INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 715
PROFESSIONAL TRAINING OF STUDENTS IN TECHNOLOGY EDUCATION
Ermatova Mekhriniso Bekmuradovna
Denov entrepreneurship and pedagogy
Institute teacher
Email:
ermatovamehriniso948@gmail.com
Abstract:
This article analyzes innovative approaches to vocational training based on modern
requirements in technological education. Modern methods are highlighted that serve to form
students' practical skills, independent decision-making in problem situations, creative thinking,
and the development of professional competencies. In particular, the STEAM approach,
project-based learning, digital technologies, robotics, artificial intelligence, and 3D
technologies are considered in the educational process. The article reveals approaches aimed at
increasing the effectiveness of innovative methods in technological education.
Keywords:
technology education, vocational education, innovative approaches, digital
technologies, modern teaching methods, STEAM education, project-based learning, practical
skills, robotics, artificial intelligence, 3D technologies, virtual reality (VR), digitalization in
education, competency-based approach, labor market requirements, pedagogical innovations,
creative thinking, student-centered education, modern pedagogy, interactive methods.
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In today's era of rapid globalization and digital transformation, the demands on the education
system are changing dramatically. Especially in the field of technology education, providing
students with modern knowledge and skills and preparing them for practical work has become
an urgent task. Traditional approaches to training professionals who meet the needs of the labor
market are losing their effectiveness and are being replaced by innovative pedagogical methods.
In the world, much attention is paid to scientific research aimed at increasing the
effectiveness of introducing national crafts into the educational process, identifying components
for developing the professional qualities of future technology teachers, improving the
methodological support of technology, and ensuring that the quality of future technology
students meets the requirements of customers [1..,5 b] .
Modern technologies — such as artificial intelligence, digital devices, 3D printing, robotics,
and virtual reality (VR) — are rapidly entering the educational process. This requires new
approaches to teaching technological subjects. This article analyzes innovative methods that
help increase the effectiveness of vocational training and their role in technological education.
Modern technological progress requires a higher level of innovation and flexibility from the
education system. Traditional teaching methods are being replaced by modern, interactive and
innovative approaches. The inherent determinism of computers significantly undermines the
effectiveness of information technology teaching, studies show that students prefer hypertext
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 716
and multimedia, electronic textbooks and manuals, which only increase the quality of teaching
by 15-20% at the introductory level, and their effect is not noticeable when solving typical and
non-standard problems [2..,40b]. One of the most important tasks in the process of vocational
education is to increase students' practical experience, preparing them to work independently
and solve real-life problems.
Innovative approaches, in particular:
The STEAM approach (Science, Technology, Engineering, Arts, Mathematics) provides
interdisciplinary integration and develops systematic and creative thinking in students.
Project-based learning teaches students to work in teams, solve problems, and conduct results-
oriented activities.
Digital technologies and multimedia tools create a visual and interactive learning environment,
increasing student motivation and attention.
Robotics and 3D technologies - develop the skills of working with real technical tools and
increase students' technical thinking.
Artificial intelligence-based learning platforms allow for an individual approach and
automation of the quality of education.
Such methods not only make the learning process interesting and effective, but also adapt
students to the real conditions of the labor market. This, in turn, strengthens the practical
orientation of technological education.
In educational institutions around the world, creative-modular technologies for the formation of
technological competencies in students based on innovative approaches have been implemented
in the educational process. Within the framework of the UNESCO International Project
“Scientific and Technological Literacy for All” , systematic work is being carried out
to
implement the global tasks of education, form a technological worldview, technological literacy,
technological competence, and effectively implement innovative approaches in practice [3…5
pages].
Literature review
The issue of modernizing vocational and technological education and implementing innovative
approaches to it has been widely covered in scientific and pedagogical literature. Research
conducted in recent years shows the high effectiveness of using such methods as digital
technologies, robotics, the STEAM approach, and project-based learning in the educational
process.
The research of Uzbek pedagogical scientists M.X.Shomirzayev, M.G.Mirzayeva, and
F.X.Mukumova emphasizes the role of innovative methods in technological education in the
1
Scientific and technological literacy for all. Materials from the UNESCO-ICASE-CSEC Delhi Workshops.
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 717
formation of professional skills in students. In their work, they show ways to develop digital
competencies, use interactive methods, and increase the effectiveness of practical training.
