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ISSN: 2692-5206, Impact Factor: 12,23
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INNOVATIVE APPROACHES TO TRAINING FUTURE SPECIALISTS IN SPECIAL
EDUCATION
Bekmanova Jamilya Abdullaevna
Doctor of Philosophy of Pedagogical Sciences PhD, NGPI named after Ajiniyaz, Faculty of
Preschool Education, Department of Preschool Education and Defectology
Abstract:
Modern educational systems require a rethinking of traditional approaches to teaching,
shifting toward more interactive and practical methods that foster students' critical thinking and
professional skills. This article explores innovative teaching strategies, such as gamification and
the flipped classroom technique, which actively engage students in the learning process. One of
the key aspects discussed is the effectiveness of these methods in preparing future speech therapy
specialists. These approaches contribute not only to the development of professional competencies
but also to the enhancement of communicative and cognitive skills.
The article also examines the use of neuro-exercises and logorhythmics as tools for improving
students’ concentration and overall productivity. It emphasizes that the implementation of non-
traditional teaching forms significantly increases the overall effectiveness of the educational
process and helps students develop adaptability, creative thinking, and the ability to find
independent solutions.
In addition to the aforementioned methods, the role of technology in modern education is
highlighted. The use of digital platforms and tools, such as online courses, video lectures, and
interactive applications, greatly expands access to educational resources and makes learning more
flexible. Students can study materials at their own pace and convenience, which contributes to
deeper knowledge acquisition.
The article also considers the importance of collaboration and project-based learning as essential
components of the educational process. Working in groups on real-life cases, students not only
develop teamwork skills but also learn to apply theoretical knowledge in practice. This creates
opportunities for experience and idea exchange, enriching the overall learning experience.
The value of feedback should not be overlooked. Regular assessments and peer or instructor
feedback help students adjust their approaches and actions, supporting their professional growth.
The integration of formative assessment, as opposed to traditional summative assessment, enables
a stronger focus on the learning process itself rather than solely on final outcomes.
Thus, rethinking traditional teaching approaches opens new horizons for shaping competent
professionals. The use of interactive methods, technology, and collaboration creates a dynamic
educational environment where each student has the opportunity to unlock their potential and
prepare for the challenges of the modern world.
Keywords: modern education, innovative teaching methods, gamification, flipped question
method, interactive learning, practice-oriented approach, critical thinking, speech therapy, neuro-
exercises, logorhythmic training, student engagement.
Introduction
Modern education is undergoing significant transformations, which call for a reconsideration of
traditional teaching methods. The new generation of students, raised in the era of the internet,
social media, and instant access to information, expects an interactive and practice-oriented
approach that stimulates cognitive engagement and fosters critical thinking. They need not only to
acquire theoretical knowledge, but also to understand how to apply it in real professional and life
situations.
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ISSN: 2692-5206, Impact Factor: 12,23
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Educators are faced with a number of important questions: How can student engagement in the
learning process be increased? How can education be made not only useful but also engaging?
And how can students be prepared for a rapidly changing world, where critical thinking, creativity,
and adaptability are among the most essential skills?
The answer to these challenges lies in the implementation of non-traditional forms and methods
of working with students—approaches that make the educational process more interactive,
motivating, and focused on the development of practical competencies.
Main Body
In modern speech-language pathology (defectology), this issue has been widely studied. T.N.
Vintaeva and E.A. Chaladze examined the development of professional competencies in the
training of defectology teachers through the use of interactive teaching methods [Journal Problems
of Modern Pedagogical Education, 2018, No. 60-4. 52].
N.N. Abashina and N.A. Platokhina studied the use of case technologies in the development of
professional competencies among future defectology teachers [Journal Innovative Science:
Psychology, Pedagogy, Defectology, 2018, No. 1.2].
