Collaborators

• MIT Lincoln Laboratory: Quantum Information and Integrated Nanoscience Group
• Prof. Will Oliver and the Engineering Quantum Systems (EQuS) group, MIT
• Prof. Joe Formaggio and the Formaggio group, MIT
• Prof. Karl Berggren and the Quantum Nanostructures and Nanofabrication group, MIT

Teaching

• Fall 2025: Kevin is lecturing for 6.2400: Introduction to Quantum Systems Engineering.
• Spring 2025: Kevin took the Junior Faculty Research Leave (JFRL).
• Fall 2024: Kevin co-lectured for 6.2400: Introduction to Quantum Systems Engineering with Prof. Will Oliver.
• Spring 2024: Kevin was the recitation and lab instructor for 6.2300[6.013]: Electromagnetics Waves & Applications.
• Fall 2023: Kevin co-lectured for 6.2400: Introduction to Quantum Systems Engineering with Prof. Karl Berggren. Jeremy was a TA.
• Spring 2023: Kevin co-lectured with Prof. Will Oliver for 6.S987: Physics and Engineering of Superconducting Qubits. Jenn was a TA.
• Fall 2022: Kevin co-developed and co-lectured for 6.2400: Introduction to Quantum Systems Engineering with Karl Berggren, Anand Natarajan, and Isaac Chuang.
• Spring 2022: Kevin was a recitation and lab instructor for 6.013: Electromagnetics Waves & Applications.
• Fall 2021: Kevin developed and lectured for 6.644: Quantum Measurement and Control. Bright was the TA.
• Spring 2021: Kevin was the recitation and lab instructor for 6.013: Electromagnetics Waves & Applications.
• Fall 2020: Kevin was a recitation instructor for 6.003: Signal Prcessing.
• Spring 2020: Kevin co-lectured with Luca Daniel for 6.013: Electromagnetics and Applications, an undergraduate lab and project based electromagnetics course.
• Fall 2019: Kevin was the lecturer for 6.630: Electromagnetic Waves, a graduate level electromagnetics course. Kaidong was the TA.
• Spring 2019: Kevin was the recitation instructor for 6.013: Electromagnetics and Applications, an undergraduate lab and project based electromagnetics course.

Software

• JosephsonCircuits.jl: A frequency domain, multi-tone harmonic balance, simulator of scattering parameters and noise in nonlinear circuits containing Josephson junctions. Performs scattering parameter conversion and interconnection.