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    • Introduction to Embedded Systems
    • Basics of Digital and Analog Electronics
      • A. THEORY:
        • i. Binary Arithmetic and Algebra
        • ii. Combinational and Sequential Circuits
        • iii. Relays and Optoisolators
        • iv. Instrumentation amplifier (Op-amp) and Driver ICs
      • B. PRACTICALS:
        • i. Lab 1 (for Analog)
        • ii. Lab 2 (for Digital)
    • Architecture of Microcontroller
      • A. THEORY:
        • i. 8051 controller architecture
        • ii. ALP
        • iii. Memory Interfacing
        • iv. Timer/Counter
        • v. ADC/DAC
        • vi. Interfacing with external Peripherals
        • vii. Examples of other controllers
      • B. PRACTICALS:
        • i. Memory, UART and SPI
        • ii. Keys and LED Control
        • iii. DC Motor / iv. Stepper Motor
        • v. Servo Motor / vi. Seven Segment
        • vii. Mini Data Acquisition System
    • Intro to other Controllers including PIC and ARM
    • C, Data Structures, Embedded C and Device Drivers
      • A. THEORY:
        • i. Conditional Statements, Loops and Arrays
        • ii. Functions and Pointers
        • iii. Stacks, Queues and their Applications
        • iv. Linked Lists, Trees and Graphs with their Applications
        • v. Embedded C (Kiel and GNU)
        • vi. Programming Utilities like Make, objcopy, objdump, etc.
        • vii. Optimization Techniques
        • viii. Device Driver Programming
    • Assembly Language
    • Project Work
      • Some Sample Titles
        • i. Mini Data Acquisition System
        • ii. Mini Scheduler
        • iii. Alarm Clock
        • iv. Remote Control Lighting System /Vehicle Parking