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Chen, Dyi-Cheng; You, Ci-Syong; Su, Ming-Shang – Interactive Learning Environments, 2022
This study identified the competency requirement for artificial intelligence in finite element analysis. The 10 Delphi group members included 5 field engineers in mechanical fields and 5 scholars from a technology institute. Next, 10 field experts were invited to participate. Using the Delphi technique and analytic hierarchy process,…
Descriptors: Engineering, Technical Occupations, Competence, Artificial Intelligence
Hedenqvist, Clarissa; Romero, Mario; Vinuesa, Ricardo – Technology, Knowledge and Learning, 2023
This study investigates to which extent students' understanding of the physical phenomenon of torque can be improved through the use of visualization technology, in particular of augmented reality (AR). The students in the first-year course Mechanics I at KTH participated in the study by taking two tests on torque. In between those tests, a…
Descriptors: Mechanics (Process), Engineering Education, Visualization, Scientific Concepts

Matthew M. Grondin; Michael I. Swart; Claire Huggett; Kate Fu; Mitchell J. Nathan – Grantee Submission, 2024
This full paper considers how collaborative discourse can reveal ways upper-class engineering students mechanically reason about engineering concepts. Argumentation and negotiation during collaborative, multimodal discourse using speech and gestures helps establish common ground between learners and fosters reflection on their conceptual…
Descriptors: Undergraduate Students, Engineering Education, Discourse Analysis, Speech Communication
Tummons, Jonathan – Research in Post-Compulsory Education, 2023
Drawing on interim findings from an ethnography of a cycle mechanics' workshop, this article demonstrates how the work of the mechanics rests on not only specific and contextualised craft expertise but also on distributed networks of both people and things, within which highly specialist instances of expertise or competence manifest alongside more…
Descriptors: Mechanics (Process), Mechanical Skills, Cultural Influences, Physical Activities
Ploetzner, Rolf; Berney, Sandra; Bétrancourt, Mireille – Instructional Science: An International Journal of the Learning Sciences, 2021
The results of three meta-analyses show that the effectiveness of learning from animations, when compared to learning from static pictures, is rather limited. A recent re-analysis of one of these meta-analyses, however, supports that learning from animations is considerably more effective than learning from static pictures if the specifics of the…
Descriptors: Animation, Pictorial Stimuli, Instructional Effectiveness, Performance Factors
Wira Gauthama; Oke Hendra; Pangsa Rizkina Aswia; Direstu Amalia – Higher Education, Skills and Work-based Learning, 2025
Purpose: This study aims to provide an example of curriculum development for vocational higher education in aviation, specifically in the aircraft maintenance engineering program, while considering the anticipated technological changes in the industry. Design/methodology/approach: Qualitative methods, including document analysis, in-depth…
Descriptors: Aviation Mechanics, Mechanics (Process), Educational Development, Independent Study
Hellne-Halvorsen, Ellen Beate; Lahn, Leif Christian; Nore, Haege – Vocations and Learning, 2021
This article analyzes the writing competence of Norwegian students and apprentices in three professions: Healthcare, industrial mechanics and electricians. The research forms part of a large-scale assessment project in vocational education and training (VET). A subset of 108 written test-answers were subjected to an explorative analysis focusing…
Descriptors: Writing Skills, Competence, Apprenticeships, Vocational Education
Tyler Granberry; Richie Roberts; J. Joey Blackburn – Journal of Agricultural Education, 2022
This qualitative study sought to answer the question: How do female agricultural education undergraduates describe their self-efficacy to teach agricultural mechanics? In response, we conducted a case study of female agricultural education majors (n=5) who enrolled in an Introduction to Agricultural Mechanics course. After multiple rounds of…
Descriptors: Females, Undergraduate Students, Agricultural Education, Mechanics (Process)
Guo, Yanjie; Yang, Lijuan; Chen, Xuefeng; Yang, Lei – Education Sciences, 2020
How to cultivate students' engineering practice ability in the digital manufacturing period is a difficult problem. This paper presents a finite element analysis experiment project for undergraduate students. The goals of implementing finite element modeling in this project are to enhance students' understanding of theoretical mechanics and to…
Descriptors: Undergraduate Students, Engineering Education, Computer Assisted Design, Outcome Based Education
Moore, Jacob P.; Reinsfelder, Thomas L. – Issues in Science and Technology Librarianship, 2020
Open Educational Resources (OER) represent a small but growing portion of the educational resources market, but the use of OER in engineering is limited. This study seeks to identify the current adoption patterns of OER in engineering mechanics courses and barriers to adoption. Research questions are examined through the lens of Rogers' Diffusion…
Descriptors: Open Educational Resources, Engineering Education, Adoption (Ideas), Barriers
Brown, Shane; Montfort, Devlin; Perova-Mello, Natasha; Lutz, Ben; Berger, Amber; Streveler, Ruth – Journal of Engineering Education, 2018
Background: Conceptual change is a process in which an individual's understanding and the basis of this understanding change over time. Vosniadou's framework theory explains conceptual change in terms of how students learn to relate the observable and unobservable in everyday phenomena. As a result, courses that relate physical phenomena to…
Descriptors: Undergraduate Students, Engineering Education, Knowledge Level, Mechanics (Process)
Doss, William; Rayfield, John; Murphy, Tim; Frost, Keith J. – Journal of Agricultural Education, 2019
The purpose of this descriptive study was to examine current agricultural mechanics project construction and its use as a supervised agricultural experience in Texas and was conducted using survey methods. The population was composed of agricultural education teachers who had students with an agricultural mechanics project at one or more of four…
Descriptors: Agricultural Education, Mechanics (Process), Program Development, Entrepreneurship
Pratiwi, Damar Isti; Ubaedillah, Ubaedillah – Teaching English with Technology, 2021
The need to develop online classes in the COVID-19 pandemic era was undeniable. This study aimed to investigate students' learning achievement and their feedback in digital vocabulary class, which utilized Kahoot! and Socrative as drilling practice tools. It was quasi-experimental research on first-year students of the Railway Mechanical…
Descriptors: COVID-19, Pandemics, School Closing, Online Courses
Rasty, John; Anderson, Ryan G.; Paulsen, Thomas H. – Journal of Agricultural Education, 2017
Preservice teacher candidates in agricultural education have expressed concerns with teaching agricultural mechanics content yet the number of required courses in agricultural mechanics has dwindled. To determine the root of current teachers' perceptions, it is important to look at the developmental experiences that have led to those perceptions.…
Descriptors: Agricultural Education, Agricultural Machinery, Job Skills, Teacher Attitudes
Darlington, Ellie; Bowyer, Jessica – Teaching Mathematics and Its Applications, 2017
An ongoing reform programme of the post-16 Advanced "A"-level qualifications in England and Wales means that pre-university mathematics content and assessment will change from 2017. Undergraduate engineering is a subject that relies heavily on mathematics, and applicants to engineering degree programmes in the UK are required to have…
Descriptors: Engineering Education, Undergraduate Students, Student Attitudes, Mathematics Education