Game Design 102

Build a drawing-based car racing game, complete BeatBot Challenge, and create several other mini-games. Join To Access a Free Camp Course

Course Summary
  • Grades 3 - 5
  • Intermediate level
  • 24 lessons
  • Tynker Blocks
    • Web
  • $50 a student per course
Course Includes
  • 24 lessons
  • 143 activities
  • Enhanced Creativity Tools
  • Automatic Assessment
  • Tutorials and Reviews
  • Coding Puzzles
  • DIY Projects
  • Quizzes
  • Answer Keys
Prerequisites
No previous coding experience required.

Description

Help your students advance their game design skills. They complete BeatBot Challenge by making the robot moonwalk and respond to different kinds of messages. Then they build Paint Racer, a pen-drawing game, and learn about angles, color, direction, and positioning. Upon completing this course, students will have a good understanding of a number of intermediate programming concepts such as conditional statements, messaging, timers, random numbers, and positioning using x- and y-coordinates.

Topics Covered: Draw geometric patterns using pen-based drawing primitives to manipulate angles, direction, sizes, and color. Learn about timers, random numbers, interactions between objects, and special effects.

What Students Learn

  • Using loops for repetition
  • Programming conditional logic
  • Debugging programs
  • Sequencing tasks
  • Recognizing patterns
  • Using automation
  • Problem solving
  • Algorithmic thinking
  • Problem solving
  • Programming music using notes, tempo, and instruments
  • Drawing shapes and patterns using pen drawing commands
  • Programming fluid motion with keyboard control
  • Controling actors using messaging
  • Building customized versions of classic arcade games

Technical Requirements

* Online courses require a modern desktop computer, laptop computer, Chromebook, or Netbook with Internet access and a Chrome (29+), Firefox (30+), Safari (7+), or Edge (20+) browser. No downloads required.

1. Message Driven Programming
7 activities
Program the BeatBot to make different dance moves based on the type of message it receives.
2. Pop the Balloon
8 activities
A balloon popping game, random numbers and programming explosions.
3. Animation with Movement
9 activities
Program the BeatBot to moonwalk by combining animation with movement.
4. Obstacle Course
9 activities
Create an obstacle course and use loops and randomness!
5. Pen Drawing
7 activities
Learn to draw using pen colors.
6. Following the Leader
9 activities
Use pointing and turning blocks to track the racer and build "chase games".
7. Changing Size
7 activities
Program the racer to jump over enemy lines by changing its size whenever the spacebar is pressed.
8. Changing Pen Color
9 activities
Experiment with pen color and pen size to draw different patterns. Make an Etch-a-sketch like game.
9. Detecting Colors
7 activities
Make your Actors interact with each other by detecting the colors they touch while moving.
10. Avoiding Obstacles
9 activities
Create an obstacle game using X, Y coordinates and direction blocks.
11. Geometry
9 activities
Draw different shapes such as squares and rectangles with your racer using pen drawing commands.
12. Game Effects and Rules
9 activities
Learn to program game effects like ghosting, elements like portals, and advanced rules.
13. Sequencing
6 activities
Program spaceman Gus to walk on the path and reach his goal.
14. Conditional Logic
7 activities
Recognize simple patterns, jump over aliens and collect items.
15. Negative Logic
7 activities
Use more varieties of conditional statements and loops.
16. Nested Logic
7 activities
Use advanced logic to do jump over different kinds of obstacles.
17. Combinations
6 activities
Set the right sequence of alien symbols to unlock the door.
18. Multiple Loops
7 activities
Detect problems with the lock and overcome them to unlock the door.
19. Using Parameters
7 activities
Use parameters to set the symbols on both dials to unlock the door.
20. Nested Loops
7 activities
Use more complex sequencing of dials and symbols to unlock the door.
21. Direction
6 activities
Program the rocket to follow the path and reach the moon base.
22. Conditional Loops
7 activities
Use conditional loops and path detection to stay on the course.
23. Advanced Logic
7 activities
Choose the right constructs and avoid obstacles to reach the goal.
24. Finale
6 activities
Put it all together with your final algorithm and reach the moon base.