Virtual Showcase for School of Engineering, Computing and Mathematics

BSc (Hons) Computer Science

BSc (Hons) Computer Science equips students with technical skills in computational theory, software development on a variety of devices and platforms, database development, computer hardware and networking.

The projects currently being displayed are from our current academic year. To view other years please select below.

Aldrin Diaz

Wave

Wave is a social media platform where users are able to interact with each other by sharing images. ...

Alexander Redmond

Federnet- A federated social media platform

For social media users who are concerned about tech companies having too much control over online ...

Brandon Kent

Advance Restaurant Ordering System

Ordering system that allows admin user to view a breakdown of the popular items ordered and edit a r...

Callum Organ

ChessAI - A Chess Practice Tool

To develop a fast Machine Learning application wherein Chess enthusiasts can practice with AI trai...

Edward Baillie Rodriguez

Garage Repair Booking System

This solution would be for employees of a repair garage and the clients they serve. It wouldstreamli...

Euan Hughes

Accelerating CNNs: Powering Up Deep Learning Performance

The aim of this research project is to take pre-existing Convolutional Layers fit for use in Convolu...

Harry Spruce

Recreating a Simple Image Generative Model

The idea of this project is to develop a digital image processing application and document how it w...

James Browne

Data Visualisation in Dodgeball

In this project I will be creating a website which will include data visualisation for MK Cyclones ...

James Whiteford

Apiary Management Responsive Web App using QR Code Scanning

To provide apiarists with a more efficient and simple way to manage and look after their hives usin...

Luke Underhill

Multi-Site Mange Viewer

An application to allow manga fans to view manga from a selection of sites. It will allow users to f...

Maisie Hapney

Plant.ed: Plant Care using Image Recognition

Plant.edis an Android mobile application, designed for plant owners, or anyone with an interest in p...

Marcus Blinn-Haynes

Incorporating Next-Generation software Development Techniques into a Cutting-Edge Gardening App

This project aims to use new and constantly updating software for app building to show how they can ...

Nathan Everett

The Tempest - Cloud Storage Solution

The Tempest is a cloud storage solution, which uses machine learning to determine the most effective...

Noah Keedle-Isack

First Impression

First Impression is a chat app designed to give users a safe experience when chatting. First Impress...

Polwaththage Gomes

MyConvoUK

MyConvo.uk is a web application that simplifies the graduation process for universities and students...

Ryan Dowding

Cronus - A Multi-Server Management Tool For Video Game Servers

Cronus is a server control panel that allows the user to manage game servers in full capacity with s...

Sebastian Outram

Plant Water and Monitoring System

OverviewThis project will be for the purpose of computerising the detection of environmental information related to plant health and making adjustments to their environment where possible. Notably, it will be for the purpose of measuring water levels in plant soil in order to adjust these water levels through automated watering in order to meet the optimum requirements of the plants. This should increase the efficiency and ease of undertaking these tasks.TechnologyThe Plant Water and Monitoring System will utilise an embedded single board computer that has the ability to detect water levels for the purpose of detecting them in plant soil. This will be achieved with C++ code. Originally, data concerning the plant health was to be sent to a Microsoft Azure server and then retrieved by a simultaneously desktop and mobile application in order for presentable and abstracted user viewing. Microsoft Azure has since been omitted, with Mosquitto being used instead for the sake of device-to-device connection through the MQTT Protocol. The desktop and mobile application was originally to be written in C# with the use of the .NET MAUI framework. This decision was partly made due to .NET MAUI being able to be built natively for both mobile and desktop environments. This decision has since been revised, with QT Creator and C++ being used in its place for the development of the front-end application.StakeholdersThe Plant Water and Monitoring System will be, paramount, for the sake of aiding the developer of this project. The reason for this is due to the fact that the developer participates in amateur horticulture. Additionally, the Plant Water and Monitoring System would also be equally beneficial for any other amateur horticulturalists. If extended upon in scope, it would also be beneficial for professional, industrial horticulture.PurposeThe purpose of the Plant Water and Monitoring System is derived from the principal issue that watering plants traditionally requires consistent manual labour. This of course requires time, which is an issue for amateur horticulturalists who, in particular, probably do not have much time to attend to their plants. Correspondingly, it is also a larger scale issue within an industrial context, where manual labour requires significant expenditures. For this reason, the Plant Water and Monitoring System could conserve significant amounts of time for amateurs and professionals. Money could also be conserved with regards to industrial horticulture, which could possibly be utilised elsewhere for the net benefit of the economic output.

