Build 2D, 3D, and VR Games in Unity and Unreal *Masterclass*

Explore the Unity editor and its core features. Learn to work with 3D models, cubes and spheres, adjust color and transparency, and set up lighting while starting a new project.

Explore Unity materials to change object color, assign custom materials, and control transparency and rendering modes to create realistic shadows, glass walls, and floors for 3D scenes.

Explore Unity lighting by using directional, spotlight, and point lights; learn how rotation sets sun-like shadows, adjust range, intensity, color, and ambient lighting to shape realism.

Explore Unity particle systems, create and position effects, and tune parameters such as duration, lifetime, start delay, speed, gravity, color, and simulation space (local vs world) for dynamic visuals.

Add a rigidbody to the cube to enable gravity and physics, watch it fall and collide with objects like a sphere, adjust rotation, and save the scene.

Explore Unity asset store to download or purchase 3d models, animations, complete projects, scripts, and shaders, import them into your project, and swap simple placeholders for polished assets.

Explore the basics of C# coding in Unity, including variables, methods, conditionals, and loops, to build foundational skills for 2D, 3D, and VR games.

Learn to create a Unity scene with a cube, apply an orange material, and expose variables in a C# script, then attach it for custom behavior.

Learn how Unity methods handle initialization and per-frame updates, with parameters, void returns, and calling other methods. See practical examples adjusting a cube's size, name, and an improved name string.

Learn how to use if blocks in Unity to perform conditional logic, compare numbers and strings, and control cube rotation with boolean variables, including else branches and debugging with Debug.Log.

Learn to spawn multiple cubes in Unity using a prefab, a game controller script, and for or while loops, with random positions and configurable cube amount.

Explore Unity input systems with a demo using key presses to move left, right, forward, and jump, while the mouse switches camera views of a cube for virtual reality games.

Create a movable player cube in Unity, apply a material for visibility, and attach a script that moves the player left and right with transform.position and Time.deltaTime.

Cycle through multiple Unity cameras by wiring an array of cameras, toggling active states with input, and adding a chase camera that follows the player for varied viewpoints.

Explore Unity prefabs as reusable game objects, learn to create one prefab for bullets, enemies, or explosions, and duplicate it in the scene while adjusting properties for the desired effects.

Create a simple Unity scene with a floor and wall, design a bullet prefab with a rigidbody, and instantiate it from a player script on mouse click to shoot.

Learn to control bullet trajectories in Unity by passing a custom shooting direction to spawned bullet prefabs, using Vector3 normalization, random deviations, and a lifetime to destroy bullets.

Create an explosion object in Unity, attach a C# script, and spawn three colored particle prefabs with rigidbodies that receive random forces, then destroy them after a short lifetime.

Learn to implement explosion effects by detecting bullet-wall collisions, using a trigger explosion tag, and instantiating explosion prefabs with adjustable particle settings for realistic feedback.

Explore virtual reality basics in unity, including gaze based button interactions to enter a castle and defeat enemies. Integrate the VR SDK to enable the interaction and restart after completion.

Create a C# script in Unity to move the door toward a target position via Vector3.Lerp with delta time, initialize the target, and add a door button to lower it.

Move the player to the castle by setting a target position, speed, and delta time in update, then shoot enemies with space or a button and destroy them with raycast.

Design immersive interface techniques in Unity using both gaze-driven and world-space 3D text, manage a game controller to track castle entry, destroy enemies, and restart scenes via scene management.

Learn to enable virtual reality in Unity 5.6+ with Google VR Cardboard support, and test raycasting in the editor.

design a whack-a-mole arcade game for virtual reality, where players hit rising moles as the game speeds up until time runs out, using space or a cardboard button.

Learn to set up a player camera, write a C# player script, detect what the player looks at and hits, and move moles between visible and hidden positions with speed.

Discover why using Blender for game assets saves time and money, and explore the pipeline from Blender to engines like Unity and Unreal, including cost-free options.

Start with Blender, a free 3d modeling tool ideal for beginners. Learn to customize preferences, enable left-click selection, emulate a numpad, adjust 3d view navigation, and use shift+f to focus.

Master Blender's basic object manipulation: move on x, y, z axes; scale and rotate; switch to edit mode with tab to adjust vertices, edges, and faces.

Master Blender modeling basics: extrude faces, create edge loops, dissolve and fill holes, duplicate and join parts, and use snap, orthographic and perspective views with proportional editing.

Master the Blender mirror modifier to create a mirrored half, edit in edit mode, switch the axis to y, enable unclipping, and apply the modifier for a complete, time-saving model.