Make Invisible Science Visible Through Augmented Reality
How can students investigate something they cannot see?
In this lesson, students become Disease Detectives tasked with investigating a mysterious influenza outbreak at school. Using augmented reality experiences, real-world news reports, and scientific evidence, students trace how diseases spread, compare transmission pathways, and propose strategies to stop an outbreak before it grows. Through inquiry, observation, and evidencegathering, students discover that understanding disease transmission is not just about memorizing facts, it is about thinking like a scientist.
This lesson is inspired by the interactive activity book Disease Detective: Tracking Invisible Threats with AR, where students investigate infectious diseases through immersive AR experiences and real-world scenarios.
Subject
Science
Level
Form 2 (Ages 13–14)
Topic
Chapter 4: Human Health
Subtopic
4.1. Infectious and Non-Infectious Diseases
Learning Standards
4.1.2 Explain how infectious diseases are spread
4.1.3 Separate the cause and spread of infectious diseases.
4.1.4 Generate ideas on the mechanism to prevent the spread of infectious diseases.
Essential Question
How can we stop a disease outbreak before it spreads?
Lesson Overview
Students are recruited by the Ministry of Health to investigate an influenza outbreak affecting a school community. To solve the case, they must complete a series of scientific investigations using AR experiences and evidence-based reasoning.
Mission 1: Case File – The Outbreak
Students analyse global, national, and local news reports about influenza outbreaks.
Using evidence from multiple sources, they identify patterns and discuss why schools are particularly vulnerable to infectious diseases.
Mission 2: AR Investigation – The Classroom
Students enter an AR classroom scene and observe clues suggesting an outbreak.
They identify affected individuals, record observations, and capture evidence screenshots directly in their activity book.
Mission 3: Trace the Spread
Students observe an AR simulation showing how influenza spreads through respiratory droplets.
They investigate exposure risks, discuss how crowded environments influence transmission, and analyse how diseases move from person to person.
Mission 4: Compare the Cases
Students compare a stomach illness with influenza using a Venn diagram.
Through discussion and evidence gathering, they explore how different diseases spread and discover that not all infectious diseases use the same transmission pathway.
Mission 5: Stop the Outbreak
Students act as public health advisors and propose recommendations for preventing future outbreaks. They create a prevention poster or infographic and record an audio message explaining their recommendations to the school principal.
Creativity with Apple
Reality Composer
Students interact with AR experiences that visualize classroom outbreaks and disease transmission, helping them understand scientific concepts that are normally invisible.
Pages
Students complete the interactive Disease Detective activity book, capture AR screenshots, document evidence, create diagrams, and record audio reflections.
Camera
Students collect evidence from AR scenes and annotate observations throughout their investigation.
Record Audio in Pages
Students communicate recommendations and explain scientific reasoning through voice recordings embedded directly within their investigation report.
Assessment Ideas
Teachers can assess students through:
- Evidence gathered from AR investigations
- Disease transmission explanations
- Comparison of transmission pathways
- Outbreak prevention recommendations
- Infographic or poster design
- Audio reflections and explanations
Assessment focuses on scientific inquiry, evidence-based reasoning, communication, and problem solving.
Teacher Reflection
Many scientific processes are difficult for students to understand because they cannot be observed directly. Augmented reality provides opportunities for students to visualize disease transmission, investigate evidence, and make informed decisions based on scientific observations. Rather than learning about disease outbreaks from a textbook alone, students experience the role of a scientist investigating a real-world problem.
Extension Activity
Invite students to design their own AR investigation based on another infectious disease such as:
- Dengue Fever
- COVID-19
- Food Poisoning
- Hand, Foot and Mouth Disease (HFMD)
Students can create new outbreak scenarios, evidence boards, and prevention campaigns using Pages and Reality Composer.
Final Thought
When students investigate, question, and discover, science becomes meaningful. With AR on iPad, invisible threats become visible, evidence becomes interactive, and students become the scientists solving the case.
Attach up to 5 files which will be available for other members to download.