8.5 Technology, Industry And Innovation

By the end of this lesson, you should be able to identify important issues within this topic, recognise contrasting perspectives, suggest causes and consequences, consider possible courses of action and develop suitable questions for Global Perspectives research.

How To Use This Topic Guide

This is not a chapter to memorise. Use it to explore possible issues, practise Cambridge skills and decide whether this topic is suitable for an Individual Report or Team Project.

What This Topic Includes

This topic examines how new ideas, machines, production systems and scientific developments change economies, work, society and the environment.

Possible Global Issues

Automation and changing employment.
Artificial intelligence in decision-making.
Benefits and risks of biotechnology.
Industrial pollution and resource use.
Who should own inventions and data.
Unequal access to new technology.
Government funding for research.
Whether innovation should be slowed until risks are understood.
Ethical responsibilities of inventors and companies.

Stakeholders And Perspectives

Companies may seek efficiency, profit and competitive advantage.
Workers may welcome safer jobs but fear displacement.
Governments may support innovation, security and economic growth.
Scientists and engineers may value discovery and responsible use.
Consumers may want convenience, affordability and safety.
Communities near industrial sites may face environmental effects.
Investors may accept risk in exchange for future return.
Ethics and rights groups may focus on consent, fairness and unintended harm.

Possible Causes

Competition and demand for lower costs.
Scientific discovery and public research.
Shortages of labour or resources.
Environmental and health challenges.
Military and security priorities.
Consumer demand for speed and convenience.
Availability of investment and intellectual property protection.
Global exchange of knowledge.

Possible Consequences

Higher productivity and new products.
Job creation in some sectors and displacement in others.
Improved health, safety or communication.
Greater inequality between those with and without access.
Environmental damage from extraction, production and waste.
Dependence on complex systems.
Ethical concerns about privacy, control and human autonomy.
Rapid economic change.

Possible Courses Of Action

Require safety testing and ethical review.
Support retraining and transition assistance.
Fund research that addresses public needs.
Use environmental standards and circular production.
Protect privacy and allow human review of automated decisions.
Expand affordable access and digital infrastructure.
Encourage open research while protecting legitimate intellectual property.
Include affected communities in decisions about new technologies.

Possible Individual Report Questions

Should innovation continue when long-term risks are uncertain?
Does automation improve society more than it increases inequality?
Should publicly funded inventions be freely available?
Who should be responsible when an artificial-intelligence system causes harm?
Can industry become environmentally sustainable without reducing production?

Possible Team Project Ideas

Investigate a technology used in school and evaluate its benefits and limitations.
Run an electronic-waste collection and awareness project.
Survey attitudes toward automation or artificial intelligence.
Develop a low-cost innovation for a local problem.
Audit whether a digital or technological service is accessible to all users.

Useful Types Of Evidence

Product testing and safety reports.
Employment and productivity data.
Patent, research and funding information.
Environmental life-cycle assessments.
Interviews with users, workers and developers.
Ethics reviews and regulatory documents.

Skill Practice

Choose one innovation. Create an evidence table covering benefits, risks, affected groups, uncertainty and possible regulation. Explain what information is still missing.

Lesson Summary

Innovation can produce both progress and new risks.
Evidence should include social and environmental effects, not only technical performance.
Uncertainty should be acknowledged rather than ignored.
Regulation should be evaluated for safety, fairness and effects on useful innovation.