Week 1
Lesson 1
Foundations with Turtle Graphics
Mastering the basics of Python and getting acquainted with Turtle graphics set the groundwork for understanding fundamental programming concepts and visual representation in game development. Participants learn about variables, loops, conditionals, and functions, and how these concepts apply to creating simple shapes and patterns using Turtle graphics. This hands-on approach introduces learners to the immediate visual feedback loop that is essential in game development.
Lesson 2
Venturing into 2D Platformers
Learning to import and utilize graphic assets introduces the essential skill of integrating external resources into game projects, laying the groundwork for more complex game development. Participants explore basic platformer mechanics such as player movement, collision detection, and level design using simple graphical assets. They also delve into concepts like sprite sheets and tilemaps to efficiently manage visual elements within the game environments. 
 Week 2
Lesson 3
Refinement and Gameplay Mechanics
Focusing on refining gameplay mechanics and level design underscores the importance of iterative development and player experience in creating engaging games. Participants analyze player feedback, iterate on level layouts, and experiment with different gameplay elements to balance challenge and enjoyment. They also delve into concepts like player progression, difficulty curves, and game flow to create a compelling gaming experience.
Lesson 4
 Retro Charm with Nokia Snake
Exploring arrays and vectors for game logic highlights the significance of data structures in game development and the adaptation of classic game mechanics to modern programming paradigms. Participants delve into the mechanics of the iconic Nokia Snake game, learning how to manage the snake's movement, handle collisions, and dynamically grow/shrink the snake's length using arrays to represent the snake's body and vectors to control its direction.
 Week 3
Lesson 5
Adding Depth to the Snake Game
Implementing scoring systems and dynamic mechanics like snake growth and shrinking demonstrates the importance of player progression and challenge escalation in enhancing gameplay depth. Participants learn to track and display the player's score, implement power-ups or obstacles that affect gameplay dynamics, and refine the game's balance to keep players engaged and motivated.
Lesson 6
Transitioning to Pygame
Exploring Pygame for advanced game development showcases the versatility of Python in creating more complex and feature-rich games, expanding the toolkit for future projects. Participants learn about Pygame's core concepts such as surfaces, sprites, events, and the game loop, gaining a deeper understanding of game architecture and organization.
 Week 4
Lesson 7
 Embarking on a Space Exploration
Setting up a space exploration game environment emphasizes the significance of theme and narrative in game design, creating immersive experiences for players. Participants delve into world-building, creating diverse environments, and defining the player's role within the game universe. They also explore basic controls and camera movement to navigate the game world effectively.
Lesson 8
Breathing Life into Space
Adding animations to game elements illustrates the power of visual feedback and animation in enhancing player engagement and immersion, enriching the gaming experience. Participants learn to animate sprites for characters, objects, and environmental elements, bringing them to life and adding personality to the game world.
 Week 5
Lesson 9
Crafting Unique Challenges
 Designing multiple levels with unique obstacles underscores the importance of variety and pacing in game design, ensuring sustained player interest and challenge progression. Participants learn to create diverse level layouts, introduce new gameplay mechanics, and adjust difficulty to provide a balanced and rewarding experience for players.

Lesson 10
Polishing and Feedback
Testing gameplay and gathering feedback from players highlights the iterative nature of game development and the importance of community engagement in refining and improving game projects. Participants conduct playtesting sessions, analyze player feedback, and iterate on their game based on insights gathered, focusing on polishing the overall experience and addressing any remaining issues or bugs.