Unity Developer —
I build the systems underneath games — physics, state, progression and the backends that keep them running. Three years shipping iGaming and hyper-casual titles in production, and a personal catalogue that runs from a turn-based physics duel to a full multiplayer stack on PlayFab.
01 Selected work
Everything else is in the archive below. These two are where the interesting engineering is.
Shipped · CrazyGames
Hover for gameplay
Shipped & playable
A turn-based 3D physics duel. Two pens face each other on a desk; you flick yours at theirs, and the first pen knocked off loses the round. One gesture controls aim, power and contact point at once. Five pens with genuinely different mass, grip and curve response make pen choice the strategic layer.
In development
An online multiplayer game built on a complete live-service backend rather than a prototype stub: authentication, cloud save, a soft-currency economy, a battle pass, leaderboards, remote config and analytics all run against PlayFab and Unity Gaming Services behind one service layer.
02 Archive
Personal projects, jams and studies across Unity, Godot, Unreal and Blender. Course-follow projects are labelled as such.
Hyper-casual flyer built around a single-tap control and a tight score loop.
Casual balloon-popper with escalating spawn patterns and a combo multiplier.
Atmospheric 2D game leaning on lighting and mood over mechanical complexity.
Augmented-reality Unity app using native camera access and on-device tracking.
Networked arena shooter in Godot 4 — client/server sync over the high-level API.
Godot 4 RPG with a tile-based world, dialogue system and resource-driven data.
Character controller study — coyote time, jump buffering, variable jump height.
Followed Code Monkey's course to learn Unity's event-driven architecture and ScriptableObject patterns.
Unreal locomotion and combat study — animation blueprints and blend spaces.
Game-ready creature sculpt and retopology in Blender, textured for real-time use.
Hard-surface modelling exercise — clean topology and a low-poly game budget.
Aseprite tile and prop work, including a water-colour study for level environments.
03 Background
DML · Coimbatore
Sep 2023 — PresentArcadix · Remote
Apr 2023 — Jul 20233dezine · Remote
Sep 2022 — Mar 2023Park College of Engineering and Technology
2020 — 2024 · CoimbatoreMechatronics grounding in kinematics, control systems and applied maths — the same rigid-body and integration maths the physics work leans on.
OVC Higher Secondary School
2018 — 202004 Toolkit
Grouped by what it's for, not scored out of ten — every item here appears in a project on this site.
05 Engineering notes
Short write-ups of decisions and bugs from the projects above.
A predicted trajectory that matched straight shots and was wrong about every spinning one — and the curling-stone physics behind the fix.
Desk StrikeWhy turning one "difficulty" number up made the AI feel cheap, and how giving each opponent its own aiming habits made losing feel fair.
Desk StrikeTurning eight numbers per pen into five objects a player can tell apart blindfolded — and why identical pens made the choice meaningless.
Office TripHow auth, cloud save, economy, battle pass and remote config sit behind a single interface the gameplay code can call without knowing who answers.
06 Contact
I'm at DML and open to gameplay or systems roles. Happy to walk through any project here, or share the code.