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Applied Ethics in Contemporary Society
Philosophy · Grade 12 · Ethics: Moral Philosophy · 4.º Período

Applied Ethics in Contemporary Society

This topic challenges students to apply ethical theories to modern dilemmas such as bioethics, environmental ethics, and technology. They will construct reasoned arguments for specific moral positions.

TL;DR:Applied Ethics in Contemporary Society takes the abstract frameworks from the previous topic and puts them to work on real-world problems. This topic covers Bioethics (e.g., gene editing, MAID), Environmental Ethics (e.g., climate justice), and Technology Ethics (e.g., surveillance, AI bias). It directly addresses the D2 expectations of the Ontario curriculum, requiring students to construct reasoned arguments for specific moral positions.

Ontario Curriculum ExpectationsHZT4U D2.1HZT4U D2.2HZT4U D2.3

About This Topic

Applied Ethics in Contemporary Society takes the abstract frameworks from the previous topic and puts them to work on real-world problems. This topic covers Bioethics (e.g., gene editing, MAID), Environmental Ethics (e.g., climate justice), and Technology Ethics (e.g., surveillance, AI bias). It directly addresses the D2 expectations of the Ontario curriculum, requiring students to construct reasoned arguments for specific moral positions.

This is where philosophy becomes 'urgent.' Students explore how Canadian values, like multiculturalism and the 'common good', interact with global ethical challenges. They also consider Indigenous perspectives on environmental ethics, such as the 'Seventh Generation' principle. This topic comes alive when students can participate in a 'Town Hall' simulation, representing different stakeholders in a complex ethical dilemma.

Key Questions

  1. How do ethical theories guide us in medical dilemmas?
  2. What are our moral obligations to the environment?
  3. How should we navigate the ethical challenges of emerging technologies?

Watch Out for These Misconceptions

Common MisconceptionApplied ethics is just about 'having a debate.'

What to Teach Instead

It's about *applying* formal theories to reach a conclusion. Active learning tasks that require students to 'cite' their framework (e.g., 'As a Utilitarian, I argue...') help them move from casual debate to philosophical analysis.

Common MisconceptionThere is always a 'right' answer to these dilemmas.

What to Teach Instead

The goal is often to find the 'most justifiable' answer, acknowledging the trade-offs. Peer-to-peer 'Town Halls' help students see that ethical dilemmas are 'dilemmas' precisely because they involve a conflict between two valid 'goods' or 'duties.'

Active Learning Ideas

See all activities

Frequently Asked Questions

What is 'Environmental Ethics'?
It's the study of the moral relationship between humans and the environment. It asks: Do trees or animals have 'intrinsic value' (value in themselves), or only 'instrumental value' (value because they are useful to us)? This is a major area of debate in Canadian resource and land-use policy.
How can active learning help students understand applied ethics?
Applied ethics is messy and multi-faceted. Active learning strategies like 'Town Hall Simulations' or 'Stakeholder Mapping' force students to see a problem from multiple angles. It prevents them from oversimplifying a complex issue like 'AI surveillance' into a 'good vs. bad' binary. By inhabiting a role, they have to navigate the real-world tensions between safety, liberty, and profit, making the ethical theories feel like essential survival tools for the modern world.
How do I handle sensitive topics like MAID in the classroom?
Focus on the *arguments* rather than personal beliefs. Provide students with the actual legal criteria used in Canada and have them analyze the 'slippery slope' (Deontological) vs. 'autonomy' (Libertarian) arguments. Keeping the focus on the philosophical 'mechanics' provides a safe, intellectual distance for sensitive topics.
What is 'Bioethics' exactly?
Bioethics is the study of ethical issues emerging from advances in biology and medicine. It covers everything from organ donation and stem cell research to the rights of patients and the responsibilities of researchers. In Canada, this is a huge field that involves law, philosophy, and science.
Edited by Adriana Perusin, Editor-in-Chief, Flip Education