Syllabus of Embedded System Training (90Hrs)

• Introduction of Electronics (10Hrs)
  1. Electronics Engineering scope and introduction
  2. Electronic materials
  3. Electronic circuit synthesis and circuit theorems (Ohm’s law, KCL, KVL, etc.)
  4. Circuit simulation basics (NI-Multisim)
  5. Analog electronics
  6. Digital electronics (Number system, combinational logic and sequential logic)
  7. Introduction of digital logic
  8. Linear integrated circuits (op-amp)
  9. Filter design basics (analog)
  10. Laplace and Fourier transformation and utilization
  11. Analog and digital filter design (simulation using MATLAB and Multisim)
• Embedded systems (bare metal) (10Hrs)
  1. Introduction of Embedded Systems
  2. Custom single purpose processors (Hardware)
  3. General purpose processors (Software)
  4. Standard single purpose processor - peripherals
  5. Introduction of memory
  6. Interfacing
  7. State machine and concurrent process model
  8. Control system
  9. IC technology
  10. Design Technology
• C Language Basics (20Hrs)
  1. Introduction of C language
  2. Environment setup (visual studio 10 or Linux ubuntu)
  3. Program structure
  4. Basic syntax
  5. Data types
  6. Variables
  7. Constants and literals
  8. Storage classes
  9. Operators
  10. Decision making (branching)
  11. Loops
  12. Functions
  13. Scope rules
  14. Arrays
  15. Pointers
  16. Strings
  17. Structures
  18. File I/O
  19. Header Files
  20. Data structure using C (Array, Link list etc.)
• Introduction of AVR microcontrollers (40Hrs)
  1. Microprocessors and microcontrollers
  2. CISC and RISC architectures
  3. AVR architecture and assembly level programming
  4. AVR I/O programming using C
  5. AVR timer programming
  6. AVR interrupt programming
  7. AVR UART programming
  8. LCD interfacing
  9. ADC, DAC and sensor interfacing (Proximity sensor, float sensor, temperature sensor etc.)
  10. Relay, opto-isolator and motor control (L293D)
  11. Input capture
  12. Waveform generation
  13. PWM programming and DC motor controlling
  14. Constant current and constant voltage driver design. (LED driver controller)
  15. SPI protocol (NRF24L01+ wireless communication)
  16. I2C protocol (MPU6050 6 axis inertial mass unit interfacing)
  17. Digital filter design and implementation (Running Average Filter, Running RMS filter, FIR filter, rectangular window, hamming window, IIR filter, Butterworth filter)
  18. Instrumental Amplifier (Bio-potential pick up, ECG design, ENG design)
  19. Voltmeter, ammeter and other measurement instrument design
• Electronic Product Development (10Hrs)
  1. Introduction to product development
  2. Introduction to development management
  3. Introduction of quality
  4. Mandatory quality standards for different class of products
  5. Product development methods
  6. DMADV
  7. Top down approach, bottom up approach and mixed approach of product development.
  8. General IPC, IEC, UL and BIS standards
  9. Report of product, quality checking report, control of experiment, inventory control.