Digital Tools for Constructive Alignment in Science Education: A Systematic Synthesis of Technology Enhanced Motivation and Assessment

Abstract

This systematic synthesis examines recent literature on the integration of digital tools in strengthening constructive alignment (CA) within science education. Covering studies published between 2010 and 2025, the review explores how technology-enhanced learning environments promote student motivation and assessment alignment in STEM and science contexts. Guided by the PRISMA framework, 22 Scopus-indexed studies were analyzed thematically. The synthesis indicates that digital platform such as augmented reality (AR), gamification, digital portfolios, and interactive simulations enhance both pedagogical and assessment dimensions of CA. These technologies foster engagement, self-directed learning, and authentic assessment through online rubrics, feedback systems, and performance analytics. Overall, digital tools function as dual facilitators: pedagogical enhancers that promote inquiry and collaboration, and assessment instruments that evaluate higher-order thinking and motivation. This paper contributes a synthesized perspective to inform future research and practice in digital constructive alignment, emphasizing implications for teacher development and sustainable digital transformation in science education.