The first time we opened those native beehives together, one of my students started narrating into her Mac, making the observations, watching bee activity, checking what she was seeing against the research she'd done before we stepped outside. That was the moment I thought: this is where I've been trying to get to.
This post shares how a real industry partnership and a few Apple tools turned our Stage 5 Native Bee Production unit into something that genuinely engaged my Year 9 and 10 students.
Where It Started
I teach Agriculture and Science across Years 7 to 11 at Lindisfarne Anglican Grammar School in NSW, Australia. Our Stage 5 unit is Native Bee Production, and I'd always wanted the technology component to feel genuinely real. That opportunity came through a partnership with BeeStar, a company developing sensor technology for beehives.
Their sensors measure temperature, humidity, and bee movement from inside the hive, while an external gateway captures luminance, humidity, and outside temperature. What made our situation genuinely different was that BeeStar had only ever used their sensors in European honeybee hives. Our native beehives were the first. My students weren't just studying agricultural technology - they were contributing to its development.
What I Wanted Students to Walk Away With
- Explain how temperature, humidity, and light data can influence hive health
- Use Reality Composer to prototype sensor placement in a native beehive
- Record field observations using photos, voice recordings, and a shared Numbers spreadsheet
- Interpret collected data and connect findings to their prior research
- Describe how technology supports sustainable beekeeping and food security
How It Unfolded
We are extremely fortunate to have 5 native bee hives on site, located in the agriculture plot within the school grounds. We were able to open a hive, learn what it looks like and how it works, and observe the movement of the bees within.
From there, students built 3D models of a native beehive in Reality Composer on iPad - exploring the internal structure and thinking through where a sensor could actually go. I was amazed at how quickly the students were able to navigate and create in this new app, one that neither the students nor I had used before. I was trying to get my head around it, and before I knew it, all students were able to interact with the app. The AR model gave them something to move through and think with, and the question "Where would you place a sensor in the hive?" had real stakes because the answer mattered to BeeStar.
Students then took their prototypes outside and overlaid them onto the actual hives in the ‘Ag Plot’. They screen-recorded the result, then used AirDrop to send the files to their Macs, and uploaded them into the Prototype tab of the collaborative Numbers spreadsheet, so from day one, their work had somewhere to live and grow.
Students split into three groups - Temperature, Humidity, and Illuminance - and began entering BeeStar's real sensor data into the document, researching how each variable affects native bee behaviour and graphing what they found. That groundwork set up everything that followed.
Then came observation day. Students walked out already knowing something. Standing beside the open hives, they:
- Took photos of the hive condition and bee activity
- Made voice recordings describing what they observed in real time
- Added notes on bee movement, traffic, weather, and sensor placement
- Uploaded everything directly into the Numbers document as they went
We moved one sensor and the data shifted on the BeeStar dashboard. I then shared the data back with the students and they were able to log what was required into the collaborative document, making it something real - not a worksheet, but a field record that grew with their understanding.
Something I’d like to share
- Start with the AR model before going near the hives - it builds a genuine understanding of structure and makes observation day far more purposeful
- Set up the Numbers document with clear tabs from the start (Prototype, Data, Observations), so students know where everything goes, and it grows as a coherent record
- Don't underestimate voice recordings - they capture thinking in the moment, in a way typed notes rarely do
- If you're thinking about approaching an industry partner, start small - even one sensor, one term, one data set gives students something real to work with
Looking Back - and Forward
I've taught this unit before, but the engagement this year was uplevelled. Students asked more questions after the lesson than during it. They wanted to keep going. What made the difference, I think, was that the research was real. BeeStar needed the data. Native beehives were new territory for them, and my students knew it.
This year I'm running it again - with a full year of sensor data and a BeeStar expert coming in to share what they've found. The goal is for students to build a resource across the term, their own analysis and recommendations, that we can share back with the company.
I have attached the Numbers document my students will be using this year.
I’m really keen to hear how other schools are using sensor technology for data collection. Share any ideas, tips and tricks, or innovative technology that can enhance student and teacher engagement in this space. If you are keen to collaborate, let’s chat.
Attach up to 5 files which will be available for other members to download.