OverviewThis project will be for the purpose of computerising the detection of environmental informa...

Sida Wang

Restaurant Helper Website

This project is to make a website for the restaurant, and the website is divided into a mobile termi...

Slawomir Wozniak

Innovating Stent Management for the National Health Service

(Alternative title:Development of a Medical Stent Tracking and Management System for the NHS)This project focuses on the development and implementation of a medical stent tracking and management system for the National Health Service (NHS) in the United Kingdom, with a primary focus on ureteric stents used by urologists. The aim of this project is to reduce the number of neglected stents and improve patient outcomes by providing a user-friendly and efficient web-based system to track and manage stents across different hospitals.*Introduction:* The NHS currently lacks a widely implemented stent register and tracking software, leading to a significant number of cases where stents are left in patients for longer than intended. This poses serious medical risks to patients and incurs considerable costs on the NHS. To address this issue, I'm building a web-based application using JavaScript and the Svelte framework to develop an efficient and easy-to-use stent tracking and management system. The system is designed to be easily adaptable to different hospitals and medical devices while providing an excellent user experience.*What is a stent?: *A stent is a small, tube-like medical device made from various materials such as metal or plastic, designed to be temporarily or permanently inserted into a body passageway to maintain its openness and ensure proper function. In the context of this project, ureteric stents are of particular relevance. These stents are placed within the ureter, the duct responsible for carrying urine from the kidneys to the bladder, to alleviate obstructions or to promote healing after surgical procedures. Ureteric stents help restore normal urine flow, reduce pain, and prevent complications such as kidney damage. However, timely removal or replacement of these stents is essential to avoid potential adverse effects on patients' health. A tracking and management system for stents is thus vital to ensure proper patient care and minimize the risks associated with neglected or overdue stents. This project focuses on developing a robust and user-friendly system to efficiently monitor and manage stent usage across various NHS hospitals.*System design:* The system consists of two user interfaces: a data entry screen and an admin overview screen. The data entry screen allows medical professionals to input patient information, such as NHS number and medical device details, by scanning the barcodes or QR codes on the product labels using an Optical Character Recognition (OCR) implementation. The system is currently compatible with Boston Scientific stents but can be expanded to other manufacturers in the future. The admin overview screen displays a list of active patients with their scheduled removal dates, allowing medical staff to prioritize and manage stent removals effectively. *Implementation:* I have chosen to build the system as a web app using JavaScript as well as the svelte framework, building a dedicated native IOS or Android app was explored but the NHS while being a large organisation is not highly unified in their software and hardware, hospital to hospital, so if I were to build an IOS app, another hospital that has mostly android hardware would need an android app. Another advantage of a web app is the ease of use, which is a major goal in this project. You don't need to download an app and therefore a systems admin/ IT staff at the hospital do not need to approve of the installation of new software, so there's a lot less friction in simply going to a URL and using a web app. The development of a medical stent tracking and management system for the NHS has the potential to significantly reduce the number of neglected stents, improve patient outcomes, and save costs. By focusing on user experience and ease of implementation, this project aims to create a system that is not only technologically advanced but also user-friendly and widely adopted by hospitals across the UK.

(Alternative title:Development of a Medical Stent Tracking and Management System for the NHS)This pr...

Tuuli Lehtila

Wallflower - Motion Tracking for Art Installations

Art can be seen as frivolous and unnecessary, but it is useful as a form of entertainment that help...

Vasileios Drosopoulos

Code optimisation on the CPU of an open library benchmark code using AVX intrinsics and optimisation techniques

This project is focused to use optimisation techniques on a open library benchmark on GitHub, with t...

Vilius Radavicius

Enhancify

This project will be aimed towards everyone but most importantly for thepeople that want to experien...

Vlad Burca

Reverse Engineering Shenanigans

*The following product will come in handy for players that are looking for fun and fast impro...

Yang Liu

Design and implementation of a Web application for medical image analysis based on Unet and residual structure

This project aims to develop a web-based medical image analysis system that enables users to upload ...