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Python + AI Game Development for CBSE,ICSE and IGCSE Students
250+
MNC Partners
2.4–4.5 LPA
Starting Salary
5
Certificates
9,589+
Students Placed
About This Course
Python + AI Game Development (CBSE / ICSE / IGCSE Students)
The Python + AI Game Development Program introduces school students to programming through creative game development. Designed for CBSE, ICSE, and IGCSE learners, the program teaches Python fundamentals, logical thinking, and basic artificial intelligence concepts in an engaging way. Students learn coding structures, animations, game mechanics, and AI logic while developing interactive games and mini applications. The project-based learning approach strengthens problem-solving ability, creativity, and computational thinking aligned with modern STEM education. The course builds confidence in coding while making technology learning fun, practical, and future-oriented. Students develop a strong foundation for future careers in Software Development, Game Development, Artificial Intelligence, Robotics, Data Science, and Computer Engineering. It also supports academic excellence and prepares learners for advanced coding competitions and technology studies. Course Key Highlights
Hours of Instructor-Led Training
Flexible Schedule
22 Hours of Self-Paced Videos
Certification
56 Hours of Projects Exercises
Hours of Instructor-Led Training
Why Should You Opt For This Course?
✓
Helps improve CBSE Class 11–12 Python programming skills
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Makes learning coding fun through game development
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Builds logical thinking, creativity, and problem-solving
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Additional advantage in engineering entrance interviews
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Helps students build portfolio-ready projects
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Enhances understanding of AI concepts early
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Ideal for school project submissions
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Major value-add for college admissions
What Will You Learn?
Python fundamentals, OOP, loops, functions
Data structures: lists, tuples, dictionaries
Event handling, graphics drawing, sprites, animations
Collision detection, scoring, game states
Game physics, movement, camera system
AI Algorithms: • A*, Dijkstra • Finite State Machines • Decision Trees • Adaptive Difficulty • Reinforcement Learning basics
Procedural content generation (random maps)
Game polishing: sound, particles, UI
Publishing, optimization, and documentation
GitHub project uploads & portfolio creation
Who Should Enroll?
🎓
CBSE 11th & 12th Computer Science students
Students interested in AI, gaming, or software development
💼
Educators
Educators who want to upgrade their Python skills and teach students through practical game-based learning.
🔄
Working Professionals
Professionals looking to learn Python practically and build real projects for skill growth or career transition.
Prerequisites
Basic computer usage
Interest in coding or games
No prior programming required
Course Curriculum
8 comprehensive modules
📘 Module 1 — Introduction to Computers, AI & Python
🎥 What This Course Is About
- This course offers a complete learning journey where students progress from basic computer knowledge to building intelligent, AI-powered games using Python.
It is designed to make learning interactive, creative, and practical, rather than theoretical.
🔥 What Students Will Learn
- 💻 Computer & Programming Fundamentals
Understand how computers work, what programming is, and how logic is used to build games and applications. - 🐍 Python Programming from Scratch
Learn Python fundamentals and gradually apply them to game logic, player movement, scoring systems, and controls. - 🎮 Hands-on Game Development
Build real 2D games such as arcade games, puzzle games, and interactive challenges using Python. - 🤖 Artificial Intelligence in Games
Learn how AI is used in games to create intelligent enemies, decision-making systems, smart movement, and adaptive difficulty levels. - 🧠 How AI Thinks (Beginner-Friendly)
Gain a simple understanding of:- How AI makes decisions
- How game characters behave intelligently
- Basics of pathfinding and learning logic
- 🛠 Project-Based Learning Approach
- Every concept is taught through:
- Live coding sessions
- Practical exercises
- Mini game projects
- Every concept is taught through:
🌟 Why This Course Stands Out
- Designed specifically for CBSE, ICSE, and IGCSE students (Grades 11-12)
- No prior coding experience required
- Learn through game creation instead of rote theory
- Develop logical thinking, creativity, and problem-solving skills
🎯 Learning Outcome
- By the end of the course, students will:
✅ Think like a programmer
✅ Write Python code with confidence
✅ Build AI-enabled games from scratch
✅ Understand how AI is applied in real-world game development
✅ Create projects to showcase in school and competitions
🐍 Module 2 — Python Basics
Duration: 25–30 hours
🔹 Python Essentials
- Variables and data types
- Operators and input/output
- Conditions (if/else)
🔹 Control Flow
- Loops (for, while)
- Functions
- Lists, tuples, and dictionaries
🔹 OOP Basics
- Classes & objects
- Methods
- Simple examples
🔹 Mini Project
📌 Create a text-based adventure game
Students will build a small console game using Python logic.
Outcome: Strong foundational Python needed for games.
🎮 Module 3 — Game Development Fundamentals
Duration: 30–40 hours
Python library: Pygame (2D game library) Wikipedia
🔹 Game Basics
- Game loop explained
- Display & game window
- Event handling (keyboard, mouse)
🔹 Sprites & Movement
- Sprites & animation
- Player movement & control
- Boundaries & collision detection
🔹 Game Logic Concepts
- Scoring system
- Health & levels
- Simple enemy movement
🔹 Mini Projects
- Snake Game
- Flappy Bird Clone
- Brick Breaker
Outcome: Students build playable 2D games and understand game workflow.