Methodology:
This study used a comprehensive research methodology to determine the role
and effectiveness of innovative approaches in technology education. The main methods are as
follows:
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 718
The research examined the impact of innovative methods on students' professional preparation,
their role in increasing motivation, and their impact on the level of readiness for the labor
market. When selecting methodological approaches, the practical orientation of the topic,
adaptability to technological changes, and modern pedagogical trends were taken into account.
Methods used in the study
1. Project-Based Learning
This method encourages students to develop projects based on real-life problems, either
independently or in groups. It helps develop professional skills, teamwork, problem-solving,
and creativity.
2. STEAM approach
It develops students' systematic and analytical thinking through the integrated teaching of
science, technology, engineering, arts, and mathematics. This method is especially effective in
technology and vocational education.
3. Interactive methods (problem-based learning, discussion, brainstorming)
It ensures students' active participation in the lesson process and develops independent thinking,
discussion, and decision-making skills.
4. Use of information and communication technologies
Knowledge can be conveyed in a visual and interactive way by involving video lessons,
simulations, educational applications, and artificial intelligence-based platforms in the
educational process.
5. Robotics and 3D modeling techniques
Engaging students in practical training within the framework of technological disciplines helps
develop their professional skills by working with real devices.
6. Demonstrative methods (demos, mockups, visual models)
It is very effective in explaining complex technical processes to students and helps them easily
master educational materials in technological subjects.
7. Integrated learning method
By connecting technological disciplines with other disciplines (mathematics, physics, computer
science), it allows for strengthening the system of knowledge and forming interdisciplinary
thinking.
Table of innovative methods
No. Method name
Purpose
Tools used
Expected result
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 719
1
Project-based learning
Working on real
problems
and
developing
practical skills
Project
assignments,
team
work,
presentations
A student who
can
work
independently
and creatively
2
STEAM approach
Developing
systems thinking
through
an
interdisciplinary
approach
Mathematics,
technology, art,
experimental
instruments
A student who
thinks
holistically and
understands
integration
3
Interactive methods
Improve activity,
thinking,
communication
and
decision-
making skills
Q&A,
discussion,
brainstorming,
interactive
whiteboard
An enterprising,
active, critical-
thinking student
4
Use of digital technologies
Developing
digital
competencies,
creating flexible
education
Computer,
AI
platforms,
simulations,
mobile
applications
A
technologically
literate student
who can work in
a
digital
environment
5
Robotics and 3D modeling
Ability to solve
technical
problems
and
work
with
devices
Arduino, LEGO,
3D
printers,
Tinkercad,
sensors
A student with a
practical,
technically-
minded
approach
6
Demonstrative methods
Making complex
concepts
understandable
Layouts, graphic
models,
video
tutorials
A student with
strong
visual
perception
understands the
subject better
7
Integrated approach
To show the
connection
between
disciplines and
consolidate
knowledge
Integration with
physics,
mathematics,
computer
science
An
interdisciplinary
thinker
who
understands
knowledge as a
whole
Conclusion
INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE
ISSN: 2692-5206, Impact Factor: 12,23
American Academic publishers, volume 05, issue 07,2025
Journal:
https://www.academicpublishers.org/journals/index.php/ijai
page 720
Today, the technological education system is undergoing modernization, and innovative
approaches to vocational training play an important role in it. There is an increasing need to use
digital technologies, the STEAM approach, practical project development, virtual laboratories,
and interactive methods in the educational process to train specialists who meet the
requirements of the modern labor market.
Innovative approaches help students combine theoretical knowledge with practical skills,
develop independent thinking and problem-solving skills, which in turn prepares them for a real
production environment and increases their professional competitiveness.
Therefore, it is of utmost importance to improve vocational training in technology education
based on modern requirements, improve the skills of teachers, and introduce innovative
pedagogical technologies.
References:
1.M.X. Shomirzayev Dissertation on interdisciplinary improvement of spectral-variant
components of national crafts in school technology education … PhD/Termiz 2021
2. G.M. Mirzaeva Dissertation on Improving the Methodology for Developing Technological
Competencies in Students' Study of Folk Crafts ( Technological Education ) … PhD/-
Tashkent–2024
3. M.F. Khudoykulova Technologies for developing students ' creative abilities in national
crafts dissertation … PhD/- Tashkent–2020
4. М.Х.Shомирзаев Innovative processes in Uzbek national crafts. Educational and
methodological manual. Tashkent "New edition" 2017
5.M.B.Ermatova Developing teaching of folk applied arts to students based on a creative
approach to education Monograph. Termez . 2025
