• Research Publications

    Results of Verification of the Methods of Speech Activity Formation in Children with Autistic Disorders

    This post presents a multidisciplinary study focused on developing and verifying corrective-developmental methods for forming speech activity in preschool children with autistic spectrum disorders (ASD). Conducted by researchers from leading Ukrainian universities and institutes of pedagogy, the study integrates psychological, linguistic, and neurodevelopmental principles to improve communication and language outcomes in early intervention settings.


    Authors:
    Nataliia Bazyma – National Pedagogical Dragomanov University, Ukraine (UA)
    Dmytro Usyk – Sumy State Pedagogical University named after A.S. Makarenko, Ukraine (UA)
    Iryna Omelchenko – Mykola Yarmachenko Institute of Special Pedagogy and Psychology, National Academy of Educational Sciences of Ukraine (UA)
    Vadym Kobylchenko – Mykola Yarmachenko Institute of Special Pedagogy and Psychology, National Academy of Educational Sciences of Ukraine (UA)
    Nataliia Babych – Borys Grinchenko Kyiv University, Ukraine (UA)
    Svitlana Tsymbal-Slatvinska – Pavlo Tychyna Uman State Pedagogical University, Ukraine (UA)


    Introduction

    Speech activity—the ability to use language for communication, expression, and understanding—is one of the most complex human functions. In children with autistic spectrum disorders (ASD), speech and communication development is often delayed or qualitatively different due to neurological, sensory, and social interaction challenges.

    This study, “Results of Verification of the Methods of Speech Activity Formation in Children with Autistic Disorders,” focuses on designing, implementing, and verifying a structured corrective-developmental program aimed at forming active speech in preschoolers with ASD.


    Research Purpose

    The objective was to create and test an evidence-based, multi-stage system that supports the formation of speech activity — including motivation, initiative, content richness, and communicative intent — in preschool-aged children diagnosed with autistic disorders.


    Methodological Framework

    The researchers designed a corrective-developmental methodology grounded in:

    • Developmental psychology and neuropsychology principles;
    • Laws of speech function formation in ontogenesis;
    • Pedagogical and speech therapy practices tailored to children with ASD;
    • Individualized approaches respecting each child’s current level of speech development and cognitive capacity.

    The methodology was structured around three core stages:

    1. Research-Diagnostic Stage – Assessment of each child’s speech level, communication patterns, and social engagement.
    2. Correction-Activity Stage – Implementation of targeted speech formation activities designed to stimulate verbal initiative and dialogue participation.
    3. Function-Speech Stage – Integration of learned skills into natural communication contexts, supporting speech generalization and functional use.

    Each stage built upon the previous one, ensuring continuity and progressive mastery of communicative competence.


    Core Components of Speech Activity Formation

    The authors identified four key components critical to developing speech activity in children with ASD:

    1. Initiative – The ability to begin communication or express thoughts spontaneously (monologic speech).
    2. Motivation – The desire and willingness to engage in dialogue and social exchange.
    3. Content-Richness – The ability to produce meaningful, semantically coherent speech using accessible language units (words, phrases, sentences).
    4. Vocal and Sound Skills – Use of sound imitations, vocalizations, and sound complexes as foundational pre-speech elements.

    Experimental Verification and Results

    The experiment involved systematic implementation of the new methods in a group of preschoolers with ASD. Quantitative and qualitative assessments were used to evaluate progress in monologic and dialogic speech.

    Key findings include:

    • Significant improvements in speech initiative — more children began to communicate spontaneously.
    • Increased dialogue motivation, with children demonstrating willingness to engage in structured and spontaneous conversations.
    • Enhanced language content, with richer and more coherent verbal expressions observed across sessions.
    • Observable integration of vocal and linguistic elements into functional communication behaviors.

    Overall, the data confirmed that the corrective-developmental methodology effectively enhances the formation of speech activity as a coherent and sustainable process.


    Discussion

    The results validate the interconnected structure of the proposed model — showing that the stages of speech development (diagnosis, correction, functionality) form a continuous, interdependent pedagogical process.

    By addressing not only language structure but also emotional, motivational, and sensory aspects, the methodology aligns with the neuropsychological mechanisms of speech formation.

    Moreover, the study emphasizes the importance of individualized and play-based approaches in speech therapy for autistic children, ensuring engagement and comfort during communication training.


    Conclusion

    The verification results demonstrate that the newly developed methods for speech activity formation in children with autistic disorders are effective and scientifically grounded.

