Quantum Elements, Quantum Research Scientist - Device Simulation

Responsibilities

• Oversees the launch and maintenance of the Midwest Quantum Network Facility, focusing on reducing optical losses, optimizing network control and applications, integrating control devices, and facilitating the incorporation of new quantum components and protocols through collaboration with academic, government, and industry experts.
• Led the expansion of the quantum network infrastructure to deploy and integrate additional quantum nodes into the network.
• Represents the Midwest Quantum Network Facility in technical engagements with external stakeholders, including industry partners, federal agencies, and research collaborators.
• Interfaces with central IT and Facilities stakeholders to ensure the quantum network infrastructure meets University and Midwest Quantum Network Facility strategic goals.
• Collaborates with CQE to distill complex technical milestones into actionable narratives for executive leadership and board-level stakeholders.
• Collaborates with technical staff at partnering organizations to develop secure quantum networking technologies, including U.S. Department of Energy’s Argonne National Laboratory and Fermi National Accelerator Laboratory, University of Illinois Urbana-Champaign, University of Wisconsin-Madison, Northwestern University, and Purdue University.
• Deploys quantum networking and related technologies, such as low-loss, fiber-based quantum repeaters, quantum-classical hybrid systems, and optimize fiber infrastructure for secure data transmission.
• Deploys hardware to interface qubits with optical fibers, such as high-efficiency single-photon sources and detectors.
• Reports on site readiness, risk analysis, and strategic planning to senior leadership.
• Broadens the scope of the Midwest Quantum Network Facility by investigating long-range connections to other regional and national quantum networks.
• Provides support to maintain the operation and service levels of quantum networking systems.
• Clearly communicates and presents technical information to both technical team members and employees who may not be familiar with quantum networking terminology.
• Solves complex problems relating to the consulting services of vendors, including the development of project statements of work and determining vendor resource requirements.
• Leads the development, design, and implementation of a Networking Services and Information Technologies (NSIT) network.
• Creates project plans for network design, implementation, and upgrades/modifications to existing networks.
• Manages the installation of network hardware, communications wiring, wireless telecommunication facilities, communications software, and other network components.
• Identifies problems with network components and services.
• Conducts trending and analysis of network traffic patterns and makes recommendations.

Qualifications

• Experience and expertise in telecommunications, programming, project management, field deployments, and customer relations.
• Ensures compliance with University, government, and industry security and regulatory protocols.

Skills

• Strong understanding of quantum networking principles and technologies.
• Excellent problem-solving and troubleshooting skills.
• Ability to communicate effectively with technical and non-technical stakeholders.
• Proficient in project management tools and methodologies.
• Knowledge of network design, deployment, and optimization.

Benefits

• Flexible work schedule.
• Competitive compensation package.
• Professional development opportunities.
• Health and wellness benefits.

Pay

• $100,000 - $120,000 annually.

Schedule

• Full-time, Monday through Friday.