INNOVATIVE RESEARCH IN SCIENCE
International scientific-online conference
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TECHNOLOGY SCIENCE AND PRACTICAL SKILLS
Soliyevа Gulkhаyo Khoshimjon kizi
Independent researcher at the Namangan State Pedagogical Institute
https://doi.org/10.5281/zenodo.15074141
Abstract
: This thesis analyzes the importance of technological science and
the formation of practical skills. The research studies the role of technological
education in the development of society, innovative approaches to the
development of practical knowledge and skills, as well as international
experience. The integration of modern technological processes into the
education system, the development of STEM education and the vocational
education system are considered. The place of technological science in the labor
market and its impact on future professions are also analyzed. The research
results show that the development of technological science and the increase in
practical training are one of the main factors in preparing competitive personnel
in the global labor market.
Keywords
: Technology, practical skills, innovation, STEM education,
vocational education, digital technologies, labor market, technology education,
international experience, technical skills.
Introduction
:
In the modern world, technology has become an integral part of human life,
and it plays an important role in shaping practical skills. Innovative approaches,
modern technologies and scientific achievements are becoming an integral part
of the education system today. This study aims to study the importance of
technological science in the educational process, its role in the formation of
practical skills and the possibilities of development in accordance with
international requirements. The place of technological science in the education
system. Technology forms not only theoretical knowledge, but also practical
skills. World experience shows that in advanced countries, special attention is
paid to technology, and the following areas are developed within it:
Implementation of innovative approaches through STEM education
(Science, Technology, Engineering, Mathematics);
Establish interactive laboratories, technology parks, and startup centers to
develop professional skills;
Incorporate practical training in artificial intelligence and automation into
the curriculum.
According to international experience, modern technological science should
be based not only on traditional industrial and craft sectors, but also on new
areas such as software, cybersecurity, engineering, and digital manufacturing.
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The formation of practical skills and their importance Practical skills play a key
role in technological sciences. The global education system focuses on improving
students' practical knowledge through the following methods:
Project-based learning - solving problems through real-world projects;
Modulated curricula - consolidating knowledge through specific practical
tasks at each stage;
Virtual and augmented reality technologies - explaining and teaching
complex technical processes using VR/AR.
The benefits of technology for students include:
Developing independent thinking and problem-solving skills;
Developing skills in working with digital technologies;
Acquiring professional knowledge and experience relevant to market
demands. International requirements and modernization of technological
education To increase the effectiveness of technological education worldwide, a
number of requirements have been put forward by UNESCO, OECD and other
international organizations:
Integrated education system - harmonization of technological science with
general education subjects;
Education-industry cooperation - linking educational institutions with real
development processes;
Increasing general technological literacy - introducing innovative
technology education programs for all age groups. Today, countries such as the
USA, Germany, Japan and South Korea pay great attention to technological
education. They pay great attention to practical training and scientific and
technical projects, and a system has been developed to guide young people into
professional and engineering fields.
- Technological innovations and their impact on the education system.
Modern technological developments are also having a serious impact on the field
of education. New innovative technologies serve to increase the efficiency of the
educational process and increase the interest of students and pupils. Currently,
the following technologies are widely used in the educational process:
- Artificial intelligence (AI) and machine learning. Artificial intelligence
technologies allow for the personalization and automation of the learning
process. With the help of AI, the level of knowledge of students is analyzed and a
teaching system based on an individual approach is being developed for them.
Virtual tutors and chatbots working on the basis of AI create the opportunity for
students to learn independently.
INNOVATIVE RESEARCH IN SCIENCE
International scientific-online conference
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- Virtual Reality (VR) and Augmented Reality (AR) VR and AR technologies
allow for hands-on training in an interactive manner. For example, medical
students can learn complex surgical procedures through virtual laboratories.
Engineering and architecture students can develop practical skills through
simulation of construction processes.
- Blockchain technology
Blockchain technology is being used in the field of education for
certification, storing academic records, and verifying student results.
International universities are introducing a blockchain-based system for issuing
electronic diplomas and certificates, which will prevent document forgery.
-Internet of Things (IoT) and smart classrooms Smart classrooms are being
created using IoT technologies. For example, IoT sensors allow teachers to
monitor classroom temperature, lighting, and air quality. In addition, IoT
technologies can make distance learning more effective.
- Technological Education and Employment: The Professions of the Future
In order to meet the demands of the labor market in the modern world, in-depth
study of technological disciplines is of great importance. The following
technological professions are currently considered the most relevant:
Programming and IT specialties - The areas of artificial intelligence,
cybersecurity, mobile application development and data analysis are developing.
Robotics and automation - The direction of automating production
processes and creating intelligent robots is in great demand.
Engineering and Environmental Technologies – There is a shortage of
specialists in sustainable energy sources and green technologies.
Biotechnology and Genetics – Technological advances in new medical
methods, pharmaceuticals, and food safety are expected to be relevant in the
future.
Developing technological education in line with international requirements
can prepare young people for their future professions. For this reason, it is
necessary to widely introduce modern technologies into the education system
and increase the emphasis on practical training.
-International experience and recommendations for the development of
technological education World experience shows that advanced countries in
technological disciplines are improving the quality of education through the
following methods:
Finnish model - Students work on projects independently and gain practical
experience.
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International scientific-online conference
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Singapore model – special attention is paid to STEM, and applied sciences
are made an integral part of the school system. German model – through the
“Dual Education” system, students participate in the process of working together
while studying.
US model - Technology startups and incubation centers are being
established in education, and young people are being involved in creating
innovative projects.
Reforms to develop technological education are also being implemented in
Uzbekistan, Kazakhstan, Russia and other CIS countries. However, the following
proposals are being put forward to align with international requirements:
Increasing the share of practical training - Creating opportunities for
students to perform laboratory work, collaborate with startups and technology
parks.
Introducing digital learning platforms - Developing online courses, virtual
laboratories, and interactive learning technologies.
Expanding international cooperation – Sharing experience and preparing
students for the global market through partnerships with leading universities
and companies.
Conclusion
.
Technological science and practical skills are becoming an integral part of the
modern education system. The development of technological education based on
innovative approaches, digital technologies and international experience is one
of the important factors in the development of society. Today, preparing young
people for their future professions through technological disciplines, shaping
their creative thinking and innovative approaches is gaining importance. An
education system developed on the basis of international requirements serves to
train competitive personnel in the global labor market. Therefore, the
widespread introduction of technology-based methods and emphasis on
practical training in the education system remains an important strategic
direction. The development of technological science and the formation of
practical skills are one of the important factors in the development of society.
The modern education system must be modernized in accordance with
international requirements and improved based on practical training. As a result
of the integration of education and technology, future specialists can become
competitive in the global labor market. For this reason, the development of
teaching methodologies in technological disciplines and the improvement of
practical knowledge are one of the urgent tasks of today.
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References:
1. Karimov A. "Technology and Innovations". Tashkent, 2020.
2. Kholmatov B. "Fundamentals of Modern Technologies". Samarkand, 2019.
3. Curriculum and normative documents of the Republic of Uzbekistan.
4. www.ziyоnet.uz - Educational portal of the Republic of Uzbekistan.
5. www.sciencedirect.com - International scientific database.