🤖 Module 4 — AI in Games
Duration: 40–45 hours
🔹 AI Concepts in Games
- What is AI in Games?
- Player vs Computer logic
- NPC behavior
🔹 Pathfinding Basics
Grid system explanations
Simple algorithms like A* & Dijkstra
(Concept level) Evision Technoserve
🔹 Game AI Techniques
Finite State Machines (FSM)
Decision Trees
Adaptive Difficulty
(How enemies react based on states) Evision Technoserve
🔹 Simple Reinforcement Learning Ideas
Reward & punishment concept (without heavy math)
How AI chooses better moves
🔹 AI Projects
✔ Intelligent chasing of the enemy
✔ Dodge the smarter obstacles
✔ Adaptive speed challenge
Outcome: AI logic added into playable games.
🎨 Module 5 — Graphics, Design & Sound
Duration: 20–25 hours
🔹 Graphics in Games
- Loading images & sprites
- Background & tiles
- Camera basics
🔹 Sound & UI
- Background music
- Sound effects
- Game menus
Outcome: Improve game visuals and sound quality.
🚀 Module 6 — Advanced Concepts & Deployment
Duration: 20 hours
🔹 Optimization
- Faster loops
- Memory usage
- Clean code
🔹 Multiplayer Basics
- Local two-player logic
- Turn-based game ideas
🔹 Publishing
- Packaging the game
- Shareable build
Outcome: Prepare games ready to share
🏆 Module 7 — Capstone Project
Duration: 25–30 hours
Students will design & build an original AI game from scratch — including:
✔ Story & design
✔ Gameplay mechanics
✔ AI behavior
✔ Publishing & documentation
Deliverables
- GitHub code
- Demo video
- Project report
📈 Final Learning Outcomes
✅ Understand Python programming fundamentals
✅ Create interactive and playable Python games
✅ Apply simple AI techniques in games
✅ Build portfolio-ready final game
✅ Develop problem-solving & logical thinking
Your Instructors
Abhinav Thakur
Senior Full Stack Developer with 10+ years of extensive experience in designing, developing, and deploying scalable web applications across modern tech stacks. Skilled in leading projects, mentoring teams, and delivering high-quality solutions.
Ranjan
Full Stack Developer and Instructor with 5+ years of experience, specializing in Web Development, Python, SQL, Django, React, and Git/GitHub. Focused on practical, industry-based training to make learners job-ready.
Harshitha
Full Stack Developer & Trainer with expertise in modern web technologies and hands-on project development, dedicated to helping learners become job-ready.
Pramish
MCA graduate and Junior Software Developer with 5+ years of IT industry experience, skilled in building modern applications and delivering efficient technical solutions.
Smruti Rangadal
BA Physiology : MBA HR and Marketing : 5+ Year Experience in Personality Development and Corporate Relation
Pratikhya Das
BA English Honor's : MBA HR and Marketing 4 Year Experience in IT Recruitment & Talent Acquisition
Course Projects
Project 1: Snake Game (Beginner Level)
Students build the classic Snake Game using Python and Pygame.
They learn movement logic, user input, collision detection, scoring system, boundary mechanics, and game loop execution.
This project helps them master the fundamentals of Python through visual output.
Project 2: Pac-Man Style Maze Game with Pathfinding AI
A maze-based game where the player navigates through corridors while enemies chase intelligently using A* or Dijkstra’s algorithm.
Students learn grid creation, pathfinding, movement prediction, and chase/escape mechanics.
This introduces real AI behavior used in modern games.
Project 3: Space Shooter with Smart NPC AI (Intermediate → Advanced)
Students build a shooter game with enemies that:
Detect player movement
Change states (idle, attack, retreat)
Use finite-state-machine-based decision-making
Scale difficulty based on player's skill
This teaches advanced AI logic and adaptive gameplay.
Project 4: Capstone – Original 2D AI Game (Portfolio Project)
Students create an entire original game from idea to final build.
Includes:
Storyline creation
Game design document
Asset creation
AI enemy logic
Physics, scoring, UI
Procedural map generation
Game polishing & optimization
GitHub upload + Documentation
This becomes the primary project for engineering college admissions
Tools You'll Work With
⚡ Pygame (2D games)
⚡ Panda3D for 3D ideas (concept)
⚡ Python 3.x
Certificates You Earn
Career certifications validate expertise in a specific field, enhancing credibility and job prospects.
Industry-Recognized Certificate
Course Completion
Placement Assistance
Career Scope After This Program
Python Game Developer (Junior)
AI Assistant Developer (Beginner)
Python Programmer
Junior Game Designer
Freelance Game Creator
Early Internships in Game Studios
Frequently Asked Questions
Q1. Will it affect my board exam preparation?▼
No. It supports CBSE Python syllabus and improves conceptual clarity.
Q2. Is prior coding knowledge needed?▼
No. We teach from scratch.
Q3. Can these games be used as school projects?▼
Yes. Most CBSE schools accept these as practical projects.
Q4. Does it help with college admissions?▼
Yes. Your game portfolio gives a strong advantage in B.Tech interviews.
Q5. Do students get a certificate?▼
Yes, after completing all modules and the capstone project.
Q6. Will the games run on a basic laptop?▼
Yes. Python + Pygame require minimal resources.