M.I. Lynskaya, D.Yu. Postrygailo, and Zh.B. Yuldashev demonstrated the potential of interactive
and information technologies in the training of speech therapy professionals. E.A. Rumyantseva
focused on the use of modern interactive technologies in teaching students with mild intellectual
disabilities.
Ch.B. Medvedeva, I.V. Tsivunina, and G.Yu. Klimentova emphasized the importance of business
games as a method of interactive student training [Journal Bulletin of Kazan Technological
University, 2012, No. 2].
Various interactive forms and methods are actively used in the traditional educational process of
training defectology students. These methods contribute to the deepening of knowledge and the
development of essential skills.
One of the effective approaches is the lecture-conversation format, in which the instructor poses a
series of key questions aimed at engaging all students in discussion. These questions may range
from simple, requiring direct answers, to more complex and problem-based, encouraging deeper
student participation.
Also notable is the lecture-discussion format, which activates students’ cognitive activity by
enabling the exchange of diverse perspectives, thereby deepening understanding of the subject
matter.
Lectures analyzing pedagogical situations involve students in the discussion and resolution of
professional problems, promoting critical thinking and teamwork.
An interesting format is the press-conference lecture, where the instructor answers pre-prepared
written questions from students, fostering openness and engagement.
Lectures that include intentionally planned mistakes aim to activate the learning process and
stimulate both intellectual and emotional engagement.
Small-group work—such as in pairs or trios—encourages active participation, role distribution,
and peer-to-peer exchange.
Creative tasks are another method to increase interest in learning. Typically, these tasks have no
single correct answer, encouraging students to think creatively and find their own solutions.
Educational games, including business and role-playing games, allow students to simulate real-
life situations involving collaborative decision-making and discussion of relevant issues.
Master classes give students the opportunity to observe specific professional actions, which
significantly enhances knowledge retention.
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Interactive excursions, such as virtual exhibitions, expose students to objects outside the classroom
without leaving the learning environment.
Field trips to workplaces allow students to gain firsthand insights into the profession, consolidate
learned material, and acquire new knowledge in an informal setting.
Thus, the use of diverse methods and formats creates conditions for deeper understanding and
knowledge acquisition in the field of speech-language pathology.
At the same time, modern teaching approaches are based on principles of activity, engagement,
and practical orientation. Among innovative methods that contribute to these goals, gamification
and the “inverted question” technique deserve special attention. These are particularly effective in
training future speech therapists, as they foster not only professional competencies but also
creative thinking, communication skills, and adaptability.
Numerous scholars have made significant contributions to the development of gamification theory.
D. Hunter and K. Werbach, in their book For the Win: How Game Thinking Can Revolutionize
Your Business, presented the outcomes of the world’s first gamification course, offering strategies
for applying game principles to enhance employee motivation and performance.
G. Zichermann and D. Linder, in Gamification by Design: Implementing Game Mechanics in Web
and Mobile Apps, offered an original concept that helps to engage users without major
expenditures, focusing on long-term customer retention.
I. Nefedyev and M. Bronnikova, in Gamification in Business and Life: Turn Routine into a Game!,
described methods to motivate oneself and others, emphasizing the importance of sustained
motivation in a competitive environment.
Yu-Kai Chou developed the Octalysis Framework, described in Actionable Gamification, which
is based on eight core motivational drivers and offers a unique approach to implementing
gamification in education and beyond.
J. McGonigal, in Reality is Broken, analyzed how game design practices can improve life quality
by drawing on positive psychology, cognitive science, and sociology.
E. Lyubko, founder of a corporate communication platform, in Light Gamification in HR
Management, shared practical insights into simple and effective ways to incorporate gamification
in personnel management.
Gamification involves incorporating game elements into educational practices to enhance student
motivation and engagement, while also improving learning outcomes. This approach is not limited
to using traditional games; it preserves the educational value while making the learning process
more engaging and interactive [Hunter & Werbach, 2019].
