American Journal of Applied Science and Technology
46
https://theusajournals.com/index.php/ajast
VOLUME
Vol.05 Issue 07 2025
PAGE NO.
46-51
10.37547/ajast/Volume05Issue07-08
Methodology for Developing Soft Skills of Future
Computer Teachers
Mansurov Tolibjon Ziyodullo o‘g‘li
Bukhara State University, basic doctoral student, Uzbekistan
Received:
31 May 2025;
Accepted:
27 June 2025;
Published:
29 July 2025
Abstract:
This article deeply covers the role of soft skills, i.e. effective methodology for developing soft skills in
future computer science teachers, modern pedagogical technologies, interactive educational methods and project-
practical tasks. The study emphasizes the importance of soft skills such as communication, creative and critical
thinking, cooperation and leadership in increasing the professional and personal potential of computer science
teachers. Also, the consistent and stable formation of soft skills in students as a result of the gradual introduction
of interactive methods, project tasks and digital technologies in the modern educational process is substantiated
using practical examples and graphic materials. The methodological recommendations presented in the article are
of significant theoretical and practical importance in the professional development of computer science teachers.
Keywords:
Soft skills, modern pedagogical technologies, interactive methods, project tasks, practical tasks,
communication, creative thinking, digital education, professional development.
Introduction:
Nowadays, for competitiveness and success in all
spheres of society, in particular in the education
system, the importance of not only deep theoretical
knowledge, but also a wide range of personal and
professional skills - soft skills - is increasing. It is
precisely for the field of informatics that mastering
modern technologies, solving innovative problems
and quickly exchanging information is not enough,
effective communication, creative and critical
thinking, teamwork, time management, leadership
and other soft skills have become important
professional criteria for every teacher. The formation
of these soft skills in future informatics teachers is
carried out through the widespread introduction of
modern pedagogical technologies and interactive
methods into the educational process[1].
Today, project and practical assignments, group and
individual training, case studies, role-playing games,
interactive discussions, and work through digital
platforms are showing their high effectiveness in
forming not only professional, but also personal
competencies in informatics teachers. This article
deeply analyzes the practical possibilities of using
modern pedagogical technologies in developing soft
skills of informatics teachers, the role of interactive
methods, and the mechanisms of project and
practical assignments. The approaches presented in
the article create the basis for the formation of
informatics teachers as competitive specialists in the
future, both professionally and in terms of personal
development.
In the educational process, various pedagogical
technologies are used in a comprehensive manner to
form soft skills of computer science teachers, that is,
communicative, creative, critical, cooperative and
leadership skills. First of all, interactive methods are
distinguished by their effectiveness. For example,
with the help of role-playing games, students play
their professional roles as a trainer or programmer. In
this process, they practice skills such as making quick
and correct decisions in complex situations,
interacting with colleagues, quickly identifying and
solving problems, and engaging the audience[2].
Case study technology is also one of the most
convenient and effective methods for developing soft
skills in computer science. Case study (case study) -
American Journal of Applied Science and Technology
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American Journal of Applied Science and Technology (ISSN: 2771-2745)
that is, the analysis of real-life or artificially created
situations - teaches students to make independent
decisions, think analytically and critically, as well as
work in a team. In this method, the computer science
teacher divides students into small groups and
presents each group with a specific problem or issue.
Group members analyze the situation together,
approach the problem from different perspectives,
and develop the most optimal solution. In this
process, each participant develops communicative
and collaborative skills, such as expressing their
opinion openly and reasonably, listening to the points
of view of others, analyzing and discussing ideas, and
coming to a final decision.
Debate and brainstorming techniques also serve to
develop soft skills in modern computer science
classes, especially communication and creativity, as
well as skills such as flexibility. In debates, students
learn how to defend their point of view based on
arguments, provide evidence, respond to the
opponent's opinion in a cultural and reasonable way,
and learn how to correctly exit constructive criticism
and disputes. Brainstorming is an effective tool for
finding new ideas, innovative solutions, and exploring
non-traditional approaches, and it enhances creative
thinking and openness to innovation in computer
science teachers.
Project-based learning technology is one of the most
effective approaches to developing soft skills,
especially in professions related to information and
communication technologies. Based on this
technology, students carry out practical work on their
own independent or team projects - for example,
creating a software product, developing an algorithm,
designing a database, creating a website. In this
process, they acquire the skills of distributing tasks
within their role, managing time properly, helping
each other, presenting and discussing results, critical
thinking and evaluation. In the project-based
approach, the teacher participates not only as a
source of knowledge, but also as a mentor and guide,
which creates the basis for increasing independence
and leadership potential.
Digital and virtual learning technologies are becoming
an integral part of developing soft skills today. Group
online projects, discussions, training and simulations
can be organized through distance learning platforms
(Google Classroom, Moodle, Zoom, MS Teams, etc.).
