Unity Game Development Training Course Fee, Duration and Syllabus

Reading Time: 13 minutes

Are you looking for the best Unity training course in Jaipur? If yes, this write-up is just for you!

The world of video games is evolving rapidly and in the past few years, we have witnessed the transition in technology. Unity 3D is one of the leading technologies that has played an integral role in enhancing the quality of video games. Being an exceptional game development platform it has enabled developers to create a masterpiece like Pokémon GO. If you are also looking forward to learning Unity 3D, you can prefer Skill Waala as your school of knowledge. 

If you are tired of searching for the best Unity 3D course near me or the best Unity game development course of this year then this blog will work as a sure-shot solution for your problem. So without wasting any more words let us jump straight to it!  

Unity 3D Training Program in Jaipur at Skill Waala

Many Unity 3D training institutes in Jaipur claim themselves as the best. But one should remember that this new technology is 90% practical and the rest theory. Therefore, before finalizing a Unity 3D training course in Jaipur, you must conduct an in-depth scouting. On the other hand, Skill Waala is completely different from other training providers for Unity 3D. Other institutes only focus on providing theoretical knowledge and when it comes to job assurance they step back. 

Whereas, at Skill Waala besides learning the Unity 3D elements and tools you will also be provided job assurance after the completion of your training period. Skill Waala is backed by a leading IT and game development company, BR Softech. Once your Unity 3D game design course is completed, you will be provided with an opportunity to work with the exceptional team of in-house game developers at BR Softech. 

What are the Benefits of Unity Game Development Training? 

Here is the list of Unity training benefits that you will get at Skill Waala in Jaipur: 

• Learn Unity elements from industry experts
• Opportunities to work on real Unity 3D game engine projects 
• Enables the students to use theoretical knowledge and put it into practical practice  
• Unity training helps build your network so that you can get hands-on fruitful opportunities
• One-on-one interaction with the mentors will boost your confidence and enhance your skills 
• Receive a certificate from an established IT company (BR Softech)

Who can Apply for the Unity Training Course in Jaipur? 

Unity game development course in Jaipur comes with immense benefits but with that, it also brings competition with itself. At Skill Waala we understand the market scope of Unity and that the gaming giants are looking for developers who possess the skills in this particular field. Therefore, we haven’t set particular qualification criteria for our Unity game engine program at Skill Waala.   

Anyone who is fascinated by the world-building of 3D or 2D games on the Unity platforms is capable of pursuing this exceptional course. However, if you are already a C# developer then this will be the best Unity 3D training opportunity in Jaipur! Don’t worry you don’t need to be an expert in C# basic information about the same should do wonders for you.

How to Apply?      

After gaining a fair amount of insights you must be wondering- How can I apply for the Unity 3D program? The answer is simple and that is why we have curated it into 3 points mentioned below: 

• Visit skillwaala.com  
• Choose the Unity course   
• Fill in the required details

Wasn’t that easy? Once you have entered the details, you will receive a call back from our counseling expert within 24 hours. Our dedicated Unity counselor will brief you on our course. In addition, if you need guidance for your career in case it is not going in the right direction then our expert will also give you clarity for the same. With this, you will be able to set a better path for your career. 

What is the Duration of the Unity Game Development Training Course?       

The Unity game development course at Skill Waala can up to a maximum of 6 months. However, the course duration can stand anywhere between 3 to 6 months. During these months the industry experts present at Skill Waala will train you in Unity game scripting, animation, interactive object creation, and more. Priority will also be given to Unity 3D tutorials for beginners in which we will ensure that the aspirants are not left out with any of the key elements in the starting days of their learning. 

Unity 3D Game Development Course Fee in Jaipur 

The course fee for the Unity 3D game development course in Jaipur at Skill Waala is INR 30,000 to 60,000 for 3 to 6 months duration (10,000 per month). To know the exact fee of the program, feel free to reach us via WhatsApp.            

Can Skill Waala Live Up to Your Expectations? 

At Skill Waala we don’t just claim things, we also fulfill them. We claim that we assure job opportunities for you and we stand by that statement. Suppose you have completed your Unity game engine course and have learned everything, but you are still not able to crack interviews for some reason, in that case, we will back your career. 

As mentioned above, Skill Waala is powered by a game development company itself. Here you will be given ample opportunities to work with the in-house teams and create magic with Unity 2D and 3D game tools. Plus after the successful completion of your course, you will be given an opportunity to join the in-house team of Unity game developers. 

