
Comprehensive exploration of embedded systems design, covering processors, FPGAs, signal processing, Arduino, power management, real-time OS, modeling techniques, and hardware synthesis.

Learn to program the versatile ESP32 microcontroller with WiFi and Bluetooth capabilities. Set up Arduino IDE, explore example sketches, and discover its powerful features for IoT projects.

Learn to build AI-controlled drones using computer vision, gesture control, and autonomous following capabilities with Raspberry Pi and Python.

Step-by-step guide to create a Bluetooth-controlled smart light bulb system using ESP32, relay module, and Arduino IDE. Includes hardware assembly, coding, and smartphone setup for home automation.

Comprehensive exploration of Industry 4.0 and IIoT, covering key technologies, business models, applications, and case studies across various industries. Gain practical insights into the future of manufacturing.

Explore Azure Sphere for secure IoT development, combining it with TinyML and Azure IoT Central. Learn from real-world examples and see how it simplifies creating trustworthy connected devices.

Comprehensive Arduino project collection for beginners and enthusiasts, covering basics to advanced topics like home automation, robotics, and IoT. Hands-on tutorials with step-by-step instructions included.

Step-by-step video tutorials on Arduino programming, from basic LED blinking to advanced projects like GPS trackers and data logging. Covers essential concepts and practical applications for beginners to intermediate users.

Connect MicroPython devices to WiFi and explore the OSI model layers. Learn about MAC/IP addresses, packets, and implement a Weatherbot using NodeMCU and MQTT.

Explore Oracle's integrated logistics solutions featuring IoT monitoring, ML, and digital assistants for consistent, on-time deliveries and enhanced supply chain management.

Learn to design custom Arduino PCBs using Altium Designer, from component creation to manufacturing-ready files. Gain practical skills for freelancing or PCB design careers.

Learn to build an automated DIY hydroponic garden using Arduino and IoT. Covers system components, pump operation, rotation, liquid level measurement, and integration with Blynk app for remote monitoring and control.

Explore emerging technologies for sustainable irrigation, addressing global food security and efficient water management in agriculture through end-to-end solutions for productivity and resource conservation.

Explore ethical Wi-Fi hacking using Manjaro on Raspberry Pi 400. Learn about tools, techniques, and best practices for capturing handshakes, changing MAC addresses, and cracking passwords.

Learn to create real-world computer vision applications using Arduino, from basic exercises to exciting projects like gesture control and face tracking. Gain practical knowledge to build your own innovative ideas.

Learn to build a custom ESP32 development board with various sensors, displays, and components for enhanced functionality and experimentation.

Comparison of electromechanical, solid-state, and latching relays, exploring their advantages, disadvantages, and applications in Arduino projects for switching high voltages and currents.

Explore ONR's cyber research strategy, focusing on resilient systems, software complexity, and future heterogeneous computing. Learn about funding opportunities in naval cybersecurity.

Learn to develop embedded Linux systems using Beaglebone, covering AM335x functionality, eMMC booting, and networking in a comprehensive step-by-step guide.

Explore edge computing and AI chip technologies, their applications in IoT and smart devices, and the future of the semiconductor industry with Intel's AI marketing director.

Learn Arduino programming through hands-on projects, from basic sensors to advanced games like Pong and Conway's Game of Life. Master schematic reading and circuit design.