Winter Training in Embedded System & Robotics at TechieNest in Jaipur (30 Days)

  • ₹9,500

This course is specially designed for the engineers who are thinking of a Winter Internship Program in Embedded System & Robotics.

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Product Description


Highlights of the Deal

This course is specially designed for the engineers who are thinking of a Winter Internship Program in Embedded System & Robotics. The contents and training curriculum of this training with 29+ practical and 24+ projects covers all methodology and hands-on work environment, which is trending in IT sector at international platform. If you are dreaming of a MNC job in this sector, then a training like this is a must to be included in your resume.

Objective of Training / Course

The main objective of the course is to prepare the future-engineers or Techie (As you may like it) for any corporate level job in Embedded System & Robotics through project-oriented approach.

What will students learn or get?

  • According to recently released NASSCOM report, the total addressable embedded system R&D global opportunity is expected to reach approx. $89 billion by 2015 where India alone could contribute approx. $15 billion in size.
  • Expansion plans by MNCs and NASSCOM suggest embedded systems to be the next sunrise sector.
  • With the technological advancement, more and more professionals from the fields of robotics and embedded systems are required.
  • This training facilitates the practical learning process and also exposes students to a hands-on work environment.
  • It is ideal for students wanting to participate in robotics competitions, make robotics projects, and those who want to put their theory to practice.

Program’s outline

  • Introduction to ESR
  • Introduction to Technologies
  • Microprocessors & Microcontrollers
  • Embedded C Programming
  • Practical 1: Glowing LEDs in Simulation
  • Practical 2: Simulating AVR to glow an LED using Programming
  • Light Emitting Diodes (LEDs)
  • Practical 3: Generating Various Patterns on Multiple LEDs (Blinking, Chaser, BCD etc.)
  • Practical 4: Generating Diverging & Converging Patterns of LEDs
  • Introduction and Working of LED Matrix
  • Practical 5: Interfacing 8×8 LED Matrix with AVR Microcontroller
  • Project 1: Single Character Display on LED Matrix
  • Seven Segment Displays (SSDs)
  • Practical 6: Interfacing single SSD to display single digit counters
  • Practical 7: Multiplexing multiple SSDs using Hardware Optimization
  • Project 2: Traffic Light Controlling Prototype
  • Project 3: Digital Clock Display 3 Hours
  • DC Motors
  • Practical 8: Controlling a simple DC motor rotation (CW, CCW) using MCU.
  • Practical 9: 8 direction movement of a two motor based robotic vehicle system.
  • Project 4: Timer Based Automatic Door Opening & Closing
  • Keys/Switches
  • Practical 10: Taking Input from single key to MCU to ON/OFF LED
  • Practical 11: Taking Input from multiple keys to MCU to Control SSD
  • Project 5: Curtain Opener
  • Project 6: Manually Controlled Smart Shopping Vehicle for Mall/Store Management
  • Significance, and Need of Sensors
  • Communication
  • Practical 12: Interfacing LDR with MCU as light controlled switch
  • Practical 13: Interfacing IR Sensor as a touch less switch with AVR
  • Project 7: Sun light based Street Light Controlling Prototype
  • Project 8: Obstacle Detector Robot 3 Hours
  • Practical 14: IR sensor as a binary color sensor
  • Project 9: Black/White line follower Robot
  • Project 10: Edge Follower (Never Falling Robot)
  • Project 11: Light Searching Robot
  • Project 12: Grid Counter Bot
  • Liquid Crystal Display (LCD)
  • microcontroller
  • Practical 15: Printing a Single Character using Microcontroller onLCD
  • Practical 16: Displaying a String on LCD using AVR
  • Practical 17: Showing a Numeric Value (or Variable) on LCD
  • Practical 18: Rotating Single Characters/string on LCD
  • Practical 19: Sand-watch display of String or character on LCD
  • Project 13: Digital Stop Watch
  • Practical 20: Printing a User Defined character on LCD
  • Project 14: Creating a Custom Animation/Game of your choice Relays
  • Practical 21: Interfacing Relay with AVR
  • Practical 22: Interfacing ULN IC with AVR to control Switching of Multiple Relays
  • Project 15: Seminar/Conference Hall Automation
  • Frequency Synthesizing Techniques
  • Practical 23: Interfacing DTMF module with AVR to control LEDs
  • Project 16: Mobile Controlled Robotic Vehicle
  • Project 17: Cellphone operated Water Irrigation Pump Controlling
  • Analog to Digital Converters (ADC)
  • Analog Sensors
  • Practical 24: Displaying analog value of IR Sensor on LCD
  • Practical 25: Making a digital scaling system for small distance measurement
  • Project 18: Color Matching Machine
  • Practical 26: Interfacing Temperature Sensor with AVR MCU
  • Project 19: Digital Thermometer
  • Practical 27: Interfacing a Sound Sensor with AVR MCU
  • Project 20: Clap Controlled Home Automation using Sound Sensor
  • Practical 28: Interfacing LPG Gas Sensor with AVR MCU
  • Project 21: Automatic Gas Leakage Detector & Alarming System
  • Project 22: Temperature Sensor based Alerting/Alarming System for process controlling & monitoring
  • Project 23: Microcontroller based Smart Home for improved Energy
  • Efficiency & Security Aspects
  • Accelerometers
  • Practical 29: Interfacing an MEMS based Accelerometer with AVR
  • Project 24: Gesture Controlled Wheel Chair
  • Query Solving & Certificate Distributions

Who should attend this course?

  • Students from B.E/B.Tech/M.Tech/Diploma (ECE/EEE/CSE/I T/MECH or so) can join this.
  • Electronic Hobbyists and anyone having interest in the field.


  • Basic Knowledge of C programming
  • Basics of Electronic Terminology
  • Eagerness to learn new technologies

Benefits to students

  • Training certificate will be awarded on the basis of Proj ect.
  • Trainer: Student ratio is 1:20
  • The training is based on Practical Approach only.
  • A Training Kit will be provided to each trainee in the training duration.
  • Study material & software will be provided.
  • Limited seats in a batch on first-come first-serve basis.

Duration of the training /course

30 Days/90 hours


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