Robotic Coding


The course provider sends the necessary information regarding the course materials to the beneficiary school. After the detailed information about accommodation, transportation and eating and drinking of the visiting teachers is sent to the schools, a preliminary information is given to the leading teachers about the content of the course.


Robotic coding encourages students to embody their abstract thoughts and be productive. With the learned codes, students can change the robot's behaviour as they wish and manage their movements.

It is an inevitable end for children to meet with smart devices and computers. What should be considered here is the time spent with these devices and for what purpose they are used. Thanks to Robotic Coding, the time children spend with these devices can be transformed into a state that can be positive for their development by eliminating negative effects.

Children who start coding education at an early age develop more in mental development, problem-solving skills, planning of work, establishing relationships between situations and generating new ideas. In addition, children who are introduced to robotic coding also have a basis on how machines work. For this reason, their mental development in this direction enables them to be more successful in coding in advanced ages.

Robotic Coding is important because:
Provides analytical thinking skills.
Allows you to see the relationships between events or situations.
It helps them think creatively.
Increases problem-solving ability.
It makes him think systematically.
It helps machines to understand the logic of operation.
Kids' learning to code enables them to make a difference not only in their profession but in their entire lives.


Warm Up-Ice Breaking Activities
Questıon - Answer Technıque
Problem-Solvıng Technıque
Braın Storm Technıque (Osborn)
Role Playıng
Drama Improvısatıon
Statıon Technıque
Mıcro Teachıng
Jıgsaw Technıque
Group Discussions;
Case Studies
Problem Based Learning
Concept Mapping


•  Learn programming and algorithms, as well as systems development techniques
•  Understand the basic elements of Robotic Coding
•  Recognize hot use robotic coding in classrooms
•  Learn principles in computer architecture and digital systems
•  Acquire knowledge in informatics, electronics and robotics, and view the knowledge in an overall perspective
•  Understand how to motivate students for self-learning
•  Create useful learning materials and activities through devices
•  Learn how to increase awareness among students about using Robotic Coding
•  Learn how to develop students learning autonomy 
•  Get in touch with collegues from Europe and share the best practices
•  Visit schools applying Robotic Coding, explore the best practices
•  Learn how to foster students in working in projects, have competence in project work and typical working methods for technological projects

Follow Up

After the course, all trainees will be given copies of all course materials that can be shared with their colleagues in their institutions within the scope of dissemination activities. In addition, a self-assessment form will be provided to enable trainees to learn on their own. At the end of the course, participants will fill out an evaluation form regarding the content of the training.


•  Activities: all courses include at least one guided city tour and one full-day excursion (usually on Saturday).
  Certificate: all our courses guarantee a Certificate of Attendance if 80% of the lessons will be attended.
  Lessons: classes take place in the Morning (9:00 – 13:45) 
  Platform: participants will have free access to our e-learning platform.


2021-2022 Course Dates

24-29 May 2021 – Amsterdam

4-8 September 2021 – Florence

4-8 October 2021 – Brussels

21-25 February 2022 – Istanbul

18-22 April 2022 – Vilnius, Amsterdam