My dissertation project harnessed the power of Unreal Engine 5 and OpenStreetMap (OSM) to craft a highly accurate model of South East England, encompassing its buildings. The aircraft was modeled using Blender. Subsequently, I established a series of calculations designed to evaluate the impact of aircraft noise on communities below. The utilization of Unreal Engine facilitated enhanced precision in these analyses and enabled the exploration of alternative flight paths. This project paved the way for my PhD invitation.
View ProjectThis web-based application presents 3D models of soft drinks which can be manipulated through an interface, leveraging Blender and X3D for model creation and integration. Diverging from traditional methods, it employs Ajax and JSON for dynamic content loading and introduces an interactive 3D gallery using Ajax and Lightbox for an enhanced visual experience. The project adopts a unique approach to MVC, utilizing JavaScript for clear separation within its architecture.
View ProjectA GUI, crafted through assembly commands on a Brookshear Machine, was developed to reconstruct algorithms for unique patterns. This project was a component of my operating systems coursework and garnered an impressive grade of 96%.
View ProjectA secure login system in HTML/JS/CSS,Php and MYSQL. Latest ReCaptcha V3 that requires no human input. OTP two factor authentication through PHP, CSFR tokens used to combat cross-site scripting, bcrypt encryption of data with a salt added for personal data including recovery questions.TLS 1.3 for SQL connections. Prepared statements and input sanitisation to combat SQL injection. Login attempts limited to prevent brute force attacks.
View Project