I worked collaboratively in a team of three students to design and develop and create a payroll application written in C# called Wage Wizard. The goal of this project was to design the application to be easy-to-use, simple, and intuitive application that utilised cloud storage so that the software could be run by anyone. We achieved full marks for this application.

Wage Wizard streamlines the process for employees and administrators to submit requests, such as for salary changes, leave, or updates to personal information, which are then subject to approval by an administrator. Wage Wizard is a full-stack application utilising the Entity Framework to communicate with an Azure Cloud SQL Server to store application data such as users data and their requests in the cloud.

My responsibilities for this project include setting up the entity framework and cloud storage, alongside functionalities for logging in, making requests to change personal information and other pages such as global configurations. We utilised a GitHub repository to work collaboratively. Click here to view the GitHub repository.

I took the leadership position in a group of six students to design, develop the software, design unit tests, and deploy an application using DevOps and agile methodology.

The application we developed was a website that allowed users to view Covid-19 case & vaccination statistics within a user's postcode within New South Wales and see state/country statistics using data posted daily by NSW Health directly. Our inspiration behind this website was largely influenced by the 2021 Covid-19 lockdowns that took place while we were completing this subject. 

Beyond the leadership responsibilities, my role in this project was to phrase the API data from NSW health into java objects and create the Covid-19 cases page.  The images above are screenshots from the website. The left image shows the daily covid stats for the area, while the right screen shows what parks are available to users within their lockdown radius bubble.

I undertook the leadership position in a group of five students to design and develop a prototype presentation of a wearable product that is designed to remind an individual to take medication at prescribed intervals.
 

The image above was taken from our video demo demonstrating a wearable smartwatch being configured through a companion app on a mobile device. This assessment aimed to utilise Human-Centered UI Design methodology to solve a real-world problem, such as reminding people to take medication on time.

I was tasked with creating a computer-building application for a retail store using Java. I was required to design the application around the "Model-View-Controller" framework and to utilise "Object-Oriented" data structuring methods.
 

The above image shows two screenshots from the application on different pages of the application. I received full marks for this assessment task.

I took the leadership position in a group of six students to design, in order to conduct an analysis of the accuracy of three different pre-existing and widely utilised Convolutional neural network (CNN) models to correctly classify images of cats and dogs.

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In addition to measuring the accuracy, we also examined the durability of each model by applying distortions to the original image, we were able to observe the overall accuracy in comparison to the original image in order to assess the overall reliability of each model in real world applications.

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We learned from our experiments was that overall all three models were better at detecting dogs than cats. Additionally, the Gaussian Blur test had the biggest impact on the accuracy of all three models.

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My role in this project in addition to project managing was writing the software to test the different models and also creating and preprocessing the dataset used for the experiment.

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I worked with a group of six students to create and build an e-commerce website based on a provided business case study. The development required utilising agile methodology and creating technical documentation and models upon which to build the website.

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My role in this project was to design and create the "Products" page and the "Categories" page. This included the administrative pages that the shop owner would use to add and modify the products and which categories those products belong to.

This website was developed using JSP, JavaScript, HTML, bootstrap, and MongoDB to host the database for our website. The image above is a screenshot from the product customisation window, which was one of the components I was responsible for.

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I worked with a small group of three students to deliver a customer relationship management solution within the salesforce. The case study was around "Bill Insurance", a car insurance company similar to the NRMA.

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My role in this assessment was to design the user interface prototype (above image) and to create a page on salesforce for users to register vehicles to their accounts. Our group received full marks for this assessment task.
 

I was tasked with creating a website using static HTML and CSS about me. I was required to use various website design techniques, including images, containers, hover actions, media tags that optimised the website for mobile devices and accessibility tags.
 

This was the first project I completed at UTS. I achieved full marks for this assignment.