Youliana Armanious

• AUTOSAR Layered Architecture and functions of all its layers and stacks.
• Deep-dive in BSW, Communication stack, Diagnostic, System & OS and Wdg stack.
• AUTOSAR SW Components and RTE Layer.

• C programming
• Data Structure
• AVR Micro-controllers Interfacing
• C For Embedded Applications
• Serial communication protocols (USART,SPI,I2C,CAN,LIN)
• Real Time OS (RTOS)
• Software Engineering
• Embedded tools
• HW Labs.

• Efficient RTL Coding Using Verilog language
• Building Advanced Self-checking Verilog Test-bench
• TCL Scripting Language
• Static Timing Analysis
• Low Power Design Techniques
• RTL Synthesis on Design Compiler.

System consists of two ECU's, The first ECU called HMI responsible for interfacing with the user and the second ECU called control ECU which is responsible for the system operations and control. The system has various features including a security system. It also includes a manual mode where the user can control through a keypad. The automatic mode uses sensors to control the systems. The system also allows for password editing. the project is implemented using the following drivers Keypad, LCD, DC Motor, USART, Timer,PWM, LED and External EEPROM.

Door Locker Security System consists of two ECU's, The first ECU called HMI responsible for interfacing with the user and the second ECU called control ECU which is responsible for the system operations and control. the project is implemented using the following drivers Keypad, LCD, DC Motor, UART, Timer, LCC and External EEPROM.

Developing a system that measure the distance and display it on LCD.

Controd the motor speed through the potentiometer. The potentiometer is connected through the ADC driver and motor speed is controlled though the PWM signal.

Program contains keypad, AVR and LCD that present the inserted numbers and their result. the program was implemented using C programming language, also using LCD and keypad drivers.

Developing a system that control the stop-watch time and display it on 7-segments using TimerI CTC Mode, INT0 (Falling edge using the internal pull up) to reset the stop watch, INT1 (raising edge using the external pull down) to pause the stop watch and INT2 (Falling edge using the internal pull up) to resume the stop watch.

Implementation of an elevator for three floors with main motor for lifting the elevator up and down, and three door motors for opening and closing, Did the project using embedded C.

Implementation of the operations of the bank ATM Generation of the bitstream to get timing,area and power reports.

Responsible for doing some processing using ALU block on Register File stored data to generate byte data then add CRC bits to generate a packet and send it using Serial Communication Protocol UART.