SOFTWARE DEVELOPMENT

A modular Lua engine that procedurally directs an RPG's nightly campfire scene, à la Baldur's Gate 3. Class-based systems query companion affinities, active quest stages and party morale, scoring and priority-sorting candidate beats — romance, reputation, spontaneous events — before pairing each with a directed camera 'buffer' to assemble a reactive, cinematic rest sequence.

This site is the largest individual software project I have undertaken, applying skills cultivated during my time interning at Keeper Solutions in Zagreb. With a Material UI front-end atop a React Redux framework and a back end powered by AWS and Firebase, this site offers a fully featured and intuitive music streaming experience, described in the accompanying video below.

Spanning multiple semesters to contend with several concepts including systems architecture and design patterns, this project depicts a GUI program for a cinema self-service terminal. I contributed creatively and practically to the codebase, delivering on specified requirements, reviewed and edited code to promote cohesion and wrote, compiled and revised project documentation.

A rudimentary GUI take on the classic Zork text adventure, this project adopts more of a classic dungeon crawling approach. Implemented in C++ through the Qt framework, a player will find themselves able to traverse a simple dungeon, collecting items and engaging in combat with randomly generated foes. The players’ actions are recorded in a progress feed, alongside certain HUD elements.

A CLI simulation of a supermarket in action, this project focuses on implementation of concurrent processing using purpose-built elements of the Go programming language. The accompanying discussion video was co-written, directed and edited by myself, while in terms of code I delivered the overarching Scenario and Supermarket agent entities, as well as broadly editing and troubleshooting.

The purpose of this program was to develop a means of solving an eight piece sliding tile puzzle as efficiently and effectively as possible through incorporation of a simple artificial intelligence. To accomplish this, I selected the popular A* search heuristic algorithm and applied it in Java code, achieving consistently satisfactory results over large testing runs.