I am a iOS developer with experience building cross-platform native iOS and macOS applications, as well as backend and frontend experience building web applications. I embrace challenges, am intrinsically motivated, and passionate about my work.
Glucode is a company that specialises in mobile app design and development. As an iOS Engineer at Glucode, working in a team of two engineers, I am responsible for building high-quality iPhone apps. I'm tasked with implementing new features, fixing existing bugs, and often give input on design decisions and feature development. I have been involved in two projects thus far, and in one of them, my contributions played a significant role in the successful launch of a major update on the App Store. This project leveraged Firebase, the Google Maps SDK, and Places API to build a social mapping experience.
Shared is an iOS and macOS application that lets users share universal links for music streaming and podcast services, and open music and podcast links across services. Shared also features Live Activities, Widgets, Song Identification, Reminders, and a Safari Extension. I'm the sole developer for the app and am responsible for writing the code, designing the UI and UX, App Store placement and marketing materials, managing App Store Connect, and handling customer support. Over the years, Shared has achieved a 4.9 average rating on the App Store across iOS, iPadOS, and macOS.
Isazi Consulting is an Artificial Intelligence company based in Johannesburg. It is an innovative tech company that solves difficult, real world challenges across various industries through building machine learning and advanced analytics software solutions. The primary function of the Solutions Hacker role is to design and build, with immense speed, technical solutions to solve customer specific problems.
In2IT Technologies is a multi-national company that offers AI, IoT, Big Data, and Cloud Services to various industries. I was a part of a team that was developing a web-based, automated, AI chatbot system for ticket management. I aided in developing the AI model using Python and PyTorch, and the web-interface using Service Now and Flask Socket IO.
The University of Cape Town is a public reasearch university in Cape Town, South Africa. I graduated with a 80% cumulative GPA, achieving First Class Honours. I was selected for Dean's Merit List and invited to join the Golden Key Society by being in the top 15% in my course.
TranscriptBishops is an independent, all-boys, boarding and day high school in Rondebosch, Cape Town. I matriculated with 7 distinctions, achieving a 89% average. I was awarded half and full academic colors, was a part of the Ten Club — Top 10 in Matric — Chair of the African Relations Society, and in my final year, was awarded the Gorham Mathematics Prize and Gray House Old Boys’ Prize for Additional Maths.
Belmont Hill School is an independent, all-boys, boarding and day school in Belmont, Massachusetts. Belmont Hill and Bishops run an exchange program and in my grade 10 year, I was selected by Bishops to attend Belmont Hill.
I am a capable programmer and UI designer with experience coding in multiple languages. I taught myself native iOS and macOS development in Swift while building my 5 star reviewed application, Shared. Additionally, I have work experience writing applications in Dart, HTML, CSS, TypeScript, JavaScript, Vue, Go, and SQL, and extensive experience using Git for version control. In addition to coding, I am also proficient in LaTeX and the Microsoft Office suite of productivity applications.
Shared is an iOS App that lets users open music and podcast links from one service in another.
Using an FPGA, we built a hardware-accelerated system to recover MD5-hashed passwords. Our testing showed our implementation achieved a 2.86× average speedup over a PC implementation.
A CNN was trained used to classify songs by genre using a spectogram of the first 30s of each song. The model training was done using Google Colab and the songs were provided by the Free Music Archive dataset.
Using transducers, an Arduino, and an Analogue circuit, we created a 2D Range and Direction finding system.
