Active learning ideas
Medical ethics and biotechnology push students to the frontier of what it means to be human. This topic covers the moral implications of gene editing, organ transplantation, and end-of-life care. Students must balance the potential for scientific breakthroughs to alleviate suffering against the risks of 'playing God' or creating new forms of social inequality through genetic enhancement.
Activity 01
Students conduct a trial where parents are 'sued' for genetically modifying their child for non-medical reasons. Roles include lawyers, bioethicists, and a jury that must deliver a verdict based on ethical principles.
Should there be limits to scientific and medical research?
Activity 02
Students are given a scenario regarding a terminally ill patient. They must decide on the ethical course of action individually, discuss with a partner, and then share their reasoning with the class.
How do we navigate the ethics of genetic engineering?
Activity 03
Posters around the room present different scenarios, such as mandatory vaccinations or commercial surrogacy. Students move in groups to list the 'pros' and 'cons' for each, focusing on different stakeholders.
Who should have access to expensive, life-saving medical technologies?
A few notes on teaching this unit
Watch Out for These Misconceptions
If science can do it, it should be done.
Scientific capability does not imply moral permission. Active learning through 'Ethics Committees' helps students understand that societal values and safety must regulate scientific progress.
Ethics is just a matter of personal opinion.
Ethics involves structured reasoning and consistent frameworks. Peer-critique of arguments helps students move from 'I feel' to 'Based on the principle of justice, this is wrong because...'
Methods used in this brief
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