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Scott E. Grapin; Marisleydi Ramos Borrego; Vijay Gallardo Navarro – Journal of Research in Science Teaching, 2025
Research on translanguaging in science and engineering education has grown rapidly. Studies carried out across diverse contexts converge in their commitment to fostering equity in science and engineering learning for linguistically marginalized learners. However, the rapid growth of this research area has exposed different approaches to…
Descriptors: Science Education, Engineering Education, Code Switching (Language), Language Usage
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Anastasia M. Schauer; Jessie Liu; Christopher Saldaña; Katherine Fu – International Journal of STEM Education, 2025
Background: Even among women who persist in the gender-imbalanced engineering fields, women on engineering design teams tend to take on non-technical roles. Understanding the mechanisms that inform this phenomenon is important for encouraging more women in STEM in order to close the gender gap. Although factors such as self-efficacy, task…
Descriptors: Sex Stereotypes, Engineering Education, Gender Issues, Design
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Ayça K. Fackler; Ruth M. Harman – Science Education, 2025
Recent research has focused on innovative instructional shifts that aim to expand what constitutes science and engineering practices, exploring also how they can build on students' diverse language resources in science learning. However, few studies explore the intersections of elementary teacher preparation and the implementation of science and…
Descriptors: Preservice Teachers, Science Teachers, Teacher Education Programs, Research Universities
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Dongsheng Wan; Yew-Jin Lee – Science & Education, 2025
The integration of engineering into existing school science curricula is arguably an effort to move beyond a mono-disciplinary goal of learning to one that teaches real-world applications and problem-solving in science. This study adopted dual theoretical lenses to scrutinize and compare the distribution of engineering elements in past and present…
Descriptors: Engineering Education, Academic Standards, Elementary School Science, Secondary School Science
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Linda N. Laursen; Thomas Ryberg – European Journal of Engineering Education, 2025
This paper contributes to current discussions of digital teaching and technology within the field of engineering design education. We enter this dialogue by analysing a hybrid digital learning design for a 15-ECTS engineering design course. The course design pedagogically integrates principles from networked learning research, Problem-Based…
Descriptors: Design, Engineering Education, Blended Learning, Accountability
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Maria Fahlgren; Mats Brunström – International Journal of Mathematical Education in Science and Technology, 2025
This paper provides some insights into the use of example-generating tasks in the design of a technology-rich learning environment to enhance students' mathematical thinking. The paper reports on an early stage of a design-based research project concerning the design of tasks and associated feedback utilising the affordances provided by a combined…
Descriptors: Mathematics Instruction, Educational Technology, Technology Uses in Education, Computer Software
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Steven C. Koenig; Gretel Monreal – Design and Technology Education, 2025
Purpose: Biomedical engineers that have the ability and skill sets to comprehend and retain basic anatomy and physiology (A&P) knowledge, apply fundamental engineering principles, use critical thinking, and communicate effectively across multiple disciplines to facilitate successful development and clinical translation of medical devices. The…
Descriptors: Equipment, Medical Services, Biomedicine, Engineering Education
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Claudia Calle Müller; Ioannis Zisis; Amal Elawady; Mohamed Elzomor – Journal of Civil Engineering Education, 2025
The field of wind science and engineering (WSE) in relation to civil engineering (CE) applications is still considered relatively young and thus has been taught only for about 50 years in some academic institutions. Therefore, it is unsurprising that there are limited wind engineering (WE) tracks within CE programs worldwide, and no semblance of a…
Descriptors: Natural Disasters, Engineering Education, Civil Engineering, Energy
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Annica Gullberg; Kristina Andersson; Jenny Ivarsson; Henni Söderberg – Journal of Technology Education, 2025
Practical activities are at the core of learning in both engineering and science education programs. Hence, such activities are included as important practical learning experiences in each of these fields. During such learning experiences students are confronted by many different entities, from simple equipment to advanced instrumentation, all of…
Descriptors: Engineering Education, Learning Activities, Psychological Patterns, Learning Processes
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Kelly Schucker; Mary B. Mcvee; Christopher J. Jarmark; Lynn E. Shanahan – Pedagogies: An International Journal, 2024
Situated in an elementary afterschool Engineering Literacies Club framed around multiliteracies and the engineering design process, this article explores engineering habits of mind and disciplinary literacies. Disciplinary literacies encourage students to read, write, think, and act like historians, mathematicians, scientists, or engineers by…
Descriptors: After School Programs, Elementary School Science, Elementary Schools, Engineering Education
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David Roldan-Alvarez; Francisco J. Mesa – IEEE Transactions on Education, 2024
Artificial intelligence (AI) in programming teaching is something that still has to be explored, since in this area assessment tools that allow grading the students work are the most common ones, but there are not many tools aimed toward providing feedback to the students in the process of creating their program. In this work a small sized…
Descriptors: Intelligent Tutoring Systems, Grading, Artificial Intelligence, Feedback (Response)
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Hsin-Yu Lee; Ting-Ting Wu; Chia-Ju Lin; Wei-Sheng Wang; Yueh-Min Huang – Journal of Educational Computing Research, 2024
Science, Technology, Engineering, and Mathematics (STEM) education is essential for developing future-ready learners in both secondary and higher education levels. However, as students transition to higher education, many encounter challenges with independent learning and research. This can negatively impact their Higher-Order Thinking Skills…
Descriptors: Experiential Learning, STEM Education, Scaffolding (Teaching Technique), Barriers
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Siqing Wei; Li Tan; Yiyao Zhang; Matthew Ohland – European Journal of Engineering Education, 2024
In spite of the sudden onset of the COVID-19 pandemic, many instructors who used team-based pedagogies shifted them online rather than suspending them entirely, but with limited time and resources. To examine the difference in team dynamics and outcomes for courses in Spring 2019 and Spring 2020 of over 1500 first-year engineering students per…
Descriptors: Educational Technology, Electronic Learning, Teamwork, Group Dynamics
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Xuting Tang; Hui Guo – ECNU Review of Education, 2024
Purpose: This study investigates the role of the engineering education environment created by the implementation of the "Plan for Educating and Training Outstanding Engineers" (PETOE) on the professional capability development of engineering students from the perspective of students' experience. Design/Approach/Methods: This study uses…
Descriptors: Engineering Education, College Students, Program Effectiveness, Learning Activities
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Jeffrey A. Anderson; Bryan B. Nguyen – PRIMUS, 2024
Many students who enroll in a first course in linear algebra major in STEM disciplines other than mathematics. Teachers who serve such students may find it difficult to provide authentic problems from these broader areas that ignite students' interest in linear algebra. In this paper, we highlight an interdisciplinary learning activity that…
Descriptors: Mathematics Instruction, Algebra, Graphs, Majors (Students)
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