Kids IT Courses

Game Development course

Game Development Course For kids

A Game Development Course for Kids using Scratch can unlock your child’s creative potential. Additionally, as your child successfully completes more sessions, an online Game Development Class for kids can enhance their conceptual and computational skills through a simple yet effective building block approach.

Furthermore, your child’s capacity to think creatively, logically, and systematically will grow.

Moreover, by taking this intensive online game development course for kids, they can gain a deeper understanding of game development principles, enhance their storytelling skills, and ultimately become a master game developer.

Game development is the intricate process of creating video games, involving multiple stages from concept to final release. It encompasses various disciplines, including game design, programming, art and animation, sound design, and quality assurance. Developers start by conceptualizing the game’s idea, designing its mechanics, and creating detailed plans for gameplay and narrative. During production, programmers write code to build the game’s engine and implement features, while artists create visual assets like characters, environments, and animations. Sound designers add audio effects and music to enhance the gaming experience. The game undergoes rigorous testing to identify and fix bugs and ensure a smooth play experience. Once complete, the game is released to the public, often involving marketing and post-launch support to engage with players and address any issues that arise. Game development is a collaborative and creative process, requiring expertise across various fields to bring interactive experiences to life.

Game development is the process of creating interactive digital experiences through the design, development, and production of video games. It encompasses a wide range of activities, including conceptualizing game ideas, designing gameplay mechanics, developing characters and environments, programming game logic, and creating art and sound assets. Game development involves collaboration among various specialists, such as game designers, programmers, artists, sound engineers, and writers, to bring a game to life. Using tools and engines like Unity or Unreal Engine, developers craft engaging and immersive experiences that entertain and challenge players. The process also includes testing and debugging to ensure the game functions correctly and meets quality standards before release. Game development is a dynamic and evolving field that blends creativity with technology to produce interactive entertainment across multiple platforms, from mobile devices to consoles and PCs.

Game development is the process of creating and designing video games, involving a blend of artistic, technical, and strategic skills. It encompasses various stages, including concept development, game design, programming, art creation, sound design, and testing. Developers use a range of tools and technologies, such as game engines like Unity or Unreal Engine, to build immersive and interactive experiences. This process involves creating game mechanics, designing levels, coding gameplay systems, and integrating visual and audio elements to bring the game to life. Game development also includes iterative testing and refinement to ensure the final product is engaging, functional, and enjoyable for players. The field requires collaboration among different specialists, including game designers, programmers, artists, and sound engineers, to produce high-quality games across diverse genres and platforms.

Session 1 : History of Gaming

  • Describe the technological developments that contributed to the video game industry
  • Identify and evaluate the attributes of memorable (and forgettable!) games
  • Research, compare, and categorize different game platforms and game hardware
  • Strategically start planning your own video game

Session 2 : What’s in a Game?

  • Define what a game is and name the four main components of a game
  • Identify the three player perspectives and describe advantages and disadvantages of each
  • Give examples of how specific game mechanics can help form player immersion
  • Use what you have learned so far to continue developing your own video game

Session 3 : Game Pieces

  • Analyze a game idea through the proper filters to determine whether it is a feasible idea
  • Define the various roles on a game development team
  • Explain the game design process, from concept to finished game
  • List software commonly used in game development

Session 4 : Let’s Talk Shop About Game Mechanics!

  • Differentiate between player-centric and designer-centric game design
  • Explain the different phases of an iterative approach to game development
  • Define the details of key game mechanics such as movement, rampability, inventory, and
    randomness

Session 5 : Developing a Game Design Document

  • Explain the steps a game design team moves through from idea, to concept, to game design document
  • Identify the main elements in a game design document and which game design team member would be best suited to help give input into that part of the GDD
  • Create your own game design document

Session 6 : Storytelling in Games

  • Describe the progression of the Hero’s Journey structure and give examples of this structure at use in video games
  • Design a game character using Jungian archetypes
  • Explain the various delivery methods for conveying story in games
  • Contrast the different uses for storyboarding in the video game design industry

Session 7 : The Business of Video Game Design

  • Make justifiable decisions following an ethical decision-making process
  • Outline the legal matters which relate to game development and design
  • Explain the various kinds of companies and organizations which operate in the game
    industry space
  • Decide which form of marketing and producing works best for your situation

Session 8 : Let’s Make a Game!

  • Understand how video games apply physics concepts, such as friction, drag, and collision
  • Explain the evolution of computer programming languages through their generations
  • Describe the basic components and advantages of object-oriented programming
  • Identify the different components in a simple script
  • Program your first object in Unity