This is how we assure a secure future for you because we understand that learning skills are important but what is more important is to utilize those skills in a job and become financially independent.

Unity 3D Training Curriculum

Module 1: Introduction to Unity

What is Unity?

Unity is a cross-platform game engine developed by Unity Technologies. Used for creating 2D, 3D, VR, and AR games and experiences. Unity is known for its user-friendly interface, extensive asset store, and strong community support.

Popular Uses of Unity:

Gaming: Creating games for PC, consoles, mobile devices, and web.

AR/VR: Developing immersive AR and VR Experiences.

Simulations: Used in simulations for various industries like automotive, architecture, etc.

Module 2: Installing Unity

Unity Hub Installation:

Step 1: Go to the Unity Download Page.

Step 2: Download Unity Hub for your operating system.

Step 3: Install Unity Hub by following the on-screen instructions.

Installing Unity Editor:

Step 1: Open Unity Hub and click on the “Installs” tab.

Step 2: The next step is to click on “Add” and select the version of Unity you seek to install.

Step 3: Choose the required modules (Android, iOS, WebGL, etc.) based on your project needs.

Step 4: Click “Next” and complete the installation.

Module 3: Setting Up Visual Studio

What is Visual Studio?

Being an integrated development environment (IDE) from Microsoft Visual Studio is used to write and edit C scripts in Unity. This offers features like IntelliSense, debugging, etc.

Installing Visual Studio:

Step 1: During Unity installation, ensure that the Visual Studio checkbox is selected.

Step 2: Download Visual Studio from the official website if you missed it. 

Step 3: Install Visual Studio, ensuring that you include the “Game Development with Unity” workload.

Configuring Visual Studio with Unity:

Step 1: Open Unity, go to Edit > Preferences > External Tools. 

Step 2: Set Visual Studio as the external script editor.

Module 4: Unity Interface Overview

Unity Editor Layout:

Hierarchy: Displays all GameObjects in the scene.

Scene: Where you build your game visually by placing objects. 

Game: Displays the walkthrough of your game.

Inspector: Shows properties of the selected GameObject. 

Project: Showcases the assets, scripts, and files inside your project. 

Console: Displays errors, warnings, and logs.

Customizing the Layout:

With drag and drop panels you can rearrange the layout.

Save custom layouts for different tasks (e.g., coding, level design).

Navigating the Scene View:

Use the mouse and keyboard to move around the scene. W, E, R: Shortcuts for Move, Rotate, and Scale tools.

Module 5: Creating Your First Project

Starting a New Project:

Step 1: Open Unity Hub, click “New Project.” 

Step 2: Choose a template from 2D or 3D.

Step 3: Give a name to the project and choose a location to save it.

Step 4: Click “Create.”

Organizing the Project:

Create folders for Scenes, Scripts, Prefabs, Materials, etc. Always keep your project well-organized to make it easier to manage.

Module 6: GameObjects and Components

Understanding GameObjects:

GameObjects can be empty (just a container) or have visual representations (like a 3D model). Whereas, it is a fundamental object in Unity that represents characters, props, and other elements. 

Examples of GameObjects:

Cube: A simple 3D object. 

Sphere: Another basic 3D object. 

Camera: Captures the scene and displays it on the screen. 

Light: Illuminates the scene.

Components and Their Purpose:

Transform: Controls the position, rotation, and scale of a GameObject.

Rigidbody: Inserts physics properties like gravity in the GameObject.

Collider: Defines the shape of the GameObject for physical interactions.

Adding/Removing Components:

Right-click on a GameObject, and go to Component > Add to add new components. Once you are in the inspector section, click on the cogwheel next to a component and it will remove it.

Module 7: Basic Scripting in C#

Introduction to C#

C# (C-Sharp) is the primary programming language used in Unity. C# scripts control GameObjects and the behavior of the game.

Basic Syntax:

In most cases C# script in Unity looks like this:

using UnityEngine;

public class MyFirstScript:MonoBehaviour{

/ Start is called before the first frame

update void Start(){

Debug.Log(“Hello, Unity!”);

}

/ Update is called once per

frame void Update(){

}

}

Creating and Attaching Scripts:

Step 1: In the Project panel, right-click and select Create > C Script.

Step 2: Name the script and double-click it to open in Visual Studio.

Step 3: To attach the script to a GameObject drag the script from the Project panel to the GameObject in the Hierarchy or Inspector.

