Smart campus solutions from MachineSens IoT help UAE schools and universities cut after-hours cooling and measure classroom air quality. We install wireless CO2, air quality and energy sensors without rewiring, then show facilities teams live data by room and campus, so they can protect learning conditions and cut wasted cooling.
At a glance
| Key fact | Detail |
|---|---|
| Campus scale | 11 campuses and 59 buildings with air quality monitoring at Higher Colleges of Technology |
| School result | 10 to 15% energy saving from wireless AC control at a private school in Dubai |
| Time to go live | A typical building goes live in about 30 days |
| Connectivity | LoRaWAN and NRF wireless, plus BACnet, Modbus and MQTT to an existing BMS |
What problems do school and campus buildings face in the UAE?
- Classroom CO2. Full classrooms with limited ventilation let CO2 build up, and many schools do not measure it at all.
- Cooling empty rooms. Package AC units and fan coils often run on manual switching or fixed timers, so rooms are cooled when nobody is there.
- Little room-level visibility. Multi-block campuses rarely see conditions room by room, so problems surface only when someone complains.
- Retrofit limits. Occupied schools cannot easily accept new cabling, ceiling work or long shutdowns.
- Expectations. Regulators such as KHDA and ADEK, and parents, expect healthy, well-run facilities.
Solutions for schools and campuses
- Energy management: building and block consumption, with out-of-hours load highlighted.
- Building performance management: classroom temperature, humidity and CO2 with alerts when rooms drift out of range.
- Sustainability management: Scope 1 and 2 data for campus sustainability reporting.
- Digital twin: a live model of each campus for remote review.
- Integrated facilities management: alerts become maintenance tasks tracked to closure.
Case studies
- HCT: air quality across 59 buildings. Higher Colleges of Technology runs 11 campuses. LoRaWAN sensors track 10 parameters, including CO2, PM2.5, PM10, TVOC and ozone, with data passed to the campus BMS over BACnet.
- Private school in Dubai. Wireless thermostats and scheduling replaced manual switching of package AC units, with a 10 to 15% energy saving.
Standards supported
Default alerts follow WELL v2, including 900 ppm CO2 for ventilation design and 15 µg/m³ for PM2.5. BuildOT One supports data collection for Estidama, Dubai Green Building Regulations, WELL and LEED. It does not certify any building.
Products commonly used
- Indoor air quality sensors for classroom CO2, PM2.5 and comfort
- Climate control devices for wireless thermostats and scheduled AC control
- Energy meters for block and building consumption
- IO Connect Controller for switching package AC units and fan coils
Frequently asked questions
How does CO2 monitoring in classrooms work in Dubai?
A wireless sensor in each room reports CO2, temperature and humidity to BuildOT One. Staff see live levels and get an alert when CO2 passes 900 ppm, the WELL v2 ventilation design level used as the default.
What does school indoor air quality monitoring cover?
Beyond CO2, sensors can track PM2.5, PM10, TVOC, ozone, light, noise and motion. HCT uses 10 parameters across 59 buildings.
Can we cut cooling when classrooms are empty?
Yes. Wireless thermostats and controllers switch AC on a schedule. A private school in Dubai recorded a 10 to 15% energy saving after replacing manual switching.
Do we need to rewire our buildings?
No. The devices are wireless, so installation suits occupied schools. HCT took the same approach across its existing campuses.
How long does it take and what does it cost?
A typical building goes live in about 30 days, and MachineSens typically costs 30 to 40% less than traditional wired BMS vendors.
See smart building solutions by industry.
Plan a healthier, more efficient campus
Tell us about your buildings and we will outline sensors, scope and timeline. Request a demo
