Computer Science and Society - The Impact of Technology

• New lesson editor
• Computing
• PSHE
• +1
• Lower Secondary (Key Stage 3)
• Upper Secondary (Key Stage 4)
• Further Education (Key Stage 5)
• BTEC, GCSE

Introduction

Students evaluate how modern computational systems transform everyday habits, work environments, and ethical frameworks. Discussion prompts and analytical activities challenge learners to weigh algorithmic decision-making against human oversight and societal responsibility. Interactive Highlights: Informative Slide: Core definitions clarifying computer science concepts and systemic computational thinking principles. Word Cloud: Initial brainstorming task capturing everyday digital touchpoints and personal interactions with technology. Answer by Category: Categorisation exercise grouping positive technological advancements across specific societal sectors. Poll: Whole-class voting tracking consensus on which technological developments exert the strongest influence on society. Open Questions: Analytical prompts exploring algorithmic hiring bias, responsible technology governance, and broader societal impacts. Best Suited For: Key Stage 3, Key Stage 4, and FE Computer Science or Citizenship classes. Ideal for live whole-class delivery, teacher-led discussion, or introducing unit modules on ethics and tech.

Instructions

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Computer Science

and

Society -

The Impact of Technology

Computer Science

and

Society -

The Impact of Technology

Examines the social, ethical, and environmental effects of modern computing on everyday life. Interactive prompts challenge students to evaluate technological reliance, automated systems, and digital equality.

Lesson Aims

1. Understand how computer science impacts everyday life.

2. Explore positive and negative effects of technology on society.

3. Discuss key issues such as data privacy, digital divide, and AI ethics.

4. Reflect on how individuals and communities can use technology responsibly.

Lesson Aims

1. Understand how computer science impacts everyday life.

2. Explore positive and negative effects of technology on society.

3. Discuss key issues such as data privacy, digital divide, and AI ethics.

4. Reflect on how individuals and communities can use technology responsibly.

Lesson aims

What’s one way computer science affects your daily life?

What’s one way computer science affects your daily life?

Captures immediate student responses to highlight everyday digital touchpoints and measure baseline awareness of embedded computing.

Stretch: Challenge students to classify their identified technology as either a visible user interface or a background automated system.

Device-Free: Have students write their single top technology touchpoint on mini-whiteboards and display them to identify common themes across the room.

What is Computer Science?

1. It’s the study of computers, programming, data, networks, and algorithms.

2. Not just coding — it’s about solving problems and creating tools that shape society.

What is Computer Science?

Establishes core definitions of computer science to build a shared baseline understanding of computation beyond mere digital literacy.

Stretch: Require students to contrast computer science with general ICT to explain how systemic computational thinking differs from operating software.

Device-Free: Have students write down two defining features of a computational system on mini-whiteboards and compare answers with a partner.

Healthcare

Education

Communication

Entertainment

Identify positive impacts of Computer Science in each field

Identify positive impacts of Computer Science in each field

Guides students to categorise technological advancements by sector, clarifying how software innovations specifically transform different societal domains.

Stretch: Challenge students to identify which category demonstrates the greatest long-term benefit and justify their choice using a specific real-world example.

Device-Free: Draw three category headers on mini-whiteboards and ask students to list two distinct positive impacts under each heading before comparing with a partner.

Which of these do you think affects society the most?

1

Data Privacy

2

Digital Divide

3

Job Automation

4

Cybersecurity threats

Which of these do you think affects society the most?

Identifies prevailing student consensus on which technological advancement holds the most significant influence over everyday societal structures.

Stretch: Require students to justify why their chosen technology exerts a stronger long-term influence than

competing economic or cultural factors.

Device-Free: Assign numbers to each choice on the main board and ask students to hold up the corresponding number of fingers for a instant headcount.

Would you trust a computer to decide who gets a job? Why/why not?

Would you trust a computer to decide who gets a job? Why/why not?

Prompts students to critically evaluate algorithmic bias and automated decision-making rather than simply recalling computational concepts.

Stretch: Challenge students to identify specific dataset biases that could cause an automated hiring tool to unfairly discriminate against certain applicants.

Device-Free: Direct pairs to write two arguments for and two against automated recruitment on mini-whiteboards before presenting their reasoning to the class.

How can we make sure computer techology is used responsibly?

How can we make sure computer techology is used responsibly?

Encourages students to propose concrete policy solutions and ethical guidelines for governing digital tools instead of viewing tech development passively.

Stretch: Challenge students to weigh whether self-regulation by tech firms or government legislation provides a more effective safeguard against technological misuse.

Device-Free: Direct pairs to draft three core rules for ethical technology development on mini-whiteboards and rank them in order of priority.

Name one positive impact of computer science on society

Name one positive impact of computer science on society

Prompts students to identify real-world benefits of computing while evaluating how software advancements directly improve daily human activity.

Stretch: Require students to explain whether their named positive impact carries any unintended negative trade-offs for specific demographics.

Device-Free: Have students write their top positive impact on mini-whiteboards and swap with a partner to discuss potential downsides.

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