Unity Game Developer

IGI Mobile Game is my new mobile game project currently in development and is around 30% complete so far.

The game focuses on action based gameplay inspired by tactical shooter experiences, adapted for mobile controls and smooth gameplay flow.

I am building the gameplay systems, shooting logic, mission structure, player interaction, and overall mobile friendly mechanics.

This project reflects my growing focus on mobile game development and my ability to create full gameplay systems from scratch.

Throne of the Fallen is my Final Year Project and an indie Unity game currently in development.

The project focuses on immersive gameplay supported by intelligent AI driven enemies and NPC systems.

I am responsible for AI behavior, enemy logic, and core gameplay mechanics.

Currently around 30% complete, with core systems actively being developed and expanded.

This is a city car simulation game I built in 48 hours with a night city environment.

The player can freely roam around the city while AI cars drive and roam naturally across roads.

When you enter the race, racing cars are controlled by AI with different speeds and behavior factors.

After the race ends, a win or lose menu appears so you can play again or return back to the city.

This indie platformer game was developed for mobile, focusing on smooth player movement and responsive controls.

I implemented player mechanics, level progression, a save system, and a pause menu.

The project includes mobile friendly UI and touch optimized controls.

This improved my skills in mobile optimization, UI scaling, and gameplay flow.

I recreated an Angry Birds style prototype in one day as a skill test and to learn a clean slingshot launch behavior.

Built core systems in around 5 to 6 hours including slingshot aiming and launch, bird spawning, pigs system, basic level flow, and collisions.

The goal was speed with solid mechanics, minimal setup time, a clear gameplay loop, and stable physics interactions.

This project improved my rapid prototyping, physics tuning, and gameplay system structuring in Unity.

I developed a large scale Companion NPC AI system with 25 distinct AI roles, each with a specific gameplay function.

Companions handle scouting, resource detection, survival support, night watching, crafting assistance, and environmental awareness.

The system is modular and supports dynamic role switching based on player needs.

This strengthened my skills in scalable NPC architecture, AI decision making, and system design.