M01Weeks 1-5
One board online
- ESP32 setup and Wi-Fi basics
- Send a first value to the cloud
- What an API key is and why it stays secret
- Read the data back from another device
All specialisations
Specialisation · 09/16
Internet of Things
“When a classroom starts reporting on itself.”
Levels
2
Middle · Senior
Outcomes
5
Skills children walk away with
Pathways
4
Future careers unlocked
Quick answer
Internet of Things at NASCA is a hands-on, project-led specialisation for Middle, Senior. Students learn Stream data to cloud, Build live dashboards, Handle network failure and explore careers in IoT Architect, Smart-City Engineer, Embedded Systems Engineer. The four-stage journey runs across a full academic year and is World STEM Federation accredited.
Grade 6–12: Sensors on the wall, data in the cloud, dashboards the whole school reads.
The idea
IoT is the step where a circuit stops being a toy on a desk and becomes infrastructure. Students connect microcontrollers to cloud platforms over Wi-Fi, Bluetooth and RFID, stream live readings, and visualise them on dashboards anyone in the school can open. They learn about sampling rates, power budgets, offline behaviour and what happens when a device loses the network, which is where most real projects fail. Every senior project is framed around a Sustainable Development Goal and installed somewhere on campus.
The journey
A four-stage arc
01
Connect
Get one board talking to the internet.
02
Stream
Push real readings up and watch them arrive.
03
Visualise
Build the dashboard other people actually use.
04
Deploy
Install it on campus and keep it running for a term.
Signature project
Flagship build
Class-Air Live
A live air-quality network across the school, with each classroom owning a sensor node and its own dashboard.
Why it matters
IoT is where a school project becomes infrastructure. Children learn that the hard part is not getting a reading, it is keeping a device honest and running for months.
A typical session
- 01Check yesterday's data for gaps
- 02Diagnose what caused the gap
- 03Build or improve one part of the system
- 04Push readings live
- 05Update the dashboard others read
The curriculum
What they actually learn
Six modules across an academic year. Every module is hands-on, project-led and ends with something children have built and can show.
M02Weeks 6-11
Reliable readings
- Sampling rates and averaging
- Timestamps and clock drift
- Buffer data when the network drops
- Detect a sensor that has quietly died
M03Weeks 12-17
Dashboards
- ThingSpeak and Blynk
- Design a dashboard a non-technical person can read
- Alerts and thresholds
- Share it with the school
M04Weeks 18-22
Protocols and power
- MQTT compared with HTTP
- Bluetooth and RFID use cases
- Battery life and sleep modes
- Enclosures and safe installation
M05Weeks 23-26
Security and privacy
- Who can see this data and should they
- Secrets, keys and safe storage
- Never sense people without consent
- Simple threat modelling for a device
M06Weeks 27-30
Campus deployment
- Install a node that must run for a term
- Write the maintenance notes
- Hand the system to the next cohort
- Report findings tied to an SDG
Showcase moments
Three highlights through the year
- Term 1
First live reading
The class watches a number from their own board appear on a public dashboard.
- Term 2
The outage post-mortem
Students explain why data went missing and what they changed to stop it.
- Term 3
Class-Air Live
A campus-wide sensor network, installed, running and read by the whole school.
For parents
Devices your child installs stay running after the lesson ends. Ask them to show you the dashboard on your phone.
For teachers & schools
Cloud platforms used are free tier and school-safe. No personal data is collected by any student project without written consent.
What children build
- Sensor nodes
- Smart-home prototypes
- Environmental monitors
- Cloud dashboards
- Campus installations
Tools & tech
ESP32ThingSpeakBlynkMQTTWi-Fi / Bluetooth / RFIDCloud dashboards
Levels offered
MiddleSenior
Outcomes
What they walk away with
01
Stream data to cloud
02
Build live dashboards
03
Handle network failure
04
Budget power
05
Deploy and maintain
Questions parents ask
FAQ
The honest answers to the questions families ask us most.
Is student data collected?
No. Projects sense environments such as air, light, sound level and temperature, never individuals, unless a consented health project is supervised.
Does it need school IT approval?
A guest network or a dedicated SSID is usually enough. We provide the technical note your IT team will ask for.
What if the Wi-Fi is poor?
Devices are built to buffer offline and upload later. Handling that is part of the curriculum, not a workaround.
What happens after the year ends?
Working installations are handed to the next cohort with maintenance notes, which is how a school ends up with real infrastructure.