- Modeled and simulated the spatial energy distribution as a function of temperature in few-qubit quantum systems maintained in thermal equilibrium using the generalized RK4 algorithm for coupled differential equations using Python- Researched literature on Hamiltonian Learning and Shadow Tomography- Gained foundational knowledge and practical experience with Numerical Methods (Linear Algebra, Root Finding, Optimization, Interpolation, Fitting, Integration, and Differential Equations)… Show more - Modeled and simulated the spatial energy distribution as a function of temperature in few-qubit quantum systems maintained in thermal equilibrium using the generalized RK4 algorithm for coupled differential equations using Python- Researched literature on Hamiltonian Learning and Shadow Tomography- Gained foundational knowledge and practical experience with Numerical Methods (Linear Algebra, Root Finding, Optimization, Interpolation, Fitting, Integration, and Differential Equations) in Python as part of an advanced Computational Physics graduate class offered at the University of Guelph Show less

Led tutorials, led laboratory demonstrations, held office hours, set problems, graded, and proctored for 4 large (100+ enrolled) undergraduate Physics and ECE classes. Received positive feedback from both students and instructors.- ECE106: Electricity and Magnetism - PHYS111 Lab: Mechanics Lab- PHYS175: Intro to the Universe- PHYS359: Statistical Mechanics

- Advanced graduate coursework in Quantum Information Theory, Quantum Devices, and Quantum Algorithms - Simulated novel superconducting circuits in LTSpice as candidate quantum memristors

- First-authored publication in Superlattices and Microstructures (2020)- Simulated the energy levels of Semiconducting Quantum Dots in a magnetic field in Python- Co-authored a report on quantum many-body theory: Variational Principle, Hartree-Fock, and DFT- Selected for and attended the NIUS Physics Camp in Summer 2017: a highly competitive national camp introducing research areas in Physics to selected undergraduates (Top 70 of 1500+ applicants)

- Optimized the design of the first 3D Ring Resonator Architecture for Superconducting Qubits- Successful simulations led to high-impact publication in Physical Review Applied with coverage in Nature (2021). The work gained 30+ citations in under 3 years.- Awarded the Best Project Award out of 7 interns in Condensed Matter Physics and Material Science - Researched literature on Circuit QED with Superconducting Qubits