IoT Lab Setup
Internet of Things — Sensors to Cloud
Complete IoT laboratory for 20 20 students covering ESP32, Raspberry Pi, LoRa, NB-IoT, MQTT, cloud dashboards and edge AI. From beginner sensor reading to production-grade wireless deployments.
Choose Your Package
All packages designed for 20 students — scalable on request
Starter
Essential IoT hardware for every student
- ESP32 DevKit × 40 (2 per student)
- Arduino Uno × 20
- Sensor packs × 20 (DHT22, PIR, HC-SR04, LDR, MQ-2)
- Breadboards + wires + component kits × 20
- Local MQTT server (Raspberry Pi 5)
- 5V/3A power supplies × 20
- Digital multimeters × 20
Standard
Full IoT stack with WiFi, LoRa, cloud & dashboards
- Everything in Starter
- Raspberry Pi 4 4GB × 10 (per pair)
- LoRa SX1276 modules × 40
- Zigbee coordinator + 20 end nodes
- Enterprise WiFi 6 router + managed switch
- Thingsboard + InfluxDB + Grafana server
- 2-ch 50MHz oscilloscopes × 5
- Logic analyzers × 5
Professional
Industry-grade with NB-IoT, Edge AI & full cloud infra
- Everything in Standard
- NVIDIA Jetson Nano × 5 (edge AI)
- NB-IoT SIM7020 modules × 20
- Industrial sensors (4-20mA, Modbus) × 10
- AWS IoT / Azure IoT Hub subscription (1 year)
- 4-ch 200MHz DSO oscilloscopes × 4
- PCB prototyping station
- Dedicated server for local cloud stack
Equipment List
Complete equipment for 20 students — varies by selected package
| Equipment | Qty | Specification |
|---|---|---|
| ESP32 DevKit v1 | 40 units | Dual-core 240MHz, WiFi 802.11b/g/n + BLE 5.0 |
| Arduino Uno R3 | 20 units | ATmega328P 16MHz, 14 digital I/O, 6 analog |
| Raspberry Pi 4 Model B 4GB | 10 units | Cortex-A72 1.5GHz, USB 3.0, Gigabit LAN |
| Sensor Variety Pack | 20 packs | DHT22, BMP280, MPU6050, MQ-2, PIR, HC-SR04, Soil, Rain, LDR |
| LoRa SX1276 Module | 40 units | 868/915 MHz, -148 dBm sensitivity, 15km range |
| Relay 4-channel Module | 20 units | 5V trigger, 10A 250VAC max switching |
| OLED 0.96" Display | 20 units | SSD1306, 128×64, I2C interface |
Software & Tools
Included software stack — licensed for each student workstation
Arduino IDE 2.x
FreeMicrocontroller programming (ESP32, Arduino)
VS Code + PlatformIO
FreeProfessional embedded development
Node-RED
Open-SourceVisual IoT flow programming & dashboard
Thingsboard Community
Open-SourceIoT device management & dashboards
MQTT Explorer
FreeProtocol debugging & topic monitoring
Python 3 + MicroPython
FreeHigh-level scripting & MCU firmware
Curriculum Modules
6 modules from Beginner to Advanced — typically covered in one academic semester
Duration: 2 weeks
- GPIO control
- ADC & DAC
- PWM output
- UART basics
- LED/button labs
What Makes This Lab Complete
WiFi 6 + LoRa + NB-IoT + Zigbee multi-protocol coverage
Local MQTT broker + cloud dashboard infrastructure
20 individual student workstations with dedicated hardware
Full sensor variety — temperature, gas, motion, moisture, ultrasonic
Edge AI ready with NVIDIA Jetson Nano integration
Industry certification track — AWS IoT, Azure IoT, Google Cloud IoT
Infrastructure Requirements
What your institution needs to provide before installation
Room Size
Minimum 600 sq ft (56 m²) — 20 workstations + shared equipment area
Power Supply
20 dedicated 5A outlets + 4× 15A for shared equipment
Internet
100 Mbps broadband minimum, dedicated lab VLAN recommended
Environment
Air-conditioned 20–25°C, humidity < 60%, no direct sunlight
Networking
Cat6 LAN wiring + enterprise WiFi, isolated IoT subnet for device experiments
Setup Process
Consultation
Our team reviews your space, budget and learning objectives to recommend the right package.
Procurement
We source all equipment, verify quality and arrange delivery to your institution.
Installation
Our engineers set up all hardware, networking, software and test every workstation.
Training
Faculty training session included — start teaching from day one with our curriculum guide.
Get a Custom Quote
For IoT Lab Setup — 20 students