The “Technology and Innovation School Spring Term” workshops, where learning through fun is made possible by Özay Günsel Children’s University and Günsel Academy, have begun.

In today’s world, early exposure to technology plays a crucial role in preparing children for the future. With this understanding, Özay Günsel Children’s University and GÜNSEL Academy continue to implement innovative and inspiring educational programs that support children’s development.

The “Technology and Innovation School Spring Term” workshops, organized in collaboration between Özay Günsel Children’s University and GÜNSEL Academy, are for children aged 6-14. Participants take their first steps into the world of technology with “Lego Spike Robotics Coding” and “Game Development with Scratch” training. Supported by fun and hands-on projects, the program aims to develop children’s analytical thinking, problem-solving, and teamwork skills from an early age.

Workshops held at the Artificial Intelligence, Information Technology and Innovation Center on the campus of Near East University, which is among the top 500 universities in the world, allow children to develop their technological skills while also becoming familiar with competencies important in today’s world, such as creative problem-solving, digital literacy, and entrepreneurship. The program, which combines coding, robotics, and creativity, enables children to learn while having fun and prepares them for the technologies of the future.

“Lego Spike Robotics Workshops” for children aged 6-11 are organized in three different levels with certified instructors. Classes are held on Tuesdays, Wednesdays, and Thursdays between 16:00 and 17:00. Participants in these workshops develop their coding skills as well as gain experience in creativity and teamwork.

The “Game Development Workshop with Scratch” for children aged 9-14 is held every Friday between 16:00 and 17:00. Participants learn the basics of Scratch programming while having the opportunity to design their own games and understand game logic. Activities using visual programming methods strengthen children’s creativity and problem-solving skills.