This case study describes how our research team conducted the qualitative think-aloud approach (or cognitive pretesting) to obtaining cognitive validity evidence for a biology inference-making and reasoning measure for undergraduate students. The main goal of our work was to gather high-quality student think-aloud data of reasoning while they were…

A key affordance of game-based learning environments is their potential to unobtrusively assess student learning without interfering with gameplay. In this paper, we introduce a temporal analytics framework for stealth assessment that analyzes students' problem-solving strategies. The strategy-based temporal analytic framework uses long short-term…

This topic brief is one in a series on personalized learning prepared for Conversations with Innovators, 2018. Metacognition is one of the four essential personal competencies emphasized by the Center on Innovations in Learning. Simply stated, metacognition is the process of thinking about thinking. It involves self-reflection: on one's current…

In this paper, we address the variety of ways in which students conceive of binary operations and the metaphors they might leverage when working with binary operations in group theory. We use open-ended surveys paired with interviews to qualitatively explore student's conceptions of binary operation. Through this analysis, we identified three…

Students studying organic chemistry often have difficulty applying prior knowledge from general chemistry in their thinking about organic reaction mechanisms. In the United States, electrophilic aromatic substitution (EAS) mechanisms can be taught towards the end in a second-semester course of organic chemistry, providing students with almost…

This project outlined a conceptual framework to help make sense of opportunities in an effort to recognize conditions leading to failure and to establish paths toward success. In finding success, three distinct themes emerged from the literature: capacity, passion, and relevance. The CPR Success and Failure Analysis framework is intended to be a…

Rural students often face challenges in receiving high-quality education in science, technology, engineering, and math (STEM). Yet without meaningful STEM educational opportunities, rural students might not develop the knowledge and skills needed to compete in a technology-driven workforce. The Learning by Making program (LbyM), an innovative…

This study describes an intervention that introduced a period of solving non-routine problems into tertiary STEM lectures. The aim was twofold: to attempt to increase student engagement and to introduce them to the kind of domain-free abstract reasoning that involves critical, creative and innovative thinking. The study involved over 600 STEM…

Textbooks currently circulating have not been adapted to online learning systems and their contents are less interactive, less communicative, and have not been based on local content potential. This research aimed to produce digital textbooks based on Madura local content and augmented reality to improve students' scientific reasoning ability.…

The purpose of this study was to investigate the effect of incorporating higher order thinking skills (HOTS) in a school-based assessment (SBA) on mathematics achievement among students. A mixed-method case study design was used to assess a sample size of 158 students and three mathematics teachers. The students' proficiency in mathematics was…

Connected Learning for STEM (CL4STEM) is an innovative project aimed at teacher capacity building in science, technology, engineering, and mathematics involving communities of practice as its component to developing teachers' ability to adopt an innovative approach to science instruction and to implement a novel curriculum. Hence, this study…

Current research on cross-language transfer has focused primarily on literacy development. The present study extends the scope of existing research by focusing on argumentative reasoning, an important but under-research academic skill. A single-case study with a reversal design was conducted with four Chinese-English elementary students with the…

Background and Context: Despite the increasing implementation of coding in early curricula, there are few valid and reliable assessments of coding abilities for young children. This impedes studying learning outcomes and the development and evaluation of curricula. Objective: Developing and validating a new instrument for assessing young…

This article addresses the impact of accelerated technological development on the world of work, the main characteristics of the new expected generation of workers (Generation Z), and the unique demands placed on educational systems. The educational systems must adapt to society's expectations in the 21st century to remain relevant in a world with…

The ambiguous identity of the digital media field, the ubiquity of media, and rapid and persistent technological change and innovation pose inimitable challenges for academic programs in digital media. Digitization of media is an underlying impetus for today's rapid innovation that compels related academic programs in higher education to…