Into the Dead - Remake - Details

Tools: Unity, C#, Blender

This was a practice/self improvement project that I started working on in the background while also focusing on other projects.

I used a stationary player and a moving segment based system to make the endless running system. As the player survives for longer, the level gets harder and faster with harder segments coming up one after the other. The zombies are spawned in and on collision with the player, ends the run.

This was the first time i had developed a game with an endless running system and was a milestone for me.

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Do You Suck? - Details

Tools: Unity, C#, Photoshop

Executed as a project for an examination, this grew into more than that as my friends and I tried to compete for better times.

The player moves around using WASD and Spacebar to jump and perform wall jumps and follow the level to the finish line while also being annoying and difficult even though it may not seem so.

This game was inspired by Happy Wheels and was one of the first game projects I ever worked on.

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Maze Runner - Details

Tools: Unity, C#, Blender

This game was made with one thing in mind, how do we keep the player involved. To increase playtime, I made complicated mazes that vary in size. The player can begin with the easy maze and then work their way through the harder mazes.

The player has to finish the maze as fast as they can and compete with friends.

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Marathon Runner - Details

Tools: Unity, C#, Blender

This was a project that I wanted to make to try and remake the feel of Subway Surfers. But instead of just making a simple remake, I added an adition mechanic of needing to refuel, or in this case, rehydrate.

Using the script I had earlier written for Into the Dead - Remake, with some changes, this game adds a new depth by having the player keep an eye out on the hydration level and keep an eye out for bottles to rehydrate.

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HIDE - Details

Tools: Unity, C#, Photoshop

Creating this game, inspired by Sqube Darkness, came with several challenges. The core idea was for the player—a simple cube—to hide by merging with the ground to avoid patrolling enemies. One of the hardest parts was designing AI that could patrol, detect, and chase fairly, which required multiple tweaks to balance tension and fairness.

The goal was to create a constant sense of danger while still allowing for strategic play, resulting in a minimal yet engaging stealth experience.

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Bubble UP - Details

Tools: Unity, C#, Photoshop

This level-based hypercasual game was centered around simple, intuitive gameplay—guiding a bubble upward while swiping to dodge fish and obstacles. The core challenge was making the controls feel smooth and responsive, especially as the bubble moved continuously toward the surface.

Balancing level difficulty and obstacle placement was key to keeping players engaged without overwhelming them. The goal was to create a relaxing yet satisfying experience that encouraged quick retries and steady progress.

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Fire Propagation - Mechanic - Details

Tools: Unity, C#, Research

This fire propagation mechanic was developed as part of a research project focused on simulating realistic fire behavior in games. The system allowed players to set fires, with wind speed and direction, terrain moisture, and flammability all influencing how the fire spread. The goal was to explore how environmental variables could dynamically affect gameplay and visual outcomes.

One of the main challenges was balancing realism with performance, especially when simulating fire across large or varied terrains. It required careful tuning of parameters and optimization to ensure consistent and believable fire behavior without sacrificing game fluidity.

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VR Golf Gameplay - Details

Tools: Unity, C#, Blender, VR

This VR Golf game was designed with three unique courses where players aim to complete each with as few ball hits as possible. The core gameplay focused on providing an immersive and skill-based experience in virtual reality.

One of the key challenges was achieving accurate and responsive ball physics. Getting the ball to behave realistically based on swing strength and angle took extensive tweaking and testing to ensure a satisfying and believable golfing experience.

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