In the educational context, various game mechanisms are employed. These include ranking
systems (e.g., points, badges, levels), quests and missions (structured learning tasks), and role-
playing games that simulate real professional situations. Feedback can also be gamified—for
instance, via interactive quizzes and digital tests—making learning more dynamic and enjoyable.
We have proposed and tested an “inverted question” method, an innovative pedagogical approach
that reverses the traditional learning model: instead of answering the teacher’s questions, students
formulate their own questions based on the material.
This method fosters active engagement, making students active participants in their own learning.
It cultivates critical thinking, as meaningful question formulation requires deep understanding of
the topic. It also increases motivation by giving students greater responsibility over their learning.
Furthermore, the method supports personalized learning, as students’ questions reflect their
individual interests and needs.
The implementation of this method includes several stages. During the preparatory phase, students
learn how to formulate questions at various levels of complexity. Next, they independently study
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ISSN: 2692-5206, Impact Factor: 12,23
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page 1081
the material, generate questions, and classify them by type. Group discussions then allow for
question exchange, collaborative problem-solving, debate, and reasoning. Finally, during the
reflection phase, students evaluate the quality of their questions, identify knowledge gaps, and
adjust their learning strategies.
Gamification and the “inverted question” method enable future speech therapists not only to
acquire theoretical knowledge but also to apply it in practice. These creative approaches increase
the time spent on hands-on training and make learning more enjoyable. In the modern context, the
teacher’s role extends beyond knowledge delivery—they become a mentor who helps students
explore solutions, experiment, and develop their own working strategies.
Contemporary education requires not only the transmission of theoretical knowledge but also the
development of students’ cognitive, communicative, and adaptive skills. In this regard, neuro-
gymnastics (neuro-exercises) plays a particularly important role. It is a method for stimulating
brain activity, improving attention, and increasing overall productivity. Integrating neuro-
exercises into the educational process promotes cognitive flexibility, reduces stress, and enhances
emotional regulation.
Neuro-gymnastics includes a set of physical exercises aimed at stimulating interhemispheric
interaction. These exercises positively affect cognitive processes such as memory, attention, and
information processing. In the educational context, neuro-exercises can be implemented during
class preparation, breaks, or as part of the learning process itself.
Examples of neuro-exercises include:
•
Cross-lateral movements (e.g., touching the left knee with the right hand and vice versa),
which stimulate interhemispheric connections.
•
Finger exercises (various movements with both hands), which develop coordination and
enhance focus.
•
Simultaneous two-hand drawing, which fosters hemispheric synchronization and creative
thinking.
Incorporating neuro-exercises in game-like formats makes the learning process more dynamic and
engaging. During such activities, students interact while performing tasks that require
coordination, concentration, and rapid decision-making. The playful environment increases
motivation, reduces anxiety, and improves engagement. Combining physical and cognitive tasks
activates different areas of the brain, promotes logical thinking, and improves students’
information processing abilities.
Interactive technologies—such as mobile apps and virtual reality—expand the possibilities for
using neuro-exercises, integrating them into digital educational platforms.
Research Results
In 2023, specialists from our department completed a project aimed at implementing the gamified
program "Managing Educational Deficiencies". The primary goal of our study was to integrate
and advance the latest technologies within the educational process, specifically through the
creation and testing of new educational games to enhance students’ active engagement. We viewed
gamification as a modern instructional tool.
A key aspect of our research was the application of gamification in the learning process. This
approach involves the use of game mechanics and principles in non-game contexts, which in turn
increases student motivation and engagement. Our objective was to investigate the impact of this
approach on educational outcomes and the level of student participation in the learning process.
The results of our study exceeded expectations, demonstrating significant improvements in key
educational indicators. For instance, the average time spent by students in the educational game
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ISSN: 2692-5206, Impact Factor: 12,23
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increased from 17 to 23 minutes—an increase of 35%. This indicates a marked rise in student
interest and involvement, which is a crucial factor for successful learning.
