This study examines the design and implementation of educational scenarios created with Synth4kids, an innovative music-educational software designed for preschool education. Synth4kids offers an intuitive environment that fosters musical creativity, inclusion, and differentiated instruction through emerging and assistive capabilities. As an original and innovative tool designed for preschool education, it bridges accessibility gaps while promoting joyful, multisensory music-making. The intervention consisted of twelve weekly sessions, each lasting approximately 45 min, for four male children aged four to six years, at Baby Maestro Cyprus. Sessions were structured to integrate the AT and ET features of Synth4kids. In line with Universal Design for Learning principles, educational activities have been crafted to boost musical engagement in young children via personalized, play-based interactive experiences. The findings indicate that the early integration of assistive features, such as gaze control, motion tracking, tactile interfaces, and chromesthesia, significantly enhances accessibility, creativity, and social participation among learners with diverse profiles. Notably, incorporating Synth4kids into music teaching and learning activities demonstrates how AT tools promote agency, autonomy, and collaborative creativity, fostering new pedagogical approaches that enhance equity and engagement in music education. Overall, this study reveals that the thoughtful use of digital technologies can transform early childhood music education into an inclusive and dynamic learning environment.

Nowadays, children grow up in a digital-cultural environment that forms their music experiences. However, traditional music-educational methods, designed many decades ago, do not involve new technologies or the use of electronic sounds and instruments in their content. In this respect, a vital part of children's music preferences is not expressed. In recent years, as an attempt to integrate digital media into early musical lessons, some virtual instruments have been developed. However, most of them consist of reproductions of acoustic instruments (pianos, glockenspiels, percussion) without taking advantage of the expanded capabilities of new technologies. This paper aims to present Synth4kids, an original music-making web-application created for children aged 5 to 8 years. Synth4kids is a monophonic virtual instrument synthesizer based on analog synthesis, incorporating elements from the traditional music-educational methods, oriented toward music lessons. It is also compatible with all tablets and computers and can be used alone or in conjunction with acoustic and Orff instruments. Furthermore, it benefits from the tablets' tilt sensor and touch screen, enabling extended kinaesthetic experiences. All in all, it offers opportunities for extended sound experimentation and improvisation, allowing children to get in touch with electronic music.

In recent years, rapid technological advancements have transformed the ways people interact with music. Children of the digital era are immersed in environments that expand both their musical experiences and preferences. The emergence of digital technology has paved the way for the creation of learning environments and software tailored to young children’s education. These tools aim to establish a new educational framework that is distinct from traditional approaches. However, music education does not seem to align with this new digital educational context, as it continues to emphasize instructional models developed decades ago – models that typically exclude the use of digital technologies in their content. This article presents the findings of an educational intervention designed to integrate and utilize digital media in pre-school and early primary music education, utilizing the music educational software Synth4kids. The research results demonstrate the creation of a new technology-enhanced learning environment where children found meaning and participated actively and enthusiastically in authentic music teaching and learning situations, transforming their experiences and acquiring new musical and technological skills.

The rapid technological advancement of recent years has transformed how people interact with music. In a world where digital transformation is accelerating, the role of technology in music education has become increasingly crucial. In particular, digital platforms and tools are reshaping the way music is taught, especially for younger generations. Children in the digital age are exposed to various musical experiences and preferences. This has led to the development of digital learning environments and software for preschool children, creating a fundamentally new educational framework. However, music pedagogy often relies on traditional teaching models that do not incorporate digital technologies. This article discusses findings from an educational intervention using the Synth4kids software in early childhood music education. Synth4kids offers new avenues for educators to incorporate technology into early childhood education, encouraging creativity, collaboration, and engagement. The study highlights how combining technology and music pedagogy can enrich the learning experience for young children. The results highlight a new techno-centric learning environment where children engage actively and enthusiastically in authentic music teaching and learning situations, transforming their experiences and developing new musical and technological skills. Additionally, the study shows the importance of designing child-friendly software that balances educational goals with playful engagement.

