students will be introduced to the Arduino Microcontroller and its Integrated lhis lab, the In Development Environment (IDE). Students are required to build a simple traffic light controller system with the Arduino UNO development board. A circuit with LEDs and pushbuttons built on the breadboard as the peripheral device of the microcontroller. It will also familiariz students with programming in C language to control microcontrollers. By completing laboratory experiment, students will gain confidence in building more complex em in the future. will be this bedded system 5.0 Preliminary Assignment Follow the instructions in Appendix A to learn how to simulate a circuit with the Arduino UNO R3 controller on TinkerCAD. Scheme your own circuit and simulate the traffic light controller system presented in 3.0 Background B-1 Simple Two-Way Interse Show your result to the TA in the beginning of the lab. 1. Write a C program for the Arduino UNO development board, following the behavior and logic presented in 3.0 Background B-2 Two-Way Intersection with Traffic Sensors. Simulate it in TinkerCAD before coming to the lab. Show your result to the TA in the beginning of the lab. 2. Procedure TA-Introduction to Arduino and its Integrated Development Environment (IDE nrt you will familiarize yourself with Arduino and its IDE by go through a step by students will be introduced to the Arduino Microcontroller and its Integrated lhis lab, the In Development Environment (IDE). Students are required to build a simple traffic light controller system with the Arduino UNO development board. A circuit with LEDs and pushbuttons built on the breadboard as the peripheral device of the microcontroller. It will also familiariz students with programming in C language to control microcontrollers. By completing laboratory experiment, students will gain confidence in building more complex em in the future. will be this bedded system 5.0 Preliminary Assignment Follow the instructions in Appendix A to learn how to simulate a circuit with the Arduino UNO R3 controller on TinkerCAD. Scheme your own circuit and simulate the traffic light controller system presented in 3.0 Background B-1 Simple Two-Way Interse Show your result to the TA in the beginning of the lab. 1. Write a C program for the Arduino UNO development board, following the behavior and logic presented in 3.0 Background B-2 Two-Way Intersection with Traffic Sensors. Simulate it in TinkerCAD before coming to the lab. Show your result to the TA in the beginning of the lab. 2. Procedure TA-Introduction to Arduino and its Integrated Development Environment (IDE nrt you will familiarize yourself with Arduino and its IDE by go through a step by