17 graduate degrees in Applied Mathematics were awarded at the 2023 Spring Convocation.
(Left to right) Brian Mao, Kevin Siu, Kevin Lamb, Funmi Adeku, Iyi Oluyemi, Francis Poulin.
(Left to right): Kevin Lamb, Russell Milne, Francis Poulin.
MMath:
Funmilayo Adeku: “Sensitivity of the Thermal Structure and Circulation Patterns of a Simple Idealized Lake and Lake Erie to External Driving Forces”
Andrew Bernakevitch: “Examination of Parametric Subharmonic Instability of K₁ Internal Tides Generated by Tidal Flow over a Ridge”
Zhuqing Li: “Turnpike Property for Generalized Linear-Quadratic Optimal Control Problem”
Brian Mao: “Road Surface Estimation Using Machine Learning”
Darian McLaren (Quantum Information): “On the evaluation of quantum instruments with a consideration to measurements in trapped ion systems”
Momoiyioluwa Oluyemi: “Almost-Sure Stability of a Noisy Autoparametric Vibration Absorber”
Maria Rosa Preciado Rivas: “Theoretical Description of the Forces on a Point Charge Moving Parallel to a Supported Two-dimensional Material”
Thanin Quartz: “Data-Driven Methods for System Identification and Lyapunov Stability”
Dorsa Sadat Hosseini KHajouei: “From Astrophysics of Galaxies to Binary Black Hole Mergers: Theoretical Modelling of the Gravitational-Wave Bias Parameter”
Kevin Siu: “Modelling Subglacial Hydrology under Future Climate Scenarios in Wilkes Subglacial Basin, Antarctica”
Delaney Smith: “Mathematical Modelling of the Intrarenal Renin Angiotensin System in Hypertension”
PhD:
Mana Donganont: “Consensus Problems in Hybrid Multi-Agent Systems”
Yiming Meng: “Bifurcation and Robust Control of Instabilities in the Presence of Uncertainties”
Russell Milne: “A spatially explicit modelling approach for predicting and managing the effects of coral reef stressors”
Vahid Nourian: “Modeling and simulation of uni- and multi-flagellar bacterial locomotion in a viscous fluid”
James Petrie: “Decentralized contact tracing protocols and a risk analysis approach to pandemic control”
Julien Smith-Roberge: “Microcolony Dynamics: Motion from Growth, Order, and Incompressibility”