    Through structured intervention and adherence to neurodevelopmental principles, educators and therapists can foster meaningful improvements in speech initiation, motivation, and linguistic competence among preschoolers with ASD.

    The research contributes valuable insights to special pedagogy, speech therapy, and autism intervention, offering a replicable framework for both practitioners and educational institutions.


    See full paper here: https://doi.org/10.18662/brain/13.1/270.

  • Research Publications

    Communication Training of Future Sports Coaches in the Context of Neurophysiological Patterns

    This post highlights an experimental pedagogical study that explores how neurophysiological principles can enhance communication training for future sports coaches. Conducted by a team of Ukrainian researchers, the study demonstrates how targeted educational interventions can improve communicative competence — a crucial skill for coaching, leadership, and athlete motivation.


    Authors:
    Yuliia Nenko – National University of Civil Defence of Ukraine (UA)
    Serhii Medynskyi – Bohdan Khmelnytsky Melitopol State Pedagogical University, Ukraine (UA)
    Borys Maksymchuk – Izmail State University of Humanities, Ukraine (UA)
    Lidiia Lymarenko – Kherson State University, Ukraine (UA)
    Larysa Rudenko – Lviv State University of Life Safety, State Emergency Service of Ukraine (UA)
    Serhii Kharchenko – Sumy National Agrarian University, Ukraine (UA)
    Andriy Kolomiets – Sumy National Agrarian University, Ukraine (UA)
    Iryna Maksymchuk – Izmail State University of Humanities, Ukraine (UA)


    Introduction

    Effective communication is at the heart of successful coaching, influencing athlete performance, team cohesion, and psychological resilience. For future sports coaches, communication competence is not merely a social skill — it’s a neurophysiological process involving attention, perception, emotion regulation, and empathy.

    This study, “Communication Training of Future Sports Coaches in the Context of Neurophysiological Patterns,” investigates how integrating neurophysiological mechanisms of communication into educational training can strengthen professional readiness among sports coaching students.


    Purpose of the Study

    The main goal of the research was to experimentally verify pedagogical conditions that improve communicative competence in future sports coaches by:

    • Cultivating a value-based attitude toward professional communication;
    • Implementing interactive learning methods grounded in neurophysiological understanding;
    • Enhancing educational and methodological support;
    • Promoting subject–subject interaction through simulated professional communication situations.

    Methodology

    The study involved 211 students, divided into:

    • Experimental group (EG): 105 participants;
    • Control group (CG): 106 participants.

    All participants voluntarily took part in the research, which combined didactic innovation, interactive modeling, and neuropsychological diagnostics.

    Key methods included:

    • Development of author-designed educational materials tailored to communicative training;
    • Simulation exercises replicating real-life coaching interactions;
    • Diagnostic tools assessing emotional regulation, empathy, verbal/non-verbal skills, and attention control, reflecting neurophysiological patterns of communication.

    Findings

    After the formative experiment, the results showed significant improvement in communicative preparedness among students in the experimental group:

    • High level of communicative readiness: +12.4%
    • Average level: +13.3%
    • Low level: −25.7%

    These findings confirm that neuro-informed pedagogical conditions enhance professional communication skills by aligning teaching with the brain’s natural mechanisms of learning and adaptation.


    Discussion

    The results demonstrate that effective communication training requires more than role-play or rhetoric exercises — it demands attention to how the nervous system processes information, emotion, and feedback.

    By integrating neurophysiological principles such as:

    • Attention control (focus and concentration during interaction),
    • Mirror neuron activation (empathy and imitation in communication),
    • Emotional regulation (stress resilience and feedback management),

    future coaches can achieve higher engagement, emotional intelligence, and behavioral adaptability.

    This approach transforms communication from a surface skill into a neurologically grounded competency, essential for motivating athletes, managing conflict, and fostering team trust.


    Conclusion

    The experimental data provide strong evidence that neurophysiologically informed teaching strategies can significantly enhance communicative readiness among future sports coaches.

    By focusing on autonomy, empathy, feedback responsiveness, and cognitive regulation, educators can train professionals capable of leading teams both intellectually and emotionally.

    The study contributes to a growing body of work on neuroeducation, showing that understanding the brain’s communication mechanisms leads to more effective, sustainable learning outcomes in sports pedagogy and beyond.


    See full paper here: https://doi.org/10.18662/brain/13.1/268.