SanPranav / QcommVNE_Frontend

This repository contains our Trimester 3 Computer Science Principles work, featuring: Qualcomm Autonomous Vehicle Navigation Enhancement (Pilot City).
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Team Teach Lesson - Digital Divide #23

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The Digital Divide: Understanding Inequities in the Digital Age

AP Computer Science Principles - Big Idea 5.2

Learning Objectives

By the end of this lesson, students will be able to:

Warm-Up Activity

Digital Access Self-Assessment

Key Concepts

What is the Digital Divide?

Multiple Dimensions of the Digital Divide:

Contributing Factors:

Data Exploration Activity

Dataset 1: Global Internet Penetration Rates

Region Internet Users (%) Smartphone Ownership (%)
North America 92% 85%
Europe 87% 76%
Latin America 72% 65%
Asia Pacific 54% 51%
Middle East 70% 60%
Africa 43% 33%
Dataset 2: Global Internet Annual Income Broadband at Home Smartphone Only No Internet
Less than $30,000 57% 27% 16%
$30,000-$49,999 74% 15% 11%
$50,000-$74,999 83% 13% 4%
$75,000+ 92% 6% 2%

Group Task:

Impact Analysis

Discussion Topics:

Bridging the Gap: Tech Solutions & Policy Approaches

Case Study: The One Laptop Per Child (OLPC) Initiative

Resources:

Brief history of OLPC Evaluation of OLPC programs

Key Takeaways:

Exit Ticket:

Homework Assignment

Digital Divide Community Assessment

Due date: Next class session Submission format: Please submit your observations, interview notes, and reflection paragraph through the class learning management system.

Extension Resources

For students who want to explore further: Pew Research Center's Internet & American Life Project ITU's Measuring Digital Development Report "The Digital Divide: Facing a Crisis or Creating a Myth?" by Benjamin M. Compaine Digital Divide Council