AI Scheduling Algorithms: Logic Puzzle

Matthew·

Scheduling

Preview

At a Glance

SubjectScheduling

Original Prompt

Title: AI Scheduling Algorithms Target Grade: 10-12 The Concept: A computer science logic puzzle worksheet. Student Task: Act as a scheduling algorithm, using a set of complex constraints (e.g., "Teacher A cannot teach 1st period," "Class B must be before lunch") to build a 5-day school schedule. The Hook: Unplugged coding/logic activity that builds computational thinking.

This resource focuses on the application of computational thinking and constraint satisfaction logic to create a valid 5-day school schedule. It outlines the process of resolving scheduling conflicts by defining variables, domains, and constraints associated with course and teacher requirements. Students learn to identify and resolve various scheduling conflicts by adhering to specific guidelines, such as ensuring teachers are not double-booked and all student requirements are met. The document includes practice exercises for students to enhance their understanding of constraint satisfaction problems, visual aids for better comprehension, and reflection prompts to encourage self-analysis of the scheduling process.