In the past decade, there has been a significant effort to incorporate maker culture principles and techniques into education. By following the STEAM education perspective, integrating maker movement educational scenarios presents an opportunity to establish a cutting-edge musical-technological learning atmosphere in music classes. This article delves into the results of an educational intervention conducted in a theory of music course at a Greek conservatoire. The aim of the research was to design and implement teaching scenarios built on the maker movement with a group of four students aged between 6 and 7 years, using the music educational software Synth4kids and the Makey-Makey interface as the main methodological tools. The primary objectives were to explore the students’ experiences and perceptions of the learning process within this new educational environment and to examine the perceived development of their knowledge and skills. The findings of the pilot study indicate that the students actively and enthusiastically engaged in constructing musical artefacts and immersed themselves in music-making as active participants, leading to the acquisition and transformation of musical and technological skills through meaningful experiences. In short, it is revealed that findings converge with existing research in the field.

This paper presents the development of Synth4kids, music-educational software for music teaching-learning processes designed for children aged five to eight years. Synth4kids integrates elements from traditional music-pedagogical methods –Dalcroze Eurhythmics, Orff Schulwerk, Kodály Method– along with features aligned with the incorporation of emerging technologies in music education –augmented reality, the use of tangible interfaces/sensors, eye-tracking processes, QR-code implementation, and collaborative online music practices– providing new and extended ways of music-making, expression, and learning for young children. As a pedagogical tool, it was designed with the ultimate goal of being incorporated into musical-educational activities following a STEAM perspective, based on project-based, inquiry-based, and cooperative learning, transdisciplinarity, as well as game-based and authentic problem-solving experiences.

In recent decades, a strong research interest has been observed regarding the integration of artifact-making practices and strategies in teaching-learning processes. Reflecting the philosophy of the STEAM educational approach, the design and implementation of maker culture teaching scenarios in the classroom create the conditions for transforming music education processes and fostering a new technological-musical environment. This article presents preliminary findings from a practical intervention utilizing the musical educational software Synth4kids. The aim was to investigate the experiences of a group of four children aged six to seven years involved in maker movement activities in the first year of the course "theory of music" in a Greek conservatory. The research questions investigated the participants’ learning process by examining their perceptions of their experiences and exploring the knowledge and skills they appeared to have acquired. Educational activities seemed to offer meaningful experiences to the children, who participated actively and enthusiastically in the new musical-technological learning environment. They expressed the unique value of their involvement while, at the same time, their musical and technological knowledge and skills expanded beyond the learning outcomes of the "theory of music" course to include the cultivation of computational thinking and the development of creativity.

The rapid technological development of recent years has transformed the ways in which people interact with music. Children growing up in today’s digital era are immersed in environments that continually expand their experiences and musical preferences. These developments have led to the design of digital learning environments and software oriented toward early childhood, encouraging pedagogical frameworks that differ substantially from conventional models. Music pedagogy, however, does not always appear aligned with this new digital educational context, continuing to rely on teaching models developed decades ago that understandably did not include digital technologies. This article discusses findings from an educational intervention focused on the integration and use of digital media in preschool and early-primary music education through the music-education software Synth4kids. The findings indicate the emergence of a new technology-centred learning environment in which children found meaning and participated actively and enthusiastically in authentic music teaching and learning situations, transforming their experiences and supporting the development of new musical and technological skills.

