In order to reach the level of performance video games need to simulate worlds in real-time, I studied algorithms that are highly optimised for multicore memory hierarchies, allowing them to utilise all CPU cores efficiently, and maximise audio and visual sample throughput. I implemented these algorithms in C/C++ for various projects.
I spearheaded the initial design and development of Trampolene's mobile application. Using C#, Unity, and Vuforia, I provided immersive Augmented Reality experiences to seniors suffering from Dimentia. I operated on the principle of "Fail fast, Iterate quickly", by getting regular feedback from managers, and meeting with clients on a bi-weekly basis, fixing issues before they linger too long.
I mainly worked as a carrier, shipping classified documents between army bases. I adhered to rigorous security procedures, sent live reports, and kept to a tight schedule. I often used python scripts on my phone to help automate the process.
Starting as a QA automation tester, I quickly worked my way up to eventually becoming a full-on Cloud solutions architect. As the main architect for Quantify, I was responsible for improving the performance of the cloud-native application. I made each microservice stateless, where multiple instances of the same microservice can start and stop on demand without the need to sync up state, reduced the amount of locking needed when executing PostgreSQL queries in parallel, did Ahead-Of-Time compilation using GraalVM to reduce startup times, allowing services to better respond to sudden high loads, allowed asynchronous communication between services using RabbitMQ, and finally, compressed each microservice into a single, small, independent executable that the Linux kernel can run directly without any additional programs, deamons, nor libraries.