Financial Literacy and Economic Models · Term 4

Understanding Debt and Credit

Students will explore different types of debt (e.g., loans, credit cards) and the mathematical implications of credit scores.

About This Topic

Ethics in Science and Technology challenges students to look beyond 'can we build it?' to 'should we build it?' This topic covers the societal impacts of scientific advancement, from the environmental cost of electronic waste to the ethical dilemmas of AI and genetic engineering. It encourages students to consider who benefits from new technologies and who might be left behind or harmed. This is a crucial part of the Ontario curriculum's goal to develop scientifically literate citizens.

Students also explore the concept of 'technological stewardship' and the importance of including diverse perspectives, including Indigenous and Francophone voices, in scientific decision-making. This topic is inherently discussion-based and benefits from structured debates and role-plays. Students grasp the complexity of these issues faster when they have to defend a position that isn't their own, helping them see the multiple 'truths' in any ethical dilemma.

Active Learning Ideas

Formal Debate: The Right to Repair

Students debate whether companies should be legally required to make their devices easy to repair. They take on roles as tech CEOs, environmental activists, and consumers, exploring the tension between corporate profit and the growing problem of global e-waste.

⏱ 60 min·Whole Class

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Role Play: The AI Ethics Board

Students act as a committee deciding whether to deploy a new facial recognition technology in their city. They must consider issues of bias, privacy, and safety, and write a 'recommendation report' that balances these competing ethical concerns.

⏱ 50 min·Small Groups

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Gallery Walk: The Hidden Cost of Tech

Students create 'infographic' posters showing the life cycle of a common product (like a smartphone), highlighting the ethical issues at each stage: mining in conflict zones, factory conditions, and disposal in developing nations.

⏱ 45 min·Small Groups

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Watch Out for These Misconceptions

Common Misconception

Science is 'neutral' and doesn't have a bias.

What to Teach Instead

Students often think science is purely objective. Through a collaborative investigation into historical examples (like the exclusion of women or Indigenous knowledge from early research), students learn that the *questions* we choose to ask and the *people* who ask them shape the results.

Common Misconception

Ethical problems will be solved by better technology in the future.

What to Teach Instead

Students may think 'tech will fix it.' A structured discussion can show that ethical problems are human problems; while tech can help, the decisions about how to use it require human values, laws, and empathy, which don't come from an algorithm.

Frequently Asked Questions

Why do we study ethics in a science class?

Because science doesn't happen in a vacuum. Every discovery has a social impact. The Ontario curriculum wants students to be 'informed citizens' who can evaluate the news, vote on policy, and make ethical choices in their own careers. Ethics is the 'human' side of the lab.

What is 'e-waste' and why is it an ethical issue?

E-waste is discarded electronics. It's an ethical issue because it often contains toxic materials that are shipped to developing countries for 'recycling,' where workers are exposed to health risks. Students can explore this by looking at Canada's own policies on waste export.

How can active learning help students understand ethics?

Ethics is about perspective. Active learning strategies like role-plays or debates force students to step out of their own worldview. When they have to argue for a position they disagree with, or solve a problem where every 'solution' has a downside, they develop the critical thinking and empathy needed to navigate a complex world. It moves the conversation from 'what is the answer' to 'what is the right thing to do?'

How do Indigenous perspectives influence scientific ethics?

Indigenous knowledge often emphasizes 'reciprocity' and 'seven generations' thinking. This means asking not just 'how can we use this?' but 'how will this affect the land and the people seven generations from now?' This provides a powerful ethical framework that contrasts with the short-term focus of much modern technology.

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