I am passionate about research and analytics. My research interests are diverse and include: mathematical understanding of time in quantum and relativistic theories, complex and stochastic system modelling, combinatorics, infectious disease modelling, and, organisational and economic process optimisation. My current research focus is on: the modelling of HIV and TB as an infectious disease, its spread, epidemic status and optimised control of testing programmes, and, the establishment of sentience in Artificial Intelligences. I am also running smaller research projects, as a hobby, on: prime number generating functions, and differential geometry. I am also an author, having written “The Little Book of Theorems: A Compilation of Undergraduate Theorems and Proofs”. The book is a reference guide for students of pure and applied mathematics covering all the major fields and topics explored in undergraduate degrees. The book is currently available in ebook form. A second edition is currently being written which extends the scope of the book and is to be published in print, and a first edition of “The Little Book of Physics Theorems”, the next phase in a planned text book series. I provided mathematical insights into the containment of the Ebola virus during the 2014 West Africa outbreak and in the mining sector on the optimised use of ground water under environmental sustainability constraints. I have further consulted on projects in property development and the optimisation of construction planning and design. I believe in honesty and integrity, and maintain as high a level of ethics as possible in all that I do. I believe in striving to be the best that I can be and taking every opportunity to learn and grow. I believe that the ultimate strength of humanity is our ability to put others ahead of ourselves. Honourable stewardship of our planet is a cause important to me; although, I am convinced that humanity’s future is in space colonisation.