The Student Driver Simulator is an embedded systems project designed to simulate real-time vehicle behavior using pedal inputs. The system uses potentiometer-based accelerator and brake pedals connected to an Arduino Uno to calculate vehicle speed, engine RPM, and automatic gear shifting based on a Toyota UA80 8-speed transmission model. Real-time vehicle information is displayed on a 20x4 LCD screen, providing users with an interactive driving simulation experience that responds directly to throttle and braking input. The project is intended to serve as a safe and educational training tool for beginner drivers while also demonstrating embedded systems concepts such as real-time processing, sensor integration, and vehicle modeling. Embedded C++ code running on the Arduino platform processes pedal input data in real time and applies drivetrain calculations to model vehicle acceleration, braking behavior, and automatic gear shifting. One notable accomplishment of the project was achieving stable real-time speed and RPM calculations while integrating many hardware and software subsystems into a functional prototype. Future improvements could include better power efficiency, more realistic pedal mechanics, smoother display behavior, and an enhanced graphical display interface.