Networking Foundations
Your own client-server communication system using Python sockets
Your own client-server communication system using Python sockets
A working REST API that connects a device to the web using Flask
A cloud-connected device network using publish/subscribe messaging
A live sensor dashboard using WebSockets
AI classification running directly on a microcontroller — no cloud
A fully authenticated, TLS-secured IoT application
🔧 Projects: Python client-server application, interactive server logic
Our student projects showcase the incredible innovation of young minds guided by expert instruction. From mobile apps that help the visually impaired navigate safely to AI systems that detect emotions and respond with appropriate music, our students are already making a difference in the world.
This course is designed for electronics students, computer science students, embedded engineers, IoT developers, Python programmers, automation professionals, and AI engineers looking to enter embedded systems. It is also suitable for students aged 16 and above who have an interest in connected systems.
The course covers computer networking for IoT, Python socket programming, HTTP and REST APIs with Flask, MQTT protocol, WebSockets, IoT system architecture, embedded systems programming, advanced embedded concurrency, Edge AI and TinyML, predictive analytics, and IoT security.
Basic familiarity with Python is helpful. The course builds from networking fundamentals, so you do not need prior embedded systems experience to follow the content.
You will build systems including a Smart School Safety System, Smart Notification Infrastructure, Smart Street Light System, Interactive IoT Game Platform, Smart Embedded Controller, Smart City Platform, and a Secure Health Monitoring System.
Yes. There is a dedicated module on IoT security covering device authentication, TLS, secure communication, and secure messaging systems.
Yes. A full module covers TinyML fundamentals, embedded inference, local classification, and running AI directly on microcontrollers without cloud dependency.
Book a free demo class. You will attend one live session to experience the teaching style and course structure before making any payment.