In a remarkable stride towards technological modernization, Uzbekistan has announced its inaugural venture into the production of humanoid robots, forging a pivotal partnership with South Korea’s renowned robotics firm, ROBOTIS. This collaboration between the UzElTechSanoat Association and ROBOTIS marks a decisive moment, signaling Uzbekistan’s ambition to transition from a traditional economy to a competitive player in the global high-tech manufacturing sector. The agreement outlines a comprehensive plan to establish full-scale humanoid robot production within the country, develop the necessary manufacturing infrastructure, and crucially, train a new generation of specialists to fuel this emerging industry. ROBOTIS, a leader in humanoid platforms and smart robotic actuators, will provide the technological foundation and expertise, ensuring that Uzbekistan builds not just assembly lines, but a deep-rooted capability in designing and operating advanced robotic systems. This initiative is a cornerstone of a broader national vision to cultivate a domestic innovation ecosystem, one that strategically intertwines industrial cooperation with grassroots educational cultivation.
This long-term vision finds its true genesis not in factories, but in classrooms scattered across the nation. Here, the conceptual seeds of a robotics future are being planted. In one such classroom, twelve-year-old Mirkomil Shodiev meticulously connects his custom-built robot to a laptop. With a few lines of code, he brings the machine to life—its motor hums and wheels turn, executing commands born from his own logic. Using an EVO-3 educational robotics kit, Mirkomil has learned to assemble and program robots that can perform mechanical tasks autonomously. His journey began only four months ago with a simple curiosity about robotics, websites, and design; now, he builds games on Scratch and is studying Python, a powerful language used in web development and robotics. “After learning Python, I want to create websites and earn money when I grow up,” he says. His personal ambition mirrors a national transformation, where digital literacy is increasingly synonymous with employability and economic growth, fueled by government strategies like “Digital Uzbekistan-2030” that prioritize nationwide IT training.
Specialized academies like the Robot Academy, where Mirkomil studies, are the engines of this skills revolution. Catering to children aged eight to fifteen, these centers transform abstract interest into tangible skill through hands-on projects in programming, robotics, and engineering. Teachers like Navruz Shaydullayev guide students in creating scientific projects, developing games, and even building Telegram bots. “Programming helps develop their thinking, logic and intellectual abilities,” Shaydullayev observes. By utilizing platforms like Scratch and modular EVO-3 kits, students experience the fundamental synergy of software and hardware, understanding how digital code translates into physical movement—a core principle of modern automation. This pedagogical environment nurtures curiosity and logical thinking, allowing young minds to iteratively turn their ideas into functional prototypes, thereby building confidence and competence step by step.
The national partnership with ROBOTIS now creates a vital bridge, linking these classroom experiments to a concrete industrial future. The agreement explicitly includes tailored training programmes for specialists, ensuring that Uzbekistan cultivates its own pipeline of robotics engineers, programmers, and technicians. This creates a direct career pathway for students like Mirkomil, aligning educational output with economic demand. In the long term, this synergy is designed to bolster Uzbekistan’s technological competitiveness and generate high-skilled employment within one of the world’s most dynamic sectors. The initiative recognizes that a sustainable robotics industry cannot rely solely on imported expertise; it must be rooted in a homegrown talent pool, educated from an early age to think, design, and innovate within the field.
For the students at the heart of this movement, the future once imagined is now palpably approaching. Mirkomil’s aspiration—“In the future I want to continue in this field… After finishing the courses, I would like to study in Tashkent as well”—is no longer a distant dream but a plausible trajectory within a structured national framework. As Uzbekistan prepares its factories for the assembly of humanoid robots, the quiet, diligent work in robotics classrooms is laying the most crucial foundation: cultivating the human intellect and creativity that will eventually design, program, and oversee that production. The robots themselves will be the output, but the true product of this national strategy is a generation of empowered, technologically fluent citizens.
Thus, Uzbekistan’s journey into high-tech manufacturing encapsulates a holistic model of development. It is a story of international partnership providing technological scaffolding, of governmental strategy prioritizing digital infrastructure, and of educational institutions fostering innate curiosity and skill. From the circuit boards in a child’s robot to the sophisticated actuators of a humanoid prototype, the nation is methodically connecting each step of the innovation chain. This multifaceted approach suggests that Uzbekistan is not merely importing a robotics industry, but is thoughtfully constructing an entire ecosystem where education informs industry and industry, in turn, inspires education—a virtuous cycle aiming to secure the country’s place in the future global economy.