Module 8: Understanding the Unity API

Unity’s Built-in Methods:

Start(): Called before the first frame update. Use this for initialization. 

Update(): Called once per frame. Use this to check for inputs, move objects, etc.

FixedUpdate(): Called at a fixed interval. Use this for physics-related updates.

Commonly Used Functions:

Transform.Translate(): Moves an object by a vector. Rigidbody. 

AddForce(): Applies force to a Rigidbody.

Debug.Log(): Outputs a message to the console.

Code Snippets:

void Update(){

/Move the object forward

transform.Translate(Vector3.forward *

Time.deltaTime);

}

void OnCollisionEnter(Collision collision){

Debug.Log(“Collided with “+

collision.gameObject.name);

}

Module 9: Handling Input

Basic Input Handling:

Unity provides built-in functions to detect player input from keyboards, mice, and game controllers.

Keyboard Input 

Input.GetKey(KeyCode.Space): Detects if the space bar is pressed.

void Update() {

if (Input.GetKey(KeyCode.Space))

{

Debug.Log(“Space key is held

down”);

} }

MouseInput:

Input.GetMouseButtonDown(0): Detects if the left mouse button is clicked.

void Update()

{

if (Input.GetMouseButtonDown(0))

{

Debug.Log(“Left mouse button clicked”);

}

}

Creating a Basic Character Controller:

void Update()

{

float moveHorizontal =

Input.GetAxis(“Horizontal”); float moveVertical =

Input.GetAxis(“Vertical”);

Vector3 movement = new Vector3(moveHorizontal, 0.0f,

moveVertical); transform.Translate(movement * Time.deltaTime);

}

Module 10: Physics and Collisions

Physics in Unity:

Unity uses a physics engine to simulate real-world physics like gravity, forces, and collisions.

Rigidbody:

Attach a Rigidbody component to a GameObject to enable physics. 

Gravity: Check this to make the GameObject fall under gravity.

Collision Detection:

Collider: Use BoxCollider, SphereCollider, etc., to define the shape for collisions.

On Collision Enter(): Called when this GameObject collides with another. 

OnTriggerEnter(): Called when another GameObject enters a trigger

collider attached to this GameObject.

Code Snippets:

void OnCollisionEnter(Collision collision){

Debug.Log(“Collided with “+

collision.gameObject.name);

}

Module 11: Prefabs and Instantiation

What are Prefabs?

A Prefab is a reusable GameObject stored as an asset, which is useful for creating multiple instances of the same object.

Creating a Prefab:

Step 1: Create a GameObject in the scene.

Step 2: To create a Prefab drag the GameObject from the Hierarchy to the Project panel.

Step 3: Use this Prefab in different scenes or instantiate it at runtime.

Instantiating GameObjects at Runtime:

public GameObject myPrefab;

void Start()

{

Instantiate(myPrefab, new Vector3(0, 0, 0), Quaternion.identity);

}

Module 12: UI Basics

Creating a Simple UI:

Canvas: The root for all UI elements. Automatically created when adding UI elements.

Text: Display text on the screen. 

Button: Interactive element that can trigger events.

Image: Display images (e.g., for icons, and backgrounds).

Handling UI Events:

Add functionality to buttons via the OnClick() event in the inspector. Use scripts to dynamically update UI elements.

Code Snippets:

public Text myText;

public void

UpdateText(){

myText.text =”Button Clicked!”;

}

Module 13: Building and Deployment

Building the Project:

Step 1: Go to File > Build Settings.

Step 2: Choose your target platform (PC, Android, iOS, WebGL).

Step 3: Add your scenes to the build by clicking “Add Open

Scenes.” Step 4: Click “Build” and choose a location to save your build.

Deploying the Game:

Build for PC, Mobile, or Web platforms. Make sure to test your game on the target platform to ensure it runs smoothly.

Module 14: Debugging and Optimization

Using the Console:

The Console displays errors, warnings, and logs. Use Debug.Log() to output custom messages for debugging.

Profiling Tools:

Use Unity’s Profiler to monitor performance (CPU, GPU usage, memory, etc.). Identify and fix performance bottlenecks in your game.

Basic Optimization Tips:

Reducing Draw Calls: Combine meshes, and use texture atlases. 

Optimizing Scripts: Avoid expensive operations in Update(). 

Optimizing Physics: Use simple colliders, and reduce unnecessary physics interactions.

Frequently Asked Questions

About The Author