Development of an E-Learning Platform for Inclusive Education in Primary Schools of Helsinki

Abstract

This study presents the development and evaluation of an e-learning platform specifically designed to support inclusive education in Helsinki primary schools, addressing the critical need for accessible digital learning environments accommodating diverse learner needs. As educational technology increasingly mediates instruction, ensuring digital platforms serve all students regardless of abilities, backgrounds, or learning differences becomes essential for educational equity. Employing user-centered design methodology, this research developed a comprehensive e-learning platform incorporating Universal Design for Learning (UDL) principles, assistive technology integration, multilingual support, and differentiated learning pathways. The development process involved iterative design cycles with participation from 45 teachers, 12 special education specialists, 8 accessibility experts, and 180 primary school students representing diverse learning needs including specific learning disabilities, autism spectrum conditions, physical disabilities, and linguistic diversity. Platform evaluation through mixed-methods assessment revealed high usability scores across user groups, significant improvements in student engagement and learning autonomy, enhanced teacher capacity for differentiated instruction, and strong accessibility compliance. Findings demonstrate that systematically designed inclusive e-learning platforms can effectively support diverse learners while reducing teacher workload through intelligent adaptation features, providing valuable models for educational technology development prioritizing equity and universal access.