Lab 1:Study the Architecture and Addressing Modes of 8051.
Lab2:Simulation of 16-bit Arithmetic Operations (Addition, Subtraction, Multiplication) on 8051.
Lab 3:Study the on-chip timers and interrupts programming in 8051.
Lab 4:Study and programming the on-chip serial Communication protocol in 8051 microcontroller.
Lab5:Interfacing LCD, keypad, stepper motor, and ADC peripherals with 8051 microcontroller.
Lab6:Study the architecture of the ARM Cortex M4 processor and write a program to toggle all the LED Ports with some time delay using ARM input and output programming.
Lab7:Write a program to interface LCD, Graphic LCD with ARM Processor
Lab8:Write a program to interface and verify the ARM timer and serial programming.
Lab9:Write a program to interface and verify the ARM timer and serial programming.
Lab10:Write a program to interface ADC, DAC, and sensor peripherals with an ARM processor.
Lab11:Write a program to verify SPI, I2C, and RTC protocol with ARM Processor.
Lab12:Write a program to verify the on-chip PWM module, interface DC motor, and stepper motor with ARM processor.

To learn design of Embedded systems in different platforms

to learn latest trends in the subject with specific emphasis on processors and networking.

CO1: To well versed with the Embedded Assembly and C coding language to design Embedded Systems.
CO2: Learning the knowledge of 8-bit 8051 and 32-bit ARM processor architecture and its programming.
CO3: Learning and programming the Peripherals such as LCD, Keyboard, ADC, DAC and stepper motor interfacing.
CO4: Preform the hands-on practice of creating systems using microcontroller and peripherals.
CO5: Implement in practice the state of the art of embedded system design, suitable for real life and
Industry applications.

Dr. KVKK prasad, Embedded/real Time Systems, Wiley

M. A. Mazidi, The 8051 Microcontroller and Embedded Systems: Using Assembly and C, Pearson Education

Frank vahid, Embedded System design, Wiley