Research Publications

Now showing 1 - 3 of 3

Embargo
A Game Centric E-Learning Application For Preschoolers
(Institute of Electrical and Electronics Engineers Inc., 2025) Kulasekara D.A.M.N.; Nipun P.G.I.; Dombawela H.M.D.L.B.A; Manilka G.S; Manilka G.S; De Silva D.I.
This research explores the potential of advanced technologies such as pose detection (PD), augmented reality (AR), object detection (OD), and voice recognition (VR) in creating a game-centric e-learning application for preschoolers. The proposed application, Kidstac, integrates cognitive and physical development through interactive activities with real world interaction, addressing gaps in traditional e-learning methods that often neglect physical engagement. The app features real-time feedback mechanisms and structured modules like virtual zoo explorations, exercise games, treasure hunts, and pronunciation activities. Testing results indicate significant improvements in motor skills, knowledge retention, problem-solving abilities, and language proficiency. These findings demonstrate the effectiveness of blending physical and digital learning experiences to enhance early childhood education. The study establishes a foundation for scalable, activity-based learning tools, emphasizing the holistic development of young learners.
Embargo
WORDEX: Early Dyslexia Detection and Support
(Institute of Electrical and Electronics Engineers Inc., 2025) Ganegoda, S.H; Dissanayake, O; Samarakoon, S; Jayawardana, N; Thelijjagoda, S; Gunathilake, P
Dyslexia is a prevalent and complex learning disability that affects approximately 5% of primary school students worldwide. It often manifests as persistent difficulties in reading, writing, spelling, and overall academic performance, which can lead to long-term educational and psychological impacts if not addressed early. To facilitate the early identification and support of dyslexic learners aged 7 to 10, this paper introduces Wordex, an innovative and adaptive educational platform. Wordex is designed to screen for multiple dyslexia subtypes and provide targeted interventions through engaging, interactive, and personalized learning activities. The platform features an integrated machine learning-based screening system that analyzes user interactions and performance metrics to assess the risk of dyslexia. Upon identification, the platform delivers tailored remedial exercises that align with national school curricula, aiming to strengthen specific cognitive and linguistic skills. Wordex is developed using a modern technology stack including Spring Boot, Flutter, Python libraries, Firebase, and MongoDB, and incorporates capabilities such as image processing, supervised learning algorithms, real-time progress tracking, and cloud-based data management. A user-centered design approach and iterative testing cycles were employed to ensure the platform is accessible, intuitive, and pedagogically effective. Wordex contributes significantly to the field of educational technology by offering a scalable, research-informed intervention tool. Future enhancements include multilingual support, broader age group coverage, and integration with classroom learning environments.
Open Access
Enhancing Interactive Learning in English-Medium Science: A Practitioner Intervention within the CLIL Framework
(School of Education, Faculty of Humanities and Sciences, SLIIT, 2025-10-10) Mukarrama, M; Wijesekera, H.D
Interactive learning is essential for meaningful engagement in science classrooms, especially in Sri Lanka’s bilingual education (BE) system, where students transition from Mother Tongue Instruction (MTI) to English Medium Instruction (EMI) in Grade Six. Student reluctance to participate in EMI science lessons, often due to limited English proficiency, remains underexplored in this context. This study investigated the root causes of student reticence and implemented targeted interventions to enhance interaction through collaborative group work, evaluating the efficacy of these interventions. The research involved 21 Grade 8 Tamil-English emerging bilingual female students from a government school in the Western Province of Sri Lanka, who exhibited varied levels of English proficiency. None had prior exposure to Content and Language Integrated Learning (CLIL), the specified teaching approach to EMI, which is the main strategy deployed in the study. For this purpose, a single-group, quasi-experimental mixed- methods action research design was employed, structured around Lim’s (2007) balanced model. Data collection occurred over three stages: before, during, and after intervention, using academic records, structured oral tasks, focus group discussions, classroom observations, and questionnaires. The intervention used collaborative group strategies within a CLIL framework, incorporating multimodal scaffolding, translanguaging (navigation between L1 and L2), and motivational techniques to foster engagement. Qualitative data underwent Thematic Content Analysis (TCA), and the quantitative written and oral evaluation marks from pre-test, test during the intervention, and post-test were compared using a Paired t-test. Foreign Language Classroom Speaking Anxiety (FLCSA) was inferred through pre-test qualitative indicators. The mid-intervention and the post-test findings confirm that collaborative CLIL activities, when novel, cognitively stimulating, and linguistically supportive, can significantly enhance interactive learning, reduce anxiety, and promote engagement in bilingual EMI classrooms. This study offers practical implications for science educators seeking to apply integrative pedagogical approaches tailored to the linguistic and cognitive needs of BE learners. Further research should explore long-term retention and use validated anxiety measures within control group settings.

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