Implement an innovative residential lighting control system, standing out for the strategic application of Field-Programmable Gate Arrays (FPGAs)

Ambiente para simulação do controle remoto desenvolvido como projeto de estudo de unidade da disciplina de Sistemas Digitais (DCA0119) no semestre de 2023.2.

Designed traffic light systems using Arduino, emphasizing C programming and direct register manipulation for ATMega2560 and ATMega328p microcontrollers. Simulated and built circuits.

Design a display that counts from 0 to 7, with a 1 second interval between numbers, every time a button is pressed. Use a 7-segment display to display the count.

Developed a system to illuminate an LED when a button is pressed, utilizing ATMega2560 microcontroller (in real-world application) and ATMega328p (in Tinkercad simulations). Emphasis on practical application of Arduino platform and C programming knowledge.

Code examples and explanations for USART, SPI, and I2C protocols. Operating modes and applications in embedded systems.

Project to understand the concept of timers/counters in microcontrollers such as the ATmega2560.