This workshop will delve into the powerful IoT concepts and operations. You'll learn how to leverage cloud capability to utilizes large datasetss.We have 24hr workshops.
Low-Power Hardware and Components:
Microcontrollers and MCUs optimized for low power (e.g., ESP32-S2, Nordic nRF52840)
Low-power sensors and actuators
Power management techniques (sleep modes, power gating)
Energy-Efficient Programming Techniques:
Optimizing code for low power consumption
Efficient use of timers and interrupts
Power-saving strategies for wireless communication (BLE, Wi-Fi, LoRaWAN)
Battery Management and Power Harvesting:
Battery selection and charging techniques
Power harvesting from ambient energy sources (solar, thermal, vibration)
Energy budgeting and power profiling
Secure and Reliable Low-Power IoT:
Secure boot and firmware updates
Cryptographic techniques for data protection
Over-the-air (OTA) updates for remote device management
Advanced IoT Protocols and Frameworks:
MQTT and CoAP for efficient communication
Thread and Zigbee for mesh networking
Cloud platforms and IoT services for low-power devices
Case Studies and Real-World Applications:
Smart agriculture and environmental monitoring
Wearable devices and health monitoring
Industrial IoT and asset tracking
Throughout the workshop, you'll engage in hands-on exercises to reinforce your learning. Some potential exercises include:
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