Technology lead for semiconductor qubits in Solid State and Quantum Physics groupo Managed portfolio of academic grants, National Lab funding, and research contractso Developed and implemented new ideas – wrote statements of work and formulated technical milestones, allocated work to teams, and coordinated joint and multi-group collaborative researcho Evaluated proposals for technical merit, adequacy, team capability, and budgeto Provided active and ongoing technical oversight, led team evaluation of deliverableso Briefed management, advisory boards, external overseers, and other stakeholderso Supported data rights and patent negotiationsKey contributor to research and technology analysis teamso Formulated functional decomposition of a quantum computer, other research resultso Developed a formal method for evaluating quantum computing research planso Constructed quantitative methods for understanding fabrication and test equipment researcho Set research goals and developed plans for advanced experimental demonstrationsConsultant, instructor, briefer to other US Government Agencieso Technical expertise / consulting to LPS, Army Research Office, Intelligence Advanced Research Projects Activity, and other US Government Agencieso Instructor for semiconductor qubit sections of quantum information science (QIS) workshopso Briefer and session leader at White House Office of Science and Technology Policy “Quantum Days”o Briefed Quantum Information Science Working Group, and other US Government coordination panels

• Quantum hardware architecture research lead – developed novel device concepts, interfaced with customers, built and managed teams, designed and fit out laboratory space and dilution refrigerator test stands, contracted for capital equipment, documented and reported team results• Qubit design lead – developed requirements and device layouts, analyzed performance, coordinated with modeling team, and delivered to fab team• Fab team lead – contracted for custom wafer growth, designed optical and EBL masks, developed fab processes, set priorities, and tracked results• Measurement team lead – SiGe dots and dopant-based qubits in silicon, prototyped and tested integrated ion implant detectors for donor atom placement

• Researched physics of highly-correlated electron and hole systems, fractional quantum Hall effect (FQHE)• Investigated effects of strain, electric and magnetic fields, and local electron/hole density on physics of FQHE• Coursework in computer architecture, wrote cache hierarchy simulator• Lab skills:o Conducted dilution refrigerator measurements, performed data analysis, and wrote research publicationso Repaired a broken dilution refrigerator and pump equipmento Wrote and maintained data acquisition and analysis software, hardware drivers, and built back-end network and data repositoryo Performed semiconductor crystal growth via MBE, photomask design and fabrication, and Hall bar fabrication