In remote working conditions, students learn to work
collaboratively through virtual groups, effectively use
online communication tools, prepare presentations,
express their thoughts concisely and clearly, and
correctly accept online debates and criticism. Special
emotional intelligence development programs (for
example, online trainings, self-reflection techniques,
webinars on stress management) also increase the
skills of balance and self-control in computer science
teachers, as well as the ability to correctly approach
the emotions of other people[3].
The table clearly shows which soft skills of computer
science teachers are influenced by the formation and
development of various modern pedagogical
technologies (Table 1):
Modern pedagogical
technology
Main areas of soft skills
development
A practical example
Interactive methods (role-
playing games, case studies,
discussions)
Communication, critical
thinking, creativity, empathy
Problem-solving as a
team through a case
study
Project-based learning
Collaboration, leadership,
time management,
responsibility
Group project on
creating a web
application
Practical tasks
Independence, creative
approach, stress resistance
Individual software
projects
Digital platforms
Flexibility, self-control, quick
thinking
Online group
presentations
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American Journal of Applied Science and Technology (ISSN: 2771-2745)
Table 1. The relationship between modern pedagogical technologies and types of
soft skills
Blended learning is a combination of traditional and
modern technologies, which allows for the effective
combination of individual and group teaching,
independent and mutual learning, offline and online
methods. In this model, computer science teachers
participate not only as teachers-interpreters, but also
as assistants, evaluators and consultants in problem
situations. In the conditions of blended learning,
students develop soft skills aimed at testing their
knowledge in practice, self-assessment, reflection
and self-development.
If we turn to foreign experience, in developed
countries - the USA, Great Britain, Finland and
Singapore - special training courses, mentoring
programs, interactive seminars and webinars have
been introduced to develop soft skills in the field of
informatics and IT. There, using modern technologies,
through trainings close to real-life and professional
situations, hackathons and startup projects, students
develop creative, communicative and leadership
skills. Such approaches can also be adapted to the
national education system and help train informatics
teachers as highly qualified specialists who meet
modern professional requirements[4].
Also, the share of the main modern pedagogical
approaches that influence the formation of soft skills
of computer science teachers is reflected in the
following diagram (Figure 1):
Figure 1. Distribution of the main factors influencing the formation of soft skills
in computer science teachers.
The combination of modern pedagogical technologies
and innovative approaches in the development of
soft skills serves to perfectly form not only the
professional, but also the personal qualities of
computer science teachers. Such skills, in turn,
guarantee their effective work in the future, rapid
adaptation
to
an
advanced
technological
environment, and the formation of competitive
personnel.
The importance of interactive teaching methods in
modern education is increasing year by year. In
particular, in the training of computer science
teachers, interactive methods are showing their
effectiveness in developing not only theoretical
knowledge and technical competencies, but also soft
skills - that is, soft skills such as communicative,
creative, collaborative and leadership. The main
advantage of interactive methods is that they put the
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American Journal of Applied Science and Technology (ISSN: 2771-2745)
student at the center of the learning process,
encourage him to be active and turn each participant
into a full-fledged member of the process. For
example, through role-playing games, students
simulate situations that they may encounter in real
life and perform various professional roles and
functions, while naturally developing communication,
problem-solving, quick and correct decision-making,
social adaptation and leadership skills[5-7].
Using case-study technology, the teacher exposes
students to real problem situations and guides them
to analyze and find solutions together. In this process,
each student acquires the skills of independently
expressing his or her own opinion, approaching the
problem from different perspectives, listening to
each other's opinions, and discussing them
constructively. This is especially true in practical tasks
in the field of computer science - identifying errors in
software code, optimizing a project, or developing a
new algorithm. In such problem situations, through
teamwork, open communication, and collaborative
work, students acquire important soft skills that are
relevant to real life[8].
Another important aspect of interactive training is
manifested in the methods of discussion and group
work. In the process of group work, each student feels
responsible within the framework of the role assigned
to him, openly expresses his opinion, listens to and
responds to others, values the diversity of opinions,
understands social responsibility, and learns to
cooperate constructively in achieving results. These
experiences provide significant assistance to
computer science teachers in a real professional
environment - for example, working in a project team,
guiding students, organizing social projects and
initiatives[9].
Currently,
interactive
methods
are
being
implemented in tandem with innovative approaches
specific to the field of computer science. For example,
online training, interactive seminars, virtual
laboratories, and remote project activities form not
only the technological literacy of computer science
teachers, but also their communicative and
collaborative skills at a high level. In an online
environment, a student acquires skills such as
independent knowledge search, remote teamwork,
concise and clear expression of his thoughts, self-
evaluation and evaluation of others, stress tolerance,
and proper time management.
At the same time, another useful aspect of interactive
methods for computer science teachers is that they
help develop a creative approach and critical thinking.
