Biocomputing in the classroom
Short routes for science, computing and ethics lessons using live web activities and primary sources.
These routes suit science, computing, AI and ethics enrichment. They assume no specialist neuroscience. The activities run in an ordinary browser and require no student account.
- Suggested level
- 14–18+, introductory undergraduate
- Subjects
- Biology, computer science, AI, ethics
- Equipment
- Browser; projector or student devices
- Primary sources
- Linked from every evidence activity
20 min
What counts as a computer?
- Read What is a biocomputer? — 5 min.
- Play Biocomputer or not? — 10 min.
- Discuss one disputed boundary: DNA computing, BCIs or organoids used only for drug testing — 5 min.
40 min
Design and compare
- Use How biocomputers work — 8 min.
- Build a conceptual system with Build a biocomputer — 12 min.
- Compare the result with two real systems in Compare biocomputers — 10 min.
- Students identify one engineering bottleneck and defend it — 10 min.
60 min
Evidence before headlines
- Introduce the evidence levels on How evidence is graded — 10 min.
- Complete Evidence detective — 15 min.
- Choose a claim from the claims ledger and inspect its primary source — 15 min.
- Discuss what would raise or lower confidence in the claim — 10 min.
- Finish with one ethics question from Ethics — 10 min.
Discussion prompts
- What minimum role must biological tissue play before calling a system a biocomputer?
- Does task improvement under feedback justify the word “learning”?
- Which benchmark would make a biological system genuinely competitive with electronics?
- How should evidence standards change when a company is demonstrating its own product?
- At what point would the moral status of engineered neural tissue affect experimental design?
Classroom use
Teachers may link to these pages and display them during lessons. Third-party scientific images on Biocomputers retain the licences and attribution shown in their captions and on the media credits page.