Make a Match-Three Puzzle Game in Unity

Building a match-three game from the ground up

This course is aimed at the problem of turning a match-three idea into a working Unity project without starting from a prebuilt template. It focuses on creating the game from scratch, which makes it a practical fit for developers who want to understand how the pieces of a tile-based puzzle game connect rather than just assemble a finished package.

The material is set at an intermediate level and is meant for Unity developers with basic working knowledge of C# scripting. That makes the pace and structure more suitable for someone who is already comfortable inside the editor and ready to spend time on implementation. The full course runs for 16h 9m and was published on May 10, 2021.

Tile-based 2D work in Unity

A clear part of the workflow is the creation of a tile-based 2D game in Unity. That gives the project a defined structure from the beginning: the game is not presented as a broad puzzle concept, but as a grid-driven experience where the arrangement of tiles is central to the gameplay.

Because the course is centered on a match-three puzzle game, the setup naturally points toward building a system where tiles, rules, and game flow have to work together. The curriculum begins with an Intro And then moves into Basic Game Mechanics, which suggests a step-by-step path from the first playable version into more complete gameplay. For developers learning through implementation, that kind of structure helps keep the project grounded in a specific format instead of drifting into unrelated game systems.

From mechanics to game management

The middle of the curriculum moves from the core loop into Extending Gameplay And Game Management. That progression matters because a match-three game is more than a single matching action; it also needs rules, progression, and a way to keep the experience organized while the player moves through the puzzle flow.

These topics point to a practical implementation path. First comes the basic game behavior, then the project expands, and then the larger game state is handled through management systems. For anyone building a puzzle game in Unity, that sequence is useful because it mirrors how many projects grow: the first step is proving the core loop, and the next step is keeping that loop stable as the game becomes more complete. The course does not frame this as abstract theory. It treats those stages as part of the actual build process.

Planning for PC, Mac, and mobile devices

The course is intended to help developers make a match-three puzzle game that can be deployed on PC, Mac, or a mobile device. That gives the project a cross-device direction without adding unnecessary complexity to the description. The same game idea is being considered for multiple targets, so the workflow includes attention to a setup that can travel beyond a single platform.

Mobile devices are also called out as a dedicated curriculum section. That suggests the project does not stop at desktop-first thinking. Instead, it includes time for adapting the game to mobile use, which is especially relevant for a match-three puzzle format. For Unity developers, this makes the course useful not only as a way to build the game logic, but also as a way to think about how that logic fits different play environments.

Extra features, boosters, and course updates

After the core structure and platform considerations, the curriculum adds Additional Features, Boosters, and Q&A Updates. Those sections indicate that the course goes beyond a bare minimum implementation and leaves room for expansion. The exact features are not listed, but the structure shows that the project is meant to grow after the main puzzle loop is in place.

That makes the course useful for developers who want a workflow they can extend. The inclusion of boosters suggests an additional layer that sits alongside the standard match-three mechanics, while the extra features section leaves space for broader gameplay additions. The Q&A updates portion also shows that the course continues with added clarification over time, which can be helpful when working through a project that has multiple moving parts.

How the course is positioned for Unity developers

Make a Match-Three Puzzle Game in Unity is a focused match-three build for intermediate Unity developers who already understand basic C# scripting. It is not framed as a general Unity primer. Instead, it is set up for learners who want to spend their time inside a specific puzzle workflow: creating the game, shaping the mechanics, managing the project structure, and considering mobile deployment along the way.

The curriculum order gives the clearest picture of how the work unfolds: Intro, Basic Game Mechanics, Extending Gameplay, Game Management, Mobile Devices, Additional Features, Boosters, and Q&A Updates. That sequence makes the course easy to place in production planning. It fits best when the goal is to build a tile-based 2D match-three game in Unity and move it through the steps needed to turn the idea into something playable across desktop or mobile targets.

Related Resources Worth Checking

• The Complete Guide to Unity 2D : Platformer Development
• The Ultimate Unity Game Developer Course: From Zero to Hero
• Unity Bootcamp: 3D Game Development
• Unity Visual Scripting: Build 2D and 3D games in Unity with no coding.
• Mastering Unity Muse