Unlock the potential of ATtiny microcontrollers and enhance your Arduino programming skills. This course covers ATtiny variants, flashing methods, and essential development tools. By the end, you鈥檒l confidently program ATtiny chips for real-world applications, from LED control to sensor-based projects. You鈥檒l start with ATtiny fundamentals, exploring pinouts, power consumption, and technical specs. Next, you'll set up your development environment using Arduino IDE, VS Code, and Microchip Studio. You鈥檒l also master different upload methods, including using an Arduino UNO as an ISP or a USB ISP. Hands-on projects will bring your knowledge to life, including digital dice, plant monitors, binary clocks, and temperature sensors. You鈥檒l work with shift registers, WS2812b LEDs, OLED displays, and moisture sensors while implementing energy-efficient deep sleep modes. The course also includes 3D design and printing for custom enclosures. Designed for Arduino programmers, makers, and embedded systems enthusiasts, this course requires basic C++ and microcontroller knowledge. Whether you're a hobbyist or an engineer, you'll gain the skills to create innovative ATtiny-based projects.
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Skills You'll Learn
3D Modeling, Electronic Components, Environmental Monitoring, Electronics, Computer Programming, USB, Integrated Development Environments, Program Development, Development Environment, Electronic Hardware, Embedded Software, Internet Of Things, Microarchitecture, Embedded Systems, Control Systems, Hardware Design, Computer Programming Tools, Microsoft Visual Studio
From the lesson
Binary Clock with RTC Module and Shift Register
In this module, we will construct a binary clock keychain using an RTC module and a shift register. You will learn to read and display time in binary format while implementing LED control logic and 3D printing an enclosure.
Taught By
Packt - Course Instructors