The introduction of gamified elements also led to an increase in the number of active users of the
game-based content by 24 students. This growth confirms the rising appeal of educational games
and contributes to the expansion of the learning community.
Additionally, we observed a notable increase in daily gaming activity, which rose by 20%. This
growth shows that students began to engage with educational resources more actively, contributing
to the development of consistent learning habits.
One of the most impressive outcomes was the increase in retention of interest in the subject matter.
After the implementation of gamified elements, the retention rate one month after initial interaction
reached 70%. This means that the majority of students involved in the gamified learning process
continued to use game-based methods and returned to the material for at least a month. This
retention level significantly exceeds the average for educational tools and demonstrates that
innovative approaches can foster sustained learning habits and long-term engagement.
A more detailed analysis of the gamified program revealed several interesting trends. Students
began to use educational games more frequently throughout the week, indicating the formation of
a habit of regular learning. The usage frequency more than doubled—from 1.2 to 2.9 times per
week.
The integration of gamification positively influenced the number of completed learning tasks,
which increased from 11.4 to 17.7. This indicates not only heightened activity but also increased
motivation toward learning.
The percentage of correctly completed tasks also showed significant growth, reflecting improved
educational quality and a higher level of content mastery. The increase from 9.8 to 14.3 correctly
solved tasks demonstrates that gamification not only captivates but also facilitates deeper learning.
Moreover, students began to explore a broader range of subjects, extending beyond a single
discipline. The number of studied materials rose from 1.5 to 3.6, highlighting a growth in cognitive
curiosity and a tendency toward multidisciplinary learning.
Conclusion
The results obtained confirm that gamification has a significant and multifaceted impact on the
educational process. The application of game principles not only increases student engagement
and motivation but also contributes to the improvement of educational outcomes, the formation of
sustainable study habits, and the development of a multidisciplinary approach to learning.
We are confident that integrating gamification into educational platforms opens new horizons for
creating effective and engaging teaching methods that promote the acquisition of knowledge and
skills in demand in the modern world. These achievements highlight our commitment to
innovation in the field of education and our desire to create optimal conditions for student learning
and development.
The practice of implementing a gamified educational program demonstrates that regular use
of neuro-exercises in the educational process:
•
Improves concentration and memory – students better retain information and maintain
attention for longer periods during lessons.
•
Reduces stress – performing physical and cognitive exercises helps with relaxation and
emotional regulation.
•
Develops critical thinking and creativity – stimulating various areas of the brain helps to
find unconventional solutions.
Current educational approaches are focused on finding methods that contribute to the all-around
development of the individual. Neurogymnastics, as part of interactive technologies, not only
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ISSN: 2692-5206, Impact Factor: 12,23
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enhances intellectual abilities but also positively impacts the emotional well-being of students,
creating conditions conducive to comfortable material absorption. Including neuro-exercises in the
educational process makes it more productive, while game elements enhance interest, foster
analytical skills, and promote out-of-the-box thinking. Further research into the influence of this
method on academic performance and students’ psychological state opens up prospects for
improving educational practices.
Thus, the educational process transcends traditional classroom lessons. To maintain concentration,
activate cognitive activity, and reduce fatigue during breaks, the aforementioned neuro-exercises
and logorhythmics are used. These methods help shift attention, activate brain function, and
improve coordination. Logorhythmic games aid in perfecting rhythm, intonational expressiveness,
and the coordination of speech with movement. Consequently, breaks become not just moments
of rest, but a valuable part of the educational process, enhancing attention, productivity, and
students' emotional tone.
The introduction of non-traditional teaching methods helps increase the effectiveness of the
learning process, making the acquisition of knowledge more meaningful, interactive, and practice-
oriented. The instructor becomes a guide, directing students towards independent problem-solving
and meaningful mastery of the material, while education transforms into a dynamic process that
meets the demands of contemporary reality.
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