Gleb Siroki

• Developing and maintaining essential software for simulating waveguide performance • Automating workflow, creating computational tools to guide new designs • Python, C++, JavaScript + HTML + CSS bundle, SQLite, GIT

• Writing in-house simulation software and automating the workflow through scripting (Python) • Debugging produced waveguides with the aid of mathematical and computational modelling • Developing new diffractive optical elements for Augmented Reality see-through displays

Investigated semiconductor nanoparticles and photonic microcavities with the aim of manipulating light. The project involved mathematical as well as computational modelling (C++, Python, Matlab) and resulted in three publications.

Obtained extensive training computational modelling of materials and numerical methods. Master's thesis: Optical properties of topological insulator nanoparticles

Specialised in theoretical condensed matter physics and electromagnetism. MSci project: Computational spectroscopy of graphene oxide