Certification Around the Globe

Embedded System Engineering

CESDCertified Embedded System Developer90 days
AMICAdvanced Microcontrollers6 days
AECAdvanced Embedded C6 days
SCBSerial Communication Bus6 days
ROBRobotics6 days
RTOSReal-Time Operating System6 days
ARMAdvanced Risk Machines – ARM6 days
PICPIC Micro controllers6 days
IOTInternet of Things (IoT)90 days

Accelerate your job & career with this acclaimed Certified Embedded system Developer, in partnership with the certification of IAO-USA & training partner of NSDC (Govt. Of India) – that features the perfect mix of theory, case studies, & extensive hands-on practical on latest Hardware including IOT. This is a #1 ranked IOT certification program by Current Industries.

Embedded – C (using KEIL Compiler)

  • Difference between embedded C and C language
  • Keywords in embedded C, Data types
  • Software optimization techniques
  • Embedded programming
  • LED programs and assignments
  • Creating aa header file,
  • Interfacing of Seven-segment display.
  • Counter application using Hex
  • Counter applications using ASCII
  • How to use interrupts in Embedded C
  • Timer Interrupt in Embedded C
  • Interfacing of Keypad
  • Keypad scanning program
  • Keypad interrupt based program.
  • Keypad based stop watch applications
  • Interfacing of LCD Display
  • Interfacing of keypad and LCD
  • UART In embedded C and its Applications


  • Features of Board
  • Advantages of PIC
  • Features of PIC
  • Connection details on Board
  • Communication between compiler and board
  • Compiler features and its uses
  • Interfacing practical’s
  • Details understanding of circuit interfacing
  • Applications
  • LED Interfacing
  • Serial communication
  • Sensor interfacing
  • LCD Interfacing
  • Keypad Interfacing with Buzzer Timing
  • Concept of I2C Protocol
  • I2C Driver Development with I2C Device

ARM  (Advanced Risk  Machine

Features In RISC Architecture:- From hardware point of view

  • Arm Processor cores. ARM 7TDMI, ARB, ARM9TDMI, ARM10TDMI comparison study.
  • ARM Organization and implementation, 3-Stage Pipeline ARM Organization, 5- Stage Pipeline ARM Organization, ARM Instruction Execution, ARM Implementation, The ARM Coprocessor Interface.

Memory Format

  • Memory Hierarchy, Memory Size and Speed. On- Chip Memory Caches Memory Management.

Instruction Length

Data Types

  • Memory Interface and co- processor Interface.
  • Use of ARM based IDE (Keil & SPJ)
  • Microcontroller specific programming.


  • Features of Board
  • Advantages of Arduino
  • Features of Atmega328
  • Connection details on Board
  • Communication Between compiler and Board
  • Compiler Features and its uses
  • Interfacing practicals on bread board for student’s exposure
  • Detail understanding of circuit interfacing


  • Led interfacing
  • Serial Communication
  • Sensor interfacing
  • LCD interfacing
  • Button interfacing
  • And lots of self learning industrial level assignments


  • Introduction to python Programming, Data Types, Format Specifiers, Operators
  • Conditional Statements, Looping Statements
  • Strings, Lists, Tuples
  • Functions
  • Headless set up of Raspberry Pi with Window
  • Interfacing of LEDs
  • Interfacing of LCDs
  • PWM Generation
  • UART Communication



  • Degree of Freedom
  • Do it yourself kit

DC Motors

  • Applications of DC Motor in Robotics
  • Theory of DC Motor
  • Hardware and software Interface of DC Motor
  • Demonstration of DC Motor on Robotic Kit

Stepper Motor

  • Theory of Stepper Motor
  • Hardware and software Interface of Stepper Motor
  • Demonstration of Stepper Motor on Robotic Kit
  • Applications of Stepper Motor

Servo Motor

  • Theory of Servo Motor
  • Hardware and software Interface of Servo Motor
  • Application of Servo Motor
  • Demonstration of Servo Motor on Robotic Kit


  • Theory of Various Sensors
  • Hardware and software Interface of Touch and Light Sensor
  • Applications of Sensors
  • Demonstration of Sensors on Robotic Kit


  • Introduction of IOT
  • Current Business trends in IOT
  • IOT Application Architecture
  • Sensors & Actuators
  • IOT Communication Layer
  • Wireless Communication
  • IOT protocols : TCP,UDP,HTTP
  • ESP8266 Introduction: Hardware & Software
  • ESP Module Types & Features
  • Introduction to NodeMCU
  • Programming ESP8266 in Arduino
  • How to connect to WIFI in ESP8266
  • Hardware Interaction
  • WIFI Modules
  • Power Supply Card
  • Relay Card Interfacing
  • Sensor Module
  • Hardware Design for feedback System
  • On Board Soldering Techniques and wiring
  • Arduino IDE Compiler based programs
  • ESP Module Types and features
  • Introduction to node MCU
  • How to connect to WIFI
  • Web server using ESP8266
  • Introduction of HTML
  • Web page Design App for controlling devices
  • Wifi interaction programming
  • Wifi based hotspot interface programming
  • How to use cloud for controlling device using internet
  • IOT based device control with feedback system.