From Code to Motion: Combining Robotics and Coding for Industrial Automation


Discover the fascinating world of industrial robotics with comprehensive training program. Designed for beginners, this training will provide you with a solid introduction to robotics and equip you with essential skills to thrive in this field.


Throughout the course, you will delve into key elements of robotics, starting with an in-depth exploration of the fundamental principles that underpin this cutting-edge technology. From there, you will progress to robotics programming, where you will learn to program robots using a variety of languages, including Teach & Play, Blocky, and introductory Python.


The course goes beyond theory by emphasizing practical applications of robotics. You will gain insights into real-world scenarios where robots are utilized across different industries and sectors. Additionally, you will have hands-on experience working with dobot robots, enabling you to develop and program robots to perform specific tasks in both manual and autonomous modes.


Collaboration is a vital aspect of our workshop, as you will engage with fellow participants to complete a final project that showcases your understanding of robotics and programming concepts. By the end of the course, you will have acquired a solid foundation in robotics, mastered programming techniques, and developed critical thinking skills applicable to real-life situations.


Don’t miss this opportunity to unlock your potential in the exciting field of industrial robotics. Enroll today and embark on a transformative learning journey that will broaden your horizons and open doors to endless possibilities.

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SKU: 9023 Categories: ,

Start date

November 6, 2023

End date

November 9, 2023

Language(s) of the training


Languages spoken by the coach(es)



Abdoellah Adam


The course will cover key topics including:

  • Introduction to Robotics
  • Robotics Programming (Teach & Play, Blocky, Python)
  • Robotics Applications
  • Final Project

Participants will gain a solid understanding of robotics principles, learn programming techniques, explore real-world applications, and engage in a hands-on final project.


During the training, learners will engage in dynamic and interactive sessions that foster an immersive learning experience. Our teaching approach combines theoretical knowledge with hands-on activities to ensure a comprehensive understanding of industrial robotics.

Classroom activities will include interactive discussions, practical demonstrations, and collaborative problem-solving exercises. Through these activities, learners will actively apply the concepts they learn, reinforcing their understanding and building practical skills.

To enhance the learning process, participants will have access to a range of materials and resources, including robotics kits, programming software, and relevant documentation. These materials will enable learners to experiment with different robotic platforms, practice programming techniques, and gain proficiency in using industry-standard tools.

Throughout the training, learners will work on individual and group projects, allowing them to apply their knowledge to real-world scenarios. These projects may involve designing and programming robotic systems, simulating automation processes, or developing innovative solutions to industrial challenges. The outputs of these projects will showcase the learners’ creativity, problem-solving abilities, and technical proficiency.

Learning Outcomes

On completion of this course, learners will be able to:

  • Apply fundamental principles of robotics in practical settings.
  • Program robots using various programming languages, including Teach & Play, Blocky.
  • Analyze and evaluate different robotics applications in various industries and sectors.
  • Utilize sensors and actuators effectively in robotics systems.
  • Demonstrate an understanding of real-life case scenarios where robots are utilized in diverse applications.
  • Develop and implement robotic solutions to perform specific tasks, both manually and autonomously.


This course has a total duration of 32 hours and takes place over 4 days:

  • 06-11-2023: 09:00 – 17:00
  • 07-11-2023: 09:00 – 17:00
  • 08-11-2023: 09:00 – 17:00
  • 09-11-2023: 09:00 – 17:00

Format and Location

This course takes place ON-SITE
Terres Rouges building
14, porte de France
L-4360 Esch/Alzette




No prerequisites necessary

Additional Info


This training does not have any assessment or exams; a certificate of participation will be issued to participants.

Esco Skills

Scratch (computer programming)

Esco Occupations

automation engineer, electronics and automation vocational teacher, robotics engineering technician, industrial robot controller, automation engineering technician, robotics engineer