This project utilizes a PIC18F4580 microcontroller and esp32 to add IOT on this mcu

CAN-Based Automotive Dashboard System using PIC18F4580 microcontrollers for real-time vehicle parameter monitoring and ECU communication.

A Car Black Box (Event Data Recorder) built on PIC18F4580 that logs real-time vehicle events like gear shifts and overspeed incidents. Features password-protected login, RTC-based timestamping, CLCD display and matrix keypad interface.

CAN-based 3-ECU Car Dashboard System using PIC18F4580 microcontrollers, demonstrating real-time Speed, Gear, RPM, and Indicator communication via CAN bus with collision alert and CLCD display.

To Implement a Car Black Box on a PIC18F4580 Micro-controller board using xc8 Compiler and C programming.

Projetos em C, para o microcontrolador PIC18F4580, desenvolvidos na disciplina de Microcontroladores.

Car Black Box system implemented using PIC18F4850 microcontroller in MPLAB IDE, featuring UART and I2C communication for event logging and accident analysis.

Car Black Box using PIC18F4580 is a vehicle data logging system that records critical information such as speed, GPS location, impact detection, and time-stamped events. Built around the PIC18F4580 microcontroller, this embedded system helps analyze vehicle behavior during accidents or sudden events using sensors, RTC, and memory modules.

An Automotive Event Data Logger developed using PIC18F4580 featuring RTC, EEPROM, UART, ADC, Character LCD, and menu-driven firmware.

Bilateral Awareness System - PIC18F4580 test bench firmware for dual HC-SR04 ultrasonic proximity detection on electric bicycles.

Contains an application of CAN-Bus communication with a PIC microcontroller. The PIC microcontroller uses MCP2515 and MCP2551 integrated circuits for CAN-Bus communication.

Solutions to selected problems implemented on Microcontroller.