Center For Youth Initiatives

"Creation of a youth technology center for inventive creativity and engineering education"

About

Conference Room For Brainstorming,
Idea Generation and Hybrid Learning.

In our conference room, we are to:

Modern Technologies

Provide modern technologies for activating creative thinking

Conferences

Host international conferences

Live Streams

Hold live streams directly from industrial sites

Team Building

Organise group works and team building exercises.

Interesting

Humanoid Robot Mirzo Ulugbek

Humanoid robot in the image of a real historical character – ruler, outstanding scientist, astronomer and mathematician, Mirzo Ulugbek.

Humanoid Mirzo Ulugbek combines advanced robotics and artificial intelligence technologies:

Humanoid Mirzo Ulugbek is equipped with a facial expression system controlled by servo motors, allowing it to accurately imitate human emotions for natural interaction with people.
Humanoid's ability to recognise faces and follow a companion with its eyes enhances the effectiveness of communication
OpenAI's integrated language model gives it the ability to communicate in Russian, English, and Uzbek, making it an ideal tool for cross-cultural interaction. Our team dedicated special attention to the development and integration of speech recognition and generation functions in the Uzbek language. Humanoid Mirzo Ulugbek is able to communicate seamlessly in Uzbek, expanding its functionality and making it more accessible to a wider audience in Uzbekistan.
The humanoid's skin is made of high-quality silicone, giving it a realistic look and feel. Professional artists worked to create his appearance, which makes it recognizable and visually aesthetic.

Possible Applications:

Educational purposes

Humanoid Mirzo Ulugbek can teach history and cultural studies in schools and universities. Can also teach languages due to the ability to recognize and generate speech.

Museum exhibits

Given the physical resemblance to the ruler Mirzo Ulugbek, humanoid Mirzo Ulugbek can become an interactive exhibit in museums, serving as a guide to visitors in regard to the ruler Mirzo Ulugbek's legacy and the history of Uzbekistan.

International conferences and forums

Through participation at international events, Mirzo Ulugbek can serve as an example of technological breakthrough in Uzbekistan in the field of robotics and artificial intelligence.

Cultural heritage

Humanoid Mirzo Ulugbek can serve as a historical and cultural representative at international cultural centers and exhibitions, and hence contribute to intercultural understanding and exchange.

Healthcare and community centers

In care healthcare centers or nursing homes, humanoid Mirzo Ulugbek can be used to interact with patients, support those suffering from depression, loneliness, or other psychological concerns.

Tourist guide

Humanoid can serve as a tourist guide, especially in places associated with the ruler Mirzo Ulugbek and the history of Uzbekistan.

Interesting

Humanoid Robot Rano

Rano is an innovative female humanoid robot.

Design is largely created using 3D technology. This provides for lightweight, durable and unique appearance.
Equipped with multiple cameras and ultrasonic sensors. Rano has high precision movement and the ability to elegantly avoid obstacles.
The humanoid’s head camera is designed to recognise faces and facial expressions. This enables to adapt to social situations and interact with people intuitively and naturally.
LED displays mimic eyes. This adds expressiveness to the humanoid’s face and promotes deeper non-verbal communication.
Large front display. Enables to display information and serves as an interactive interface.
Supports dialogue in different languages. Rano supports basic dialogue in English and Russian and is accessible to a wide range of users. Rano is in the process of learning Uzbek language.
Robotic arms. Two robotic arms expand humanoid’s functionality, allowing to perform a variety of tasks in educational, commercial, and industrial fields.

Possible Applications:

Education and training

Rano can teach almost anything at schools, universities, and educational centers. Humanoid’s interactive features make learning more engaging and effective.

Industrial enterprises

Rano can help in various industrial settings for tasks requiring precision and interaction.

Exhibitions

Rano can act as an interactive guide at exhibition halls, museums, galleries, by offering information and demonstrations to visitors.

Hospitality and entertainment

At hotels and entertainment venues, Rano can engage with guests, offering information and entertainment services.

Research and development

At laboratories and research facilities, Rano can assist with research by offering precise manipulation and data collection capabilities.

Retail

Rano can assist customers, providing information and enhancing the shopping experience with interactive capabilities.

UFACTORY XARM 6

The xArm 6 is a high-performance robotic arm produced by UFACTORY. It is lightweight and convenient, can be applied to any process in a variety of conditions.

xArm 6 can be used in various industries:

manufacturing
automotive
aerospace
computers
consumer goods
electronics
healthcare
medical products
pharmaceutical
quality control and inspection
food
retail
grocery, and others

The technology helps increase productivity and reduce risk in various industries. Robotic arm can be used to automate execution, to alleviate workers from dull or dangerous jobs. This allows humans to be moved to more complex jobs and speed up production.

Possible applications:

pick-and-place actions
packing
sorting
machine tending
screw driving
industrial assembly
sealing and gluing
cutting
finishing
spraying
welding
palletizing, and more

Specifications:

Ambient temperature – 0-50 °C
Connectivity – RS-485/Ethernet TCP-IP
Connector type – M5
Footprint – 126 mm
Freedom degree – 6
Max. speed – 1 m/s
Payload – 5 kg
Reach – 700 mm
Repeatability – ±0,1 mm
Weight – 12,2 kg

xArm 6 includes an integrated collision detector that immediately stops it in case of bumping. The robotic arm provides high reliability and accuracy. It is capable of repeating a movement within 0.1 mm at 1 m/s. The model is engineered with a powerful X86 chip to easily handle the controlling algorithm, granting accurate movements. Also, it adopts a compact powertrain joint, a self-developed outer rotor brushless motor, and an integrated harmonic drive for higher repeatability and torque capability.

The robotic arm features six joins allowing it to move freely in a circular motion, and a programmable gripper. You can control its position, speed, and force to effectively perform a variety of tasks. It also includes suction cups with a payload capacity of 5 kg and a maximum vacuum degree of -90kpa.