I am a PhD student at Imperial College London and my research is mainly focused on using machine learning techniques for the extraction of clinical insights from in-home monitoring data. Within healthcare my work has mostly revolved around people living with Dementia.
My interests are in theoretical machine learning and building new techniques that are applicable to the world of healthcare.
I have worked in the following areas:
Studying the use of machine learning techniques to improve Dementia care through the use of in-home sensors.
Machine Learning, Data Science, Computational Mathematics, Dynamic Systems, Asymptotic Analysis, General Relativity, Vortex Dynamics, Applied Complex Analysis.
Numerical Methods, Probability, Statistics, Mathematical Methods, Financial Mathematics, Algebra, Partial Differential Equations General Relativity, Measure Theory, Complex Analysis, Real Analysis, Fluid Mechanics.
Prepare and present materials, instruct in labs, give tutorials on Pytorch, and mark coursework for the Machine Learning for Neuroscience course.
Prepare materials and tutor in GCSE and A Level Mathematics.
Working as part of the data and analytics graduate program, gaining experience in the data science, analytics, machine learning and risk management teams.
Some of my key works are listed below:
This is a module I am a assistant teacher for at Imperial College London for the MSc Computational Neuroscience. I also put the course website together, which is a work in progress!
Some of my Machine Learning code.
Some of my graphing code, inspired by seaborn's API.
Sci-kit Learn Utils add extra functionality to pipelines, and allow for more complex machine learning training and testing. It also includes some extra functionality for hyper-parameter optimisation.
Dcarte-Transform package adds extra functionality to dcarte, an in-house python package designed for loading the UK DRI Minder data. Specifically Dcarte-Transform adds extra abilities for machine learning research. It also includes a feature engineering recipe for easy access to engineered features.
Pandas Utils add extra functionality to DataFrames.