“Brainstorming”, “syncwine”, concept mapping,
SWOT analysis and other methods form the skills of
teachers to put forward new and effective ideas, find
alternative solutions, and take a creative and
analytical approach to their work. This is very
important for modern computer science lessons,
because at a time when technologies are rapidly
changing, it is necessary to always be innovative and
flexible[10].
The effective use of interactive teaching methods has
a strong impact on the thorough and sustainable
formation of modern soft skills in computer science
teachers. Because through these methods, the
teacher involves students in practical activities,
encourages them to work on themselves, openly
exchange ideas, be socially active, cooperate and
lead. As a result, future computer science teachers
are formed not only as professionally knowledgeable,
but also as communicative, flexible and leading
specialists who can work effectively in any
professional environment.
In the modern professional activity of computer
science teachers, not only exact scientific knowledge,
but also solid soft skills - namely, communicative,
creative, collaborative, critical thinking, time
management and leadership skills - are of great
importance. Therefore, the introduction of project
and practical tasks into the educational process is
considered one of the most effective mechanisms
today. The main advantage of project-based
education is that each student or group is engaged in
solving a real problem or creating a product for a
certain period of time. For example, computer
science teachers who participate in tasks such as
software development, website creation, mobile
application development, database design, algorithm
development, while consolidating their knowledge in
practice, also develop skills such as communication,
leadership, teamwork, problem solving and a creative
approach[11].
One of the advantages of project assignments is that
each participant feels their role and responsibility,
actively participates in defending their point of view
in the group, approaching the problem from different
angles and making decisions. This process leads to the
formation of soft skills such as communication and
exchange of ideas in a team environment, reaching
compromises and conducting disputes in a civilized
manner. Participants, faced with practical problems
such as various conflicts, time constraints, and proper
allocation of resources in project activities, learn to
independently manage stress, find creative solutions
to problems, make decisions, and effectively present
the result.
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American Journal of Applied Science and Technology (ISSN: 2771-2745)
Another
effective
mechanism
for
practical
assignments is the development of independent
small projects in individuals or small groups and their
presentation in public. Through this, participants
deepen their skills in clearly and well-foundedly
expressing their opinions, answering questions, and
communicating with the audience. During the
presentation process, teachers increase their self-
confidence, learn to be open to feedback, develop
critical thinking, and respond effectively. In this way,
project and practical assignments serve as a
foundation for the development of teachers' broader
professional and personal competencies, not only in
the field of science[12].
The level of modern soft skills of computer science
teachers is significantly increased by the gradual
introduction of various pedagogical approaches and
innovative methods into the educational process. At
the initial stage, the level of soft skills in students is
quite low, since they mainly rely on traditional
teaching methods and do not have sufficient
experience in skills such as independent thinking,
communication, collaboration or creative approach.
At the next stage, when interactive teaching methods
(role-playing, case studies, discussions and group
work) are introduced into the educational process,
students actively participate in soft skills and begin to
develop effective communication, critical and
creative
thinking,
social
responsibility
and
cooperation skills.
In the third stage, as a result of the widespread
introduction of project assignments, computer
science teachers will strengthen the necessary soft
skills such as working on real problems, collaborating
in a group, presenting results in public, managing
stress, and making quick decisions. In the final stage,
as a result of practical assignments and the full
integration of digital technologies into the learning
process, the level of soft skills of students will
increase to a high level through independence,
flexibility, effective use of modern technologies, and
rapid information exchange[13].
The following graph clearly shows the gradual
increase in the development of soft skills among
computer science teachers (Figure 2):
Figure 2. The main stages of soft skills development in the educational process.
In addition, competitions and practical seminars such
as “hackathon”, “startup week”, “innovation
marathon”, organized on the basis of a project
approach, serve as an important factor in further
developing the soft skills of computer science
teachers. As a result of such activities, participants
enter into healthy competition with each other,
strengthen their skills in making effective decisions,
solving creative problems and promoting new ideas in
a short time. At the same time, in a modern
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American Journal of Applied Science and Technology (ISSN: 2771-2745)
educational environment, organizing online projects,
virtual collaboration and remote assignments
through digital platforms, information exchange and
group tasks are also important mechanisms for
computer science teachers.
The widespread use of project and practical
assignments in the educational process is one of the
most effective and innovative methods for the
formation and development of modern soft skills in
computer science teachers. Through this approach,
teachers develop not only as experts in their field, but
also as leaders, creative, responsible and flexible
individuals in the team.
CONCLUSION
In conclusion, the development of soft skills in future
computer science teachers has become a priority of
the modern educational process. Analysis shows that
as a result of interactive methods, project and
practical tasks, as well as the effective use of digital
technologies, computer science teachers are formed
as comprehensively mature and competitive
specialists in professional and personal terms.
Systematic development of soft skills ensures not
only the professional potential of teachers, but also
their personal development. This approach increases
the adaptability of computer science teachers to
modern requirements and the environment and
brings the quality of education to a new level[14].
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