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Go from zero to shipping playable 3D games in Unity with hands-on C#, physics, AI, and UI projects.
Learn Unity from scratch by actually building games — no fluff, just editor time, C# scripts, and real projects that go from blank scene to playable build on PC and mobile.
🎯 What you’ll learn
Create and manage complete 3D environments with GameObjects, materials, lighting, and prefabs
Write C# scripts for player controls, interactions, physics, and event-driven game logic
Build player controllers, camera systems, UI/HUD, audio, enemy AI, and animations
Handle scene management, save data with PlayerPrefs and ScriptableObjects, and add VFX
Profile and optimize performance, then build and deploy to Windows, Android, iOS, and WebGL
✅ Requirements
Skills: Basic computer literacy with files, folders and installing software, plus a real interest in games
Tools: Unity Hub with Unity Editor Personal edition, Visual Studio or Visual Studio Code for C# scripting
Hardware: PC or Mac capable of running Unity with at least 8 GB RAM (16 GB recommended) and 10 GB free disk space
📝 Description
This is a hands-on, project-first intro to Unity for total beginners. You start with a blank 3D scene and the five main editor windows, then quickly move to building stuff: primitives, transforms, parents, tags, layers, and prefabs. Short lessons, lots of reps, and small case studies like a cricket ground layout keep it practical.
From there you get into the look and feel. That means Standard Shader materials, textures, normal maps, plus directional, point, and spot lights with shadows and skyboxes. You will pull free assets from the Asset Store and put together scenes like a brick wall setup that actually reads well on camera.
Then comes code, but kept simple. You will write C# scripts with MonoBehaviour, Start and Update, variables, if-else, loops, and methods. You learn how to move objects with Time.deltaTime, expose fields with SerializeField, find components, and read input to drive a rolling ball. After that, PhysX physics takes over: Rigidbodies, colliders, triggers, physics materials for friction and bounce, AddForce modes, and raycasts for hits and ground checks.
Later modules stack the systems every game needs: first- and third-person controllers with CharacterController, follow cameras, camera shake, minimaps, and Cinemachine plus post-processing for bloom and color grading. You build full UI with TextMeshPro and Canvas — main menu, health bar, score, timer, pause and game over screens — then add AudioSources, 3D spatial sound, AudioMixers, footsteps, and a singleton music manager. It wraps with Mecanim animation, Blend Trees and Mixamo rigs, NavMesh enemy AI with patrol and chase states, scene loading, PlayerPrefs saves, particle VFX with Shader Graph basics, and finally profiling, object pooling, and builds for Windows, Android, iOS, and WebGL.
🧑🎓 Who this course is for
Total beginners with no Unity, C#, or game dev background who want a clear step-by-step path
School and college students eyeing game design, programming, or jobs in games
Aspiring devs who want solid Unity basics and portfolio-ready 3D projects
Programmers from other fields who want to get into interactive apps and games
Hobbyists with a game idea who want to turn it into something playable
Teachers and trainers who want to add Unity to their classes
🧑🏫 About the Author
MKCL India — Maharashtra Knowledge Corporation Limited — is a large education and skills training organization based in India. The team focuses on job-oriented IT courses, digital literacy, and university-partnered programs, with a track record of structured e-learning content for students and beginners.
For this course they lean into that teaching style: short demos, practice tasks, and output-based case studies. Expect clear explanations of Unity Editor workflows and game development fundamentals rather than theory dumps, built for learners who are starting from zero.
🏁 Final Result
A set of playable Unity prototypes including a marble rolling arena with coins and win conditions, a first-person controller level, and a Reflex Grid game with full HUD, audio, and published build ready for portfolio and mobile testing.
Curriculum
📋 Course content
Module 1:Getting Started with Unity
Introduction1:55
Objective1:42
Outcome1:32
Your Journey into Game Development2:30
Understanding Unity – Its History and Versions3:35
Installing Unity Hub and the Unity Editor Step by Step2:28
Understanding Unity Licensing Personal, Student and Pro3:22
Exploring the Unity Hub Dashboard and Project Manager3:01
Creating your First Unity 3D Project2:31
The Unity Editor Five Windows at a Glance2:44
Scene View vs Game View in Unity2:23
Hierarchy Window in Unity3:31
The Project Window and Organising Your Assets2:18
The Inspector Window Reading and Editing Object Properties2:33
Toolbar Buttons Play Pause Step and Transform Tools3:03
Navigating the Scene View Mouse and Keyboard Shortcuts2:37
Unity’s 3D Coordinate System – X, Y and Z Axes Explained2:41
Saving Scenes and Projects the Right Way2:37
Hands-On Setting Up and Exploring a Blank 3D Scene3:02
Module 2:GameObjects, Transforms and Organization
The Building Blocks of Every Unity Game2:29
GameObjects in Unity The Universal Object Model2:30
Creating, Renaming, and Deleting Game Objects2:15
3D Primitive Objects in Unity2:55
The Transform Component Position Rotation and Scale3:07
Moving Objects with the Move Tool and Inspector3:00
Rotating and Scaling Objects in Scene View2:41
Parent Child Relationship Grouping Objects2:21
Local Space vs World Space in Unity2:10
Duplicating Copy-Pasting And Organizing Game Objects2:41
Using Empty GameObjects as Folder Organizers2:49
Categorizing Objects For Script Reference2:53
Layers Sorting Objects for Rendering and Physics2:45
Assigning Tags and Layers via the Inspector3:06
Introduction to Prefabs2:50
Case Study – Building a Cricket Ground Layout Using Primitives3:39
Enhancing a Cricket Ground with Gameplay Elements3:00
Creating a Cricket Scene with Players Using Primitives3:05
Module 3:Materials, Lighting and World Building
Making Your Game World Look Great2:28
Materials and surface rendering in unity3:10
Creating and Applying a New Material to an Object2:40
The Standard Shader Albedo, Metallic and Smoothness2:16
Changing Material Color, Emission, and Surface Finish3:19
Textures and UV Mapping in Unity2:45
Importing and Applying a Texture in Unity2:56
Normal Maps Creating Details Without Geometry2:45
Exploring Light Types In Unity2:49
Adding a Directional Light and Setting Up Shadows3:20
Point Light and Spotlight in Unity3:24
Ambient Light, Skybox and Environment Lighting Settings3:14
Baked vs Real-Time vs Mixed Lighting Modes3:01
Light Intensity, Color Temperature and Shadow Softness3:23
Downloading Free Assets from the Unity Asset Store3:08
Case Study Creating a Realistic Brick Wall Scene3:41
Adding Lighting to a Realistic Brick Wall Scene2:03
Module 4:C# Scripting Foundations
Bringing Your Game to Life with Code2:24
Understanding C# for Beginners in Unity Development3:18
Creating and Attaching a C# Script3:02
MonoBehaviour The Start and Update Methods2:46
Variables in C# int, float, string and bool3:35
Using Debug.Log() for Testing and Printing Values3:03
If-Else Statements And Boolean Conditions In C#3:38
For and While Loops in Unity Scripts2:48
Writing and Calling Reusable Methods2:52
Accessing and Modifying Transform Properties via Script3:00
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