Web3 Development course

250+ hours of training & project building

8+ industry-standard guided projects

8 learning modules

Module 1: Introduction to Web3 Gaming
๐Ÿ“ƒ3 Modules
Project: Create a simple web3 game using a platform like Ethereum or EOS.

Learning Outcomes: Understand the basics of web3 gaming, including what it is, how it differs from traditional gaming, and the technologies and platforms involved. Projects: Create a simple web3 game using a platform like Ethereum or EOS.

Learning Outcomes: Learn how to create and deploy smart contracts on web3 platforms, and how to integrate them into web3 games. Projects: Create a web3 game that utilizes smart contracts for in-game transactions and other functionality.

Learning Outcomes: Learn how to design and implement web3 game mechanics, such as non-fungible tokens (NFTs), decentralized finance (Defi), and blockchain-based economies. Projects: Create a web3 game that utilizes NFTs, DeFi, and blockchain-based economies.

Learning Outcomes: Learn how to create multiplayer web3 games including how to handle player interactions and game state management. Projects: Create a web3 multiplayer game.

Module 2: Server-client architecture and how to synchronize game state between players

Learning Outcomes: Learn how to monetize web3 games and how to market them to a wider audience. Projects: Create a web3 game that incorporates monetization strategies and develop a marketing plan for the game.

Module 2: Understanding game mechanics such as game balancing, level design, and player progression

Module 3: Implementing game mechanics in a sample game

Module 4: Understanding player psychology and how to create a fun and engaging game experience

Learning Outcomes: Learn how to secure web3 games and protect them from malicious attacks. Projects: Create a web3 game with security measures in place.

Module 2: Debugging and testing a sample game, identifying and fixing common game development bugs and issues

Learning Outcomes: Learn how to secure web3 games and protect them from malicious attacks. Projects: Create a web3 game with security measures in place.

Module 2: Debugging and testing a sample game, identifying and fixing common game development bugs and issues

Learning Outcomes: Work on a final project to put into practice all the skills learned in the previous months.

Projects: Create a full web3 game that incorporates all the elements learned throughout the course.

UNLOCKING THE POTENTIAL

Live online classes

  • Engage in Interactive Learning
  • 250+ Hours of Expert Training

Learning

  • Cohort-Based Learning Approach
  • 1:10 Collaborative Academic Experience

Project & Portfolio Management

  • Experience Real-Life Generative AI Projects
  • Portfolio Development and Management

OBJECTIVES

Empower Yourself for the AI-Driven Future Master Generative AI for Real-World Problem Solving Build a Strong Foundation in AI Innovation

Mastering AI Tools & Techniques
  • Create Solutions Beyond Coding
  • Creative & Problem solving skills.
  • Structured Curriculum
  • Build AI-Powered Solutions
  • From Concept to Implementation
  • WHAT WILL YOU LEARN

    Generative AI Techniques

    • Harness the Power of AI for Creative Outputs

    Unity Engine

    • A cross-platform used for developing games and consoles.
    • Learn to develop games using Unity Engine.

    Web3 gaming

    • Web 3.0 is supposed to be the next big evolution for the internet and gaming.
    • Learn to develop games (web 3)

    3D games with audiovisual effects.

    • Developing games using unity framework, unity canvas, and games objects (3D).
    • Develop multiplayer games.

    Gaming Industry.

    • Understand the gaming industry
    • Career Planning.

    Projects & Portfolio management

    • Build Live Games.
    • Learn to build a Portfolio

    ABOUT THE PROGRAM

    The Web3 Game Development Course provides an in-depth education in the field of web3 gaming. With a week-by-week structure, students will learn all aspects of web3 gaming, starting from the fundamentals and covering topics such as smart contracts, game design, multiplayer games, monetization, security, analytics, and metrics. The course prioritizes hands-on learning through projects, culminating in a final capstone project where students can showcase their skills and develop a full web3 game.

    UNLOCKING THE POTENTIAL

    Who?

    World-Class Experienced Faculty from Digital Aided School

    What?

    Teaching Foundation of Game Development & Full-Stack Game Development to a point where the student is industry ready and can get placed easily

    When?

    Multiple batches in a week with 1.5 hrs long classes offering time flexibility. Time commitment of at least 3-4 hours total daily is required, including classes

    Where?

    Through Digital Aided School, virtually in a physical classroom-like environment.

    How?

    Industry-level guided projects, Internship & Placement opportunities at top firms, Placement guidance & mentorship, Up to 100% Scholarships, Study First Pay Later

    ADMISSION PROCESS

    Letโ€™s see how it works

    01

    Register for the Generative AI Program.

    02

    Connect with our AI specialists.

    03

    Enroll in the program after initial consultation.

    04

    Start your transformative journey in Generative AI.

    CERTIFICATIONS FOR AI INNOVATION

    Elevate Your Career with Generative AI Certifications.

    Transform your passion for AI into a fulfilling career.

    PRICING PLAN

    Choose your pricing policy

    STUDY FIRST PAY LATER. PAY ZERO TILL YOU LAND A JOB. Total fees: Rs 2.99L inclusive of GST.

    Frequently Asked Questions

    1. Why Choose Digital Aided School for Generative AI?

    Multiple Batches, hence time flexibility

    Multiple Batches, hence time flexibility

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    2. What is the Program Cost?

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    3. Program Duration and Structure

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    Multiple Batches, hence time flexibility

    Multiple Batches, hence time flexibility

    Multiple Batches, hence time flexibility

    4. How Does Learn Now, Pay Later Work?

    Multiple Batches, hence time flexibility

    Multiple Batches, hence time flexibility

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    Multiple Batches, hence time flexibility

    Multiple Batches, hence time flexibility

    5. Time Commitment for the Program

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    Multiple Batches, hence time flexibility

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    6. Catch Up on Missed Classes

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    Multiple Batches, hence time flexibility

    Multiple Batches, hence time flexibility

    7. Certification Upon Program Completion

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    8. Application Process

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    10. Payment Process After Placement

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    11. Understanding Income Share Agreements

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    Multiple Batches, hence time flexibility

    12. Repayment Schedule for ISAs

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    13. Eligibility for Generative AI Course

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    14. Enrolling During College Early Years

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    15. Switching to Generative AI with Work Experience

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    Multiple Batches, hence time flexibility

    16. Application Process Details

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    17. Evaluation Criteria for Applications

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