Robotics is an interdisciplinary research area in engineering and related fields. The branch of robotics makes use of robots i.e. intelligent machines which can help humans in their day-to-day life.
An Embedded System, on the other hand, is a combination of computer processor, memory and peripheral input/output devices. Robotics and Embedded System are very much intertwined with each other. One complements the other in the functioning of any robotic system.
Mostly, the Embedded Systems Programming takes place in the C Programming Language. Nowadays, Python is also used for programming the embedded system or microcontroller, which in turn controls the robot.
An embedded system is put inside the robot, connecting the various subsystems. In the absence of an embedded system, robots would have to depend on peripheral computer systems which might raise the security vulnerabilities as a result of time lag and non-performance in the communication link between the robot and its peripheral control system.
With the volume of research and development gradually increasing in this field, the urge to learn about Robotics and Embedded Systems has increased manifold among the people.
For these reasons, the Certified Robotics & Embedded System Professional | CRESP training course by IEMLabs has become so popular in Kolkata and other cities in India. You will be trained by industry professionals who have been working in this field for the past 8-10 years.
There is plenty of excitement in store for students since we are going to offer them hands-on training procedures through projects and practical-oriented classes throughout the entire curriculum of this course to give them an idea about the practical aspects of robotics and embedded systems.
We at IEMLabs provide both online (through platforms like “Google Hangout Meet”, “Go to Meeting”, “Zoom”, etc.) and offline mode classes. The most advantageous part for a student to get trained by IEMLabs is the “One Year Lab Access”, i.e. every student from the date of admission will have access to our “Online Virtual Lab” for practicing and getting all notes, pre-recorded videos and tools according to their courses for one year absolutely free of cost.

1. 1. Module – 1: Atmel AVR Microcontroller Basics
   2. Module – 2: Programming AVR in C language
   3. Module – 3: Programming AVR in Python language
   4. Module – 4: Concept of Machine Learning
   5. Module – 5: Wireless Communication
   6. Module – 6: Motors Interfacing & Amp; control
   7. Module – 7: Robot Making
      1. Line Follower Robot
      2. Self-Balancing Robot
      3. Obstacle Avoidance Robot
      4. Maze solving Robot
      5. Mobile Controlled Robot
      6. Motion Gesture Recognition Robot
      7. Voice Recognition System (VRS) Robot
      8. Edge Detection Robot