At AREL College, technology is a strong educational tool that supports students in learning by producing. In this direction, our Information Technology and Robotics laboratories provide well- equipped learning environments where students can turn their ideas into concrete products.

At AREL Science High School, the Information Technology laboratory allows students to carry out research, production, and application-based activities using computers, smart boards, and up-to-date software systems. These environments are designed to support students in becoming individuals who not only use technology, but also understand and produce it.

In addition to the IT laboratories, the Robotics Laboratory is actively used, where students can experience design and production processes at a higher level. Designed with the vision of preparing students with 21st-century skills, the AREL Robotics Laboratory offers students the opportunity to become producers of technology rather than just consumers. Through a coding- based learning approach, students effectively develop problem-solving, analytical thinking, and creative production skills.

The Robotics Laboratory is equipped with a projection system, 3D printers, electronic equipment, and various production tools, providing a strong infrastructure for students to turn their ideas into real products. Structured for different age groups, this space includes rich resources such as Arduino kits and competition robotics equipment used at the high school level. Supported by working and storage areas, the laboratory offers an efficient and sustainable production environment where students can work individually or in teams.

In the Robotics Laboratory, AREL students experience the excitement of producing, experimenting, and discovering while transforming their ideas into tangible outcomes. Throughout the year, they have the opportunity to showcase their projects within the school and present them on various platforms. They also actively participate in national and international competitions and achieve significant success. Being finalists in TEKNOFEST and MEB Robotics competitions, winning awards in 3D design, and receiving first prizes in digital storytelling are clear indicators of students’ production-oriented achievements. These successes strongly reflect that our students develop not only as consumers, but also as creators who can express themselves.

All of our laboratories are continuously updated and improved in line with technological developments required for high-quality education.