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Quantum Sensing Data Science Jobs (NOW HIRING)

Quantum Sensing * Lead Quantum Sky's strategy and technical point of view for quantum sensing, with emphasis on practical customer applications and near- to mid-term mission relevance. * Identify and ...

Quantum Sensing * Lead Quantum Sky's strategy and technical point of view for quantum sensing, with emphasis on practical customer applications and near- to mid-term mission relevance. * Identify and ...

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Quantum Sensing Data Science information

What is quantum sensing data science?

Quantum sensing data science is the field that combines quantum sensing technology with data science methods to analyze and interpret data collected from quantum sensors. Quantum sensors leverage principles of quantum mechanics, such as superposition and entanglement, to achieve extremely high precision measurements in areas like magnetic fields, gravity, or time. Data scientists in this field develop algorithms and models to extract meaningful information from complex quantum-generated data, enabling advancements in scientific research, medical imaging, navigation, and more. By integrating quantum sensing with advanced analytics, this interdisciplinary field pushes the boundaries of measurement accuracy and data interpretation.

What are the key skills and qualifications needed to thrive as a quantum sensing data science professional?

To thrive in Quantum Sensing Data Science, you need a strong background in physics, mathematics, and data analysis, often supported by an advanced degree in physics, engineering, or data science. Familiarity with quantum measurement systems, programming languages like Python, and data processing frameworks is typically required, along with experience using specialized tools such as MATLAB or LabVIEW. Strong problem-solving ability, attention to detail, and collaboration skills help professionals excel in interdisciplinary environments. These skills are vital for accurately interpreting complex data and driving innovation in cutting-edge quantum sensing applications.

What are some unique challenges faced by data scientists working in quantum sensing, and how can they be addressed?

Data scientists in quantum sensing often encounter challenges related to handling highly complex and noisy datasets generated by sensitive quantum devices. Unlike traditional data science roles, the data may require specialized preprocessing and noise reduction techniques to extract meaningful insights. Collaboration with physicists and engineers is essential to understand the context of the data and the limitations of the sensing hardware. Staying updated with advancements in quantum algorithms and statistical methods can help address these challenges and enhance analysis accuracy.

What are popular job titles related to Quantum Sensing Data Science jobs?

For Quantum Sensing Data Science jobs, the most frequently searched job titles are:

Full-time

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Re-posted 9 days ago


Job description

Description

Quantum Sky is searching for a Quantum Science Lead to provide scientific leadership across our Quantum Practice, with primary emphasis on quantum sensing, quantum networking, and quantum hardware readiness. This individual will help translate advances in quantum science into practical mission applications for U.S. Federal Government, Department of Defense, Intelligence Community, and National Security customers.

The successful candidate will shape Quantum Sky's technical point of view on quantum sensing and networking, monitor the evolution of quantum computing hardware, and advise customers and internal teams on where emerging quantum technologies can create mission value.

Responsibilities:

Quantum Sensing

  • Lead Quantum Sky's strategy and technical point of view for quantum sensing, with emphasis on practical customer applications and near- to mid-term mission relevance.
  • Identify and prioritize quantum sensing use cases across areas such as precision timing, positioning and navigation, electromagnetic sensing, gravimetry, imaging, RF sensing, inertial sensing, and advanced measurement.
  • Assess the maturity, performance, and deployment readiness of quantum sensing technologies, including sensitivity, stability, size, weight, power, environmental constraints, and integration requirements.
  • Translate quantum sensing advances into customer-relevant concepts, including mission applications, pilot opportunities, demonstrations, and transition strategies.
  • Help shape differentiated offerings around quantum sensing assessment, roadmap development, mission discovery, pilot design, and technology transition.

