committed to building a respectful, inclusive, and welcoming work environment. All applications are welcome.
TECHNICAL & MARKET ANALYSIS | Appended by Quantum.Jobs
The expansion of Senior Research Scientist roles within the United States quantum ecosystem reflects a critical phase shift from laboratory exploration to structured technology translation pathways. As sovereign mandates and public-private consortia accelerate capital allocation into deep-tech infrastructure, the structural necessity for advanced domain expertise becomes paramount to bridging foundational quantum mechanics and enterprise-ready computational architectures. This specialized research function serves as a high-leverage node within the innovation layer, transforming complex physical anomalies into reproducible, scalable hardware and software frameworks. Market signals from the Quantum Economic Development Consortium indicate that senior-level scientific leadership is vital for mitigating the technical bottlenecks inherent in multi-system integration. By anchoring experimental validations within rigorous, peer-reviewed benchmarks, this role type ensures long-term interoperability and ecosystem readiness across regional defense and industrial supply chains.
The broader quantum computing value chain is undergoing a structural transition as systems evolve from isolated laboratory prototypes into environments integrated with high-performance computing clusters. Within this landscape, the primary operational challenge has shifted from basic hardware demonstration to multi-disciplinary architecture validation, necessitating a cohesive stabilization of the hardware-software interface. Ongoing ecosystem initiatives aim to accelerate readiness for practical quantum applications, which places significant demands on the structural coordination of regional research programs.
Geopolitical frameworks and national security strategies heavily influence the distribution of specialized talent, establishing strict eligibility boundaries that impact organizational design across the deep-tech sector. As a result, the availability of senior research personnel capable of navigating both federal funding mechanisms and industrial product roadmaps serves as a primary determinant for localized technological sovereignty. The sector currently struggles with a fragmented tooling landscape, where a lack of unified standards across optical, cryogenic, and digital control layers induces systemic inefficiencies during proof-of-concept scaling.
Furthermore, public research institutions and early-stage commercial entities increasingly depend on joint development agreements to de-risk capital-intensive infrastructure investments. This complex network of actors requires individuals who can manage cross-institutional knowledge transfers without compromising intellectual property boundaries. Consequently, the position of senior scientific personnel within the enablement layer is fundamental to maintaining programmatic velocity as hardware architectures transition through escalating Technology Readiness Levels.
The capability architecture for this role type centers on the synthesis of advanced quantum photonics research with the protocols of industrial-grade systems engineering. Mastery of the hardware-agnostic software stack and its integration points with underlying optical control interfaces is essential for ensuring that computational simulations achieve predictable reproducibility metrics. This requires a sophisticated synchronization of multi-disciplinary domains, linking laser physics and integrated circuit design with high-level algorithmic execution frameworks to minimize cross-talk and phase decoherence.
These integrated capabilities are fundamental to the throughput of deep-tech organizations, as they facilitate the parallelization of long-term scientific discovery and near-term validation milestones. By establishing rigorous benchmarking frameworks at the physical layer, this function provides the operational leverage necessary to assess architectural trade-offs prior to capital-intensive fabrication cycles. Moreover, the capacity to oversee complex technical roadmaps reduces the friction between foundational physics breakthroughs and scalable product delivery, securing a stable foundation for participation in the emerging global quantum-as-a-service market. - Accelerates the transition of foundational quantum photonics discoveries into scalable, industrial-grade computing platforms
- Mitigates architectural development risks by anchoring long-term technology roadmaps in verifiable physical metrics
- Facilitates the standardization of experimental protocols across cross-functional physics and engineering departments
- Strengthens organizational positioning within sovereign technology initiatives through rigorous technical proposal development
- Reduces iteration friction between abstract theoretical models and empirical proof-of-concept hardware demonstrations
- Optimizes the utilization of regional research infrastructure through the synchronization of multi-site collaborative programs
- Enhances intellectual property portfolios by translating innovative scientific concepts into defensible patent architectures
- Supports the structural scaling of quantum systems by managing complex physical and digital interface dependencies
- Improves the transparency of Technology Readiness Level progression for institutional stakeholders and policy makers
- Enables the systematic reproducibility of multi-system configurations through standardized validation frameworks
- Protects capital-intensive research investments by ensuring alignment with established high-performance computing standards
- Orchestrates the convergence of academic research methodologies with the execution constraints of commercial product developmentIndustry Tags: Quantum Photonics, Integrated Optics, Technology Translation, Sovereign Deep Tech, Hardware Software Interface, Quantum Information Science, Multidisciplinary R&D, System Validation, Advanced Benchmarking, Quantum Computing Value Chain
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