The EDUTECH STEAM lab, established at the Department of Pedagogy in the Faculty of Social Sciences and Humanities at Klaipėda University, serves as an integral component of teacher training by implementing the principles of a Living Lab, a user-centered, open innovation ecosystem that fosters collaboration between educators, researchers and technology developers. This study explores the best practice case of how the Living Lab model, as implemented in the EDUTECH STEAM lab at Klaipėda University, enhances pre-service and in-service teacher training, facilitating the co-creation, experimentation and validation of emerging educational technologies. In particular, the EDUTECH STEAM lab plays a crucial role in preparing teachers to integrate AI-driven learning analytics, adaptive assessment models, and interactive STEAM education into real-world classrooms. The article was conducted using a systematic approach to identify and analyse relevant scholarly works on teacher education, STEAM integration, digital pedagogy, and Living Lab methodologies. The findings indicate that embedding a Living Lab approach in teacher training enhances technological pedagogical content knowledge (TPACK), promotes formative assessment strategies, and supports personalised learning pathways
STEAM education in schools is identified as one an educational priority. The aim of this article is to discuss the challenges faced by primary school teachers in implementing STEAM education. A semi-systematic analysis of scientific literature was chosen to conduct the study. Based on research findings, three key challenges faced by primary school teachers in implementing STEAM education were identified. The findings of the study suggest that teachers struggle to ensure inter- and transdisciplinarity. Most of the focus is on the integration of science and mathematics, while the inclusion of engineering, technology and the arts disciplines often remains insufficient. While digital technologies have great potential to enrich STEAM education for primary students, their
integration remains a challenge. This is not only due to the lack of available technological options, but also because of the limited digital literacy of teachers, and the absence of clear methodological guidelines for how to use these tools effectively. It is therefore essential to ensure that schools are equipped with the necessary digital technologies, and that teachers are empowered to use them effectively in STEAM teaching and learning.
Journal:Tiltai
Volume 94, Issue 1 (2025), pp. 1–15
Abstract
The social integration and reintegration of people with disabilities, especially war veterans and forced migrants, is important in the context of technological progress and social transformation. The study examines the role of instruments and technologies in facilitating these processes by improving access to rehabilitation, communication and professional engagement. Their influence and the role of institutions in promoting inclusion, providing medical, psychological and educational support, and in the formation of more social communities, are analysed. The study answers the questions:
(a) What solutions will be effective for social integration and reintegration for fostering social cohesion?
(b) How do assistive technologies affect reintegration processes? and (c) What steps should be taken to foster social integration and reintegration? The use of modern assistive technologies with stakeholder activities through the implementation of programmes will contribute to the formation of an inclusive society, the co-creation of a more social Europe, and more sustainable development.
Mokslinio straipsnio tikslas – pristatyti kuriamą teorinį modelį, kuris apibūdintų pagrindinius mokyklų tobulinimo pasitelkus skaitmenines technologijas elementus ir leistų atskleisti mokyklų skirtumus bei nustatyti jų geriausią praktiką ir iššūkius. Modelis projektuojamas tokių teorijų, kaip, pvz., mokyklos tobulinimo, edukacinių inovacijų, besimokančios mokyklos, pagrindu, integruojant naujausias skaitmeninių technologijų vaidmens edukacijoje ir mokyklos vadyboje teorijas. Modelio pagrindą sudaro šeši pagrindiniai elementai, apibūdinantys inovatyvią skaitmeninę mokyklą: mokyklos vizija, lyderystė, mokymo(si) procesas, besimokanti bendruomenė, veiklos kokybės užtikrinimas, skaitmeniniai ištekliai. Ypatingas dėmesys skiriamas skaitmeninių technologijų taikymo galimybėms, atsakant į klausimą, kaip jos prisideda tobulinant pedagoginę ir vadybinę praktiką. Sukurtas inovatyvios skaitmeninės mokyklos teorinis modelis bus tolesnio tyrimo pagrindas, leisiantis mokykloms apmąstyti, suprasti ir tobulinti savo praktikas, siekiant pasitelkus skaitmenines technologijas siekti tvarių pedagoginių ir vadybinių pokyčių.
Thanks to the brilliant innovation of the expanding online transportation companies, the Indonesian people are able to obtain an affordable means of transportation. This three major ride-sharing companies (Go-Jek, Grab, and Uber) provide services which not only limited to transportation service but also providing services for food delivery, courier service, and even shopping assistance by utilizing gigantic armada of motorbikes and cars which owned by their ‘driver partners’. These companies are competing to gain market share by implementing the same strategy which is offering the lowest price. This paper would discuss the Indonesian online transportation price war by using price comparison analysis between three companies. The analysis revealed that Uber was the winner of the price war, however, their ‘lowest price strategy’ would lead to their downfall not only in Indonesia but in all of South East Asia.
Šiame straipsnyje atskleidžiama mokslinių tyrimų problematika, susijusi su technologijų sąlygotų pokyčių įgyvendinimu: aprašyti technopokyčio, informacinių technologijų projekto ir organizacinio pokyčio programos skirtumai, įvardyti technologijų sąlygoto pokyčio įgyvendinimo etapai, palyginti darbuotojų technologinių pokyčių priėmimo tyrimo modeliai. Ši teorinė analizė naudinga konstruojant darbuotojų pasipriešinimo technologiniams pokyčiams valdymo modelius ir strategijas.
Dirbtinis intelektas vis labiau skverbiasi į mokyklas ir edukacijos procesą. Tad svarbu nustatyti, kaip jis gali padėti tobulinti mokymo(si) procesą. Šiame straipsnyje apžvelgiamos ir sisteminamos šiuolaikinės dirbtiniu intelektu paremtos edukacinės technologijos, atskleidžiant jų galimus privalumus ir trūkumus, kuriant personalizuotas mokymo(si) aplinkas. Siekiant išsikelto tikslo, taikytas mokslinės literatūros analizės metodas. Jo pagrindu skiriamos pagrindinės dirbtinio intelekto integravimo į edukacines technologijas tendencijos, jos išsamiai aptariamos. Teigiama, kad įvertinus dirbtinio intelekto privalumus ir galimybes edukacijoje, jis turėtų būti vertinamas kaip edukacijos praktiką transformuojantis procesas, kur būtina iš esmės persvarstyti pagrindinius vaidmenis. Svarbiausias efektyvaus dirbtinio intelekto naudojimo edukacijoje veiksnys – mokytojų raštingumas dirbtinio intelekto srityje.