This document outlines an embedded system design and automation course consisting of 10 levels. The levels cover basic electronics components, the foundations of embedded systems including microcontrollers, assembly and C programming languages, interfacing with devices like LEDs and sensors, analog to digital conversion, and real-world applications. The course teaches students the essential building blocks needed to design and program embedded systems using microcontrollers from the ground up.

1. EMBEDDED SYSTEM DESIGNING AND AUTOMATION
Level-1: Basic Electronics
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Definition of Electrical and Electronic
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Components Used in an Embedded System
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Resistor & Types & Color Coding,
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Capacitor & Types, Diodes & Types,
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Transistor & Types, Integrated Circuits,
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Switching Circuits, Regulator IC's,
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Relay & functional diagram,
Level-2: Foundation of Embedded System
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Introduction to Embedded System
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Importance and evaluation of Embedded System
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Comparison with other technologies
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Comparison of Microprocessor and Microcontroller
Level-3: Overview of PIC Microcontrollers
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Comparison of PIC with other CISC & RISC Based systems
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Introduction to PIC Architecture
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CPU Working
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PIC Microcontroller pin details and specification
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Input and Output Ports Details
Level-4: Assembly language
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Bit Instruction, Byte Instruction, Literal and Control Instruction
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Addition, Subtraction, Multiplication, Division Programming
Level-5: Assembly Example Programming and Simulation

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Ring Counter, Ripple Counter
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Seven Segment up and Down (0-9)&(0-99)
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Seven Segment up and Down using Switch (0-9)
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Stepper Motor Forward and Reversing
Level-6: Embedded C language
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Introduction to Embedded C
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Operators and Expressions
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Control Statements, Functions
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Pointers and Arrays
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Structure and Unions
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Compilers, Editors and Burners (HI-TECH C)
Level-7: Real Time Interfacing
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LED Interfacing
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Switch Interfacing
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Seven Segment Display Interfacing
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Interfacing with LCD
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Interfacing with GSM
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Zigbee Interfacing
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RFID Interfacing
Level-8: Analog to digital conversion
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Working Principle of ADC
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Application of ADC

3. •
ADC Resolution
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Programming for ADC application
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Temperature sensor interfacing with Controller.
Level-9: Real Time Applications
Level-10: Project Work