Hands-on interfacing with GPIO, ADC, PWM, I2C, SPI, and UART peripherals on dual-core 32-bit microcontrollers.
Real-time data streaming over lightweight MQTT brokers, WebSockets, and AWS IoT Core / ThingsBoard telemetry engines.
On-device threshold evaluation, OTA firmware updating, cryptographic key protection, and industrial sensor integration.
The AxiLearn IoT Training & Workshop bridges the gap between hardware engineering and cloud computing. Engineering students gain practical experience in circuit interfacing, low-latency telemetry protocols, cloud dashboards, and edge device intelligence, enabling them to build connected devices for smart industry, agriculture, and healthcare applications.
Hardware architecture, dual-core programming with FreeRTOS, memory management, and sensor electronics calibration.
Configuring station and access point modes, Bluetooth Low Energy GATT services, and LoRaWAN long-range communications.
Publish/subscribe paradigms, Mosquitto brokers, QoS levels, RESTful APIs, payload optimization, and TLS security.
Connecting nodes to AWS IoT Core, ThingsBoard, and Node-RED for interactive gauge controls, charts, and database logging.
On-device anomaly detection, local rule engines, automated email/SMS alerts via webhooks, and power optimization.
Team-based design and demonstration of smart factory monitoring, environmental telemetry, or connected energy management.
Book an on-campus demonstration, request turnkey lab setup proposals, or customize syllabi for your department.