Quantum Networking

  • Lead Quantum Sky's technical perspective on quantum networking and quantum communications beyond PQC migration.
  • Track developments in entanglement distribution, quantum repeaters, quantum memories, quantum transduction, distributed quantum sensing, and quantum network testbeds.
  • Assess the maturity, deployment constraints, infrastructure dependencies, standards activity, and realistic adoption timelines for quantum networking technologies.
  • Identify customer use cases where quantum networking may create future value, including secure communications concepts, distributed sensing, time synchronization, and connections between future quantum systems.
  • Partner with the PQC lead to maintain clear swim lanes between cryptographic modernization, QKD-related concepts, quantum-secure communications, and broader quantum networking strategy.

Quantum Science and Hardware Readiness

  • Serve as a senior scientific authority within the Quantum Practice, with emphasis on quantum devices, sensing, networking, and hardware readiness.
  • Monitor progress across quantum computing hardware modalities and assess implications for customer missions, adoption timelines, technical risk, and investment decisions.
  • Evaluate emerging quantum hardware architectures, including maturity, scalability, error correction trajectory, operational constraints, and relevance to future customer use cases.
  • Work with the Quantum Algorithm lead to assess how hardware advances may affect algorithm feasibility, benchmarking, and customer-facing roadmaps, while preserving algorithm development as a separate swim lane.
  • Develop technical papers, white papers, briefings, and thought leadership materials that advance Quantum Sky's quantum capabilities and support customer missions.
Qualifications

Required:

  • PhD in Quantum Physics, Quantum Information Science, Applied Physics, Mathematics, Computer Science, or a closely related discipline.
  • 5+ years of experience in quantum sensing, quantum networking, quantum information science, quantum devices, or related fields.
  • Deep understanding of quantum mechanics, quantum information science, and at least one applied quantum technology domain such as quantum sensing, quantum networking, quantum communications, or quantum hardware systems.
  • Strong familiarity with quantum sensing and/or quantum networking technologies, including current maturity, operational constraints, and potential mission applications.
  • Working knowledge of quantum computing hardware architectures and the technical factors affecting hardware readiness, scalability, and adoption timelines.
  • Record of peer-reviewed publications, technical research, patents, or other recognized contributions to the field.
  • Ability to communicate complex scientific concepts to both technical and executive audiences.
  • Experience leading research initiatives and influencing technical strategy.

Desired:

  • Experience prototyping, demonstrating, or transitioning a quantum sensing or networking capability.
  • Experience supporting DoD, Intelligence Community, Department of Energy, national laboratory, or federally funded research programs.
  • Experience collaborating with multidisciplinary teams spanning physics, mathematics, software engineering, AI/ML, and systems engineering.
  • Patents, publications, or recognized contributions in quantum sensing, quantum networking, quantum communications, quantum devices, measurement science, or quantum hardware systems.
  • Experience mentoring scientists, researchers, or engineers and helping bridge theoretical research with practical implementation.

Clearance:

  • Active TS/SCI clearance or ability to obtain one.
About Quantum Sky

Compensation:

  • Compensation is unique to each candidate and relative to the skills and experience they bring to the position. The salary range for this position is typically between $175,000 and $275,000. This does not guarantee a specific salary as compensation is based upon multiple factors such as education, experience, certifications, and other requirements, and may fall outside of the above-stated range.
Benefits:
  • Highlights of our benefits include Health/Dental/Vision, 401(k) match, Paid Time Off, STD/LTD/Life Insurance, Referral Bonuses, professional development reimbursement, and parental leave.

The world the mission operates in is going post-quantum, contested, and machine-speed. Quantum Sky engineers the advantage across cyber, networks, software, and quantum because the mission demands dominance, not parity. We don't follow the map. We draw it. 

At Quantum Sky, we believe that success starts with our people. We foster a collaborative, innovative, and mission-driven environment where every team member plays a critical role in shaping the future of technology. Are you ready to join #TeamQuantumSky? 

Quantum Sky Engineering LLC is an Equal Opportunity Employer; all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, [sexual orientation, gender identity,] national origin, disability, status as a protected veteran, or any characteristic protected by applicable law.

Employment Type: FULL_TIME