OUR FUTURE IN OUR HANDS

Welcome to
“Moonq” Technoschool

At “Moonq” Technoschool, our mission is to discover young talents and equip them with high-quality, modern, and future-oriented education. We believe that every child—regardless of where they live, the available infrastructure, or the level of regional development—deserves equal access to opportunities. Moonq opens the door for youth from underserved communities to join the global knowledge economy without having to leave their hometowns. In a world shaped by rapid urbanization, we help them stay connected to modern opportunities while building brighter futures within their own communities.

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Educational Program

“Moonq” Technoschool currently offers three main directions: Programming, Robotics, and Design, with a total of 11 skills tracks. The curriculum is regularly updated to reflect market demands, ensuring that each course remains relevant and practical. Every program is carefully reviewed before it begins.

Programming

In the programming track, students are introduced to the different career opportunities in the field and the programming languages that power them. They gain a solid foundation in some of today’s most widely used languages and apply their knowledge through hands-on projects. These include building websites, developing applications, and programming microcontrollers to manage real-world systems.

Robotics

The robotics track covers multiple skills areas, giving students the opportunity to dive deeper into specific topics. Courses include electrical engineering basics, radio electronics, microcircuit design, control devices, automation systems, and mechanical fundamentals. Step by step, students acquire the technical skills needed to work in cutting-edge robotics.

Design

The design track is for students with strong creative abilities and an interest in visual arts. They learn web design, website development, logo creation, and vector graphics. Design training runs alongside programming and robotics, encouraging teamwork and cross-disciplinary collaboration. By working together with students from other tracks, design students gain their first real experience in team-based projects—an essential skill for their future careers.

AboutUs

Explore Our Branches

Technoschool Tashir

Opened in 2023

130 students

Technoschool Vanadzor

Opened in 2023

80 students

Technoschool in Stepanakert

opened in 2021

110 students

Technoschool in Haghorti

opened in 2022

90 students

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Google
Картографические данные © 2023 Google
Картографические данные © 2023 Google

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The Discovery stage lasts 1 to 2 years, depending on each student’s progress. This is the foundation of the program, and only after mastering the skills of this stage can students move forward to the next level. The main goals of the Discovery stage are to:
⦁ Identify each student’s interests and abilitiess
⦁ Strengthen their knowledge of core science subjects
⦁ Develop algorithmic and logical thinking
⦁ Introduce the main fields of the IT sector and provide initial exposure
By completing this stage, students acquire a set of eight essential skills that are valuable across different industries and help them navigate their future career choices with confidence.

Only students who have successfully completed the Discovery stage can move on to the Specialization stage. Here, they choose one of three main directions: Programming, Robotics, or Design. Students may focus on a single track or take courses across multiple tracks in parallel.
The specialization stage includes long-term, in-depth courses. Upon successfully completing them, students gain practical expertise and become junior specialists in their chosen field.
Graduates of this stage are prepared for entry-level positions in IT companies and can apply their skills directly in the job market where such expertise is in demand.

Students who have successfully completed at least one long-term course in the Specialization stage can advance to the Application stage. Here, under the initiative of students or group leaders, teams are formed to develop startup ideas.
The goal of this stage is to apply acquired IT skills to real-world challenges, especially in rural communities. By bringing technology into these areas, students contribute to the modernization of their hometowns.
Practical outcomes may include:
⦁ Operating and maintaining modern agricultural machinery
⦁ Designing local systems to monitor, organize, and automate work
⦁ Assisting with repairs and technical support
⦁ Promoting rural products in domestic and international markets through modern digital solutions
⦁ Creating websites and applications to improve infrastructure, increase efficiency in production, trade, tourism, and other sectors
Additionally, robotics skills are applied to address agricultural challenges, helping communities become more efficient and innovative.

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