IoT Engineering

Connect embedded devices to the cloud and build smart systems.

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FOUNDATIONS

Understand the architecture of Internet of Things systems, from edge devices to cloud processing.

Comprehend the fundamental hardware components used in IoT devices, including microcontrollers and basic circuits.

Develop firmware for embedded devices using languages like C, C++, and MicroPython.

Interface microcontrollers with various sensors and actuators to interact with the physical environment.

Establish network connectivity for IoT devices using standard networking protocols.

Utilize low-power wide-area networks for long-range, energy-efficient IoT communication.

Implement specialized IoT application-layer protocols for efficient data transfer.

Integrate edge devices with cloud platforms for data aggregation and remote management.

Store, query, and visualize time-series data generated by IoT fleets.

Secure IoT devices and networks against unauthorized access and data breaches.

Deploy machine learning models directly onto edge devices for local inference.

Learn the architecture of microcontrollers and write bare-metal firmware.

Acquire data from physical environments using IoT sensors and preprocess it at the edge.

Analyze local and personal area wireless networks optimized for IoT devices.

Design efficient and scalable message routing for constrained IoT networks.

Integrate edge devices with cloud platforms for fleet management, data analytics, and digital twins.