This is an Embedded Systems project that simulates the operation of an anti-icing system for aircraft. The project integrates hardware and software, demonstrating the application of control logic in a simulated environment.
- Embedded Systems: Project involving the interaction between software (C code for microcontroller) and hardware (circuit simulation).
- C Programming for Microcontrollers: The software is written in C and intended to run on a microcontroller (likely PIC, given the context of the project files
Sistema Antigelo.X). - Hardware Simulation: Use of Proteus software to simulate the electronic circuit and the microcontroller, allowing the code to be tested in a virtual environment.
- Control Logic: Implementation of an algorithm that monitors conditions (such as temperature and humidity) and activates the anti-icing system according to the defined control logic.
- Peripheral Communication: Use of an LCD display (
lcd.h,main.c) to show the system status.
The project is divided into two main parts:
- Software (
Sistema Antigelo.X): Contains the C source code (main.c,lcd.h) and the project files for the development environment (likely MPLAB X). - Hardware/Simulation (Files
.pdsprj): Contains the schematic diagram and the electronic circuit simulation in Proteus.
To view the complete project, Proteus ISIS software (for the circuit) and the MPLAB X development environment (for the C code) are required.
Recommendation for Recruiters: The value of this project lies in the logic implemented in the main.c file and the system concept. Analysis of the C code demonstrates the ability to write low-level software for hardware control.
Language: C (Software), Proteus (Hardware Simulation) Topics: Embedded Systems, Microcontrollers (PIC/AVR), Control Logic, Hardware Simulation, Low-Level Programming.