Recently, growing interest from music educators and researchers has focused on the intersection of maker culture in music education (Palaigeorgiou & Pouloulis, 2018). Maker culture is closely connected to STEAM education, focusing on project-based learning through collaborative and authentic problem-solving approaches (Huang, 2020). Although such activities appear in schools, hands-on activities are yet to be used broadly in conservatory settings. This presentation discusses the incorporation of maker culture activities in a music theory class in a Greek conservatory with a group of 4 students aged 6 to 7. The focus was on exploring students' learning processes and investigating their perceptions of the value of the maker culture intervention for their musical comprehension. For a period of four months, we implemented hands-on musical activities with this student group, using the Synth4kids application. Synth4kids is an original web-audio application designed to be incorporated into music teaching-learning processes for young children (Mygdanis, 2021). It integrates elements from the traditional music-pedagogical methods –Dalcroze Eurhythmics, Orff Schulwerk, Kodály Method– along with features aligned with current trends in "music, technology, education" –Ubimus, IoMusT, augmented reality, QR codes, etc. One of the most prominent features is the compatibility with the LeapMotionTM sensor and the Makey-MakeyTM microcontroller, providing extended opportunities for music-making and teaching-learning through the construction and connection of tangible-musical artifacts –instruments, sound-based interfaces. Activities followed a STEAM project-based learning perspective, providing students with cooperative, interdisciplinary, game-based, and authentic problem-solving experiences. Findings from observation, semi-structured interviews, informal discussions, and written formative assessment show that young students embraced maker culture activities with enthusiasm and engaged in music-making as active agents. Overall, participants stated that the new learning environment enhanced their engagement and transformed their experiences.

In today’s digital era, the accelerated development of music technology has transformed the way people interact with music. The current digital-cultural environment shapes children’s music preferences, forming new types of music literacies. In this context, the incorporation of digital media in music lessons can provide new and expanded approaches to music teaching and learning. Despite the rapid societal, cultural, and technological changes, music education has not given proper attention to integrating music technology into teaching processes. This issue is particularly evident at kindergarten age, where traditional music-educational methods, designed decades ago, do not incorporate new technologies and tend to focus on musical instruments and genres that are absent from the new digital-cultural environment. This article presents an educational proposal for incorporating virtual instruments into music teaching and learning processes at kindergarten age. For that purpose, music-educational activities will be designed using Synth4kids, an original music-making web application oriented toward music lessons. Activities will be developed with an emphasis on improvisation, sonic experimentation, experiential learning, kinesthetic experiences, and cooperative teaching, tailored to the musical needs and preferences of children in the current digital environment.

Children today grow up in digital environments that shape their musical experiences. Traditional music-pedagogical methods, however, were developed many decades ago and do not incorporate new technologies or the use of electronic sounds and instruments, leaving an important part of children’s contemporary musical preferences underrepresented. A range of virtual instruments has been developed over time, but most reproduce acoustic instruments without a clear music-pedagogical orientation and without fully exploiting the possibilities of contemporary technology. This article presents Synth4kids, an original web-based music application designed for children aged five to eight. Synth4kids is a virtual synthesizer oriented toward music teaching and learning and incorporates elements from traditional music-pedagogical approaches, including Dalcroze Eurhythmics, the Kodály Method, and Orff Schulwerk. The application is compatible with major operating systems, makes use of tablet-device sensors, and offers new kinaesthetic experiences. It can also be used alongside acoustic instruments, providing expanded opportunities for sound experimentation, the development of improvisation, and children’s first encounters with principles of electronic music.

The use of technology in music education can create learning experiences in which music is connected with making, experimentation, problem-solving, and play. Within a STEAM framework in particular, narrative and artifact creation can serve as strong motivators for active participation and collaboration. This teaching scenario is structured as a musical mission to the planet MUX808, where students are asked to help the alien commander MusAlien restore communication with the musical spacecraft MUSIXSPACE. Beginning with an SOS message in Morse code, children engage in collaborative, experiential, and playful activities that connect music with technology, engineering, and basic concepts of electricity and coding. Using the Makey Makey interface and Synth4kids software, they explore conductive materials, construct original musical artifacts, identify and reproduce rhythmic and melodic patterns, and experiment with improvisation. The learning sequence draws on the maker movement, constructionism, and design thinking, with the aim of strengthening musical creativity, collaboration, problem-solving, and computational thinking.