Quantum Materials Scientist

Position Description

The Quantum Information and Nanosystems Group at MIT Lincoln Laboratory conducts quantum information science research from a shared foundation of innovate research, state-of-the-art fabrication tools, and well-equipped measurement infrastructure. The group conducts a broad range of experimental and prototyping activities, including the development of superconducting, trapped-ion, and diamond nitrogen-vacancy center qubits.

Our group seeks multiple highly motivated Quantum Materials Scientists to support our multidisciplinary quantum computing and sensing efforts. The candidates will support core efforts in quantum diamond growth, focusing on the development of cutting-edge diamond materials with applications in the rapidly growing field of quantum engineering; and in superconducting materials, developing and characterizing high-quality films and processes for superconducting quantum and classical computing applications. Roles in these two efforts will be split across new hires based on skills and interest. We welcome applicants with core interests in either or both areas.

The Quantum Materials Scientists will work with a dynamic team in a fast-paced, research environment designing, conducting, and evaluating experiments to develop the materials and processes for next-generation quantum devices. The individuals will take an active, hands-on role in process development and operation of growth tools (200 mm wafer class MBE and CVD/ALD tools and microwave plasma single crystal diamond growth tools) as well as conduct materials characterization, evaluating both the material quality and performance. Additionally, the individuals will have opportunities to propose and lead independent, complementary research efforts, lead collaborations with both internal and external groups, and, as needed, lead research programs.

Requirements

• MS with 5+ years or PhD with 3+ years of relevant experience with a background in materials science, chemistry, physics, engineering, or related discipline

Useful Experience

• Microwave plasma CVD growth of single crystal diamond or MBE, CVD, or ALD growth of superconducting thin films
• Vacuum system and microwave generator operation, maintenance, and safety
• Materials characterization: optical, confocal, atomic force, and electron microscopy; UV-Vis-NIR, PL, Raman, and FTIR spectroscopy; white light and laser interferometry, XRD, XRF, XPS, AES, EDS, SIMS, and EPR
• Microfabrication and cleanroom experience: ion implant, metals and oxide deposition, wet and dry etch, photolithography, laser machining, etc
• Process optimization using design of experiments principles and statistical process control
• Identification, evaluation, procurement, installation, and start-up of major equipment
• Safe handling and disposal of hazardous chemicals
• Statistical analysis using JMP or Matlab and data collection/process control using LabVIEW or Python.
• Excellent organizational and interpersonal skills
• Formulation and preparation of project proposals and project leadership
• Ability to manage priorities among multiple projects