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Christopher V. H.-H. Chen; Scott Banta – Chemical Engineering Education, 2023
As more chemical engineering students enter careers beyond the field, students need more guidance in applying their problem solving skills to a challenges beyond the plant or refinery. Since Fall 2019, we have implemented case-based learning across our Material and Energy Balances course to help students practice chemical engineering thinking as a…
Descriptors: Teaching Methods, Chemical Engineering, Engineering Education, Problem Solving
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Amy J. Richardson; David B. Knight – Inquiry: The Journal of the Virginia Community Colleges, 2025
One of the issues at the heart of transfer is the mobility of credits across institutions--moving credits from one institution to another is a crucial process for the transfer pathway to be a viable option. Credit loss is a critical issue for transfer students enrolled in highly sequential degrees, such as engineering. A student could be set back…
Descriptors: College Credits, Engineering Education, College Science, College Transfer Students
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Feng, Xiaoqi; Ylirisku, Salu; Kähkönen, Elina; Niemi, Hannele; Hölttä-Otto, Katja – European Journal of Engineering Education, 2023
Engineering education has become increasingly multidisciplinary in order to prepare future experts to transcend disciplinary boundaries and to co-construct solutions to solve grand challenges. However, faculty members' perspectives and experiences have been largely ignored in the literature. To understand and support faculty members, the present…
Descriptors: College Faculty, Teacher Attitudes, Engineering Education, Interdisciplinary Approach
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Christopher Greer; Devon Eichfeld; Sara Sattarzadeh; Siu Ling Leung – Advances in Engineering Education, 2024
When engineering students are unable to evaluate the validity of their solutions, they are unprepared to solve complex, real-world engineering problems that require decomposition or knowledge transfer. A proper framework is key to successful implementation and can encourage more institutions to adopt problem-solving engineering labs. This paper…
Descriptors: Problem Solving, Engineering Education, Learning Laboratories, Scientific Concepts
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Lake Sagaris; Javier Peñafiel; Romina Orellana; María Fernanda Guajardo – Educational Action Research, 2024
Using a survey, interviews, and reflections by the teaching-research team, we explored the effects of almost a decade of experimentation, inspired by Freire's pedagogy for liberation, which applied participatory action research in engineering courses and in cities to develop professionals who are more committed to sustainability and more able to…
Descriptors: Engineering Education, Sustainability, Teaching Methods, Foreign Countries
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Yoto; Agus Suyetno; Aji Prasetya Wibawa; Paryono; Achmad Romadin – Open Education Studies, 2024
This study examines vocational schools (VS) collaborative ventures, focusing on the VS Center of Excellence and its partnerships with local industries. The research explores how these collaborations shape a skilled workforce by investigating the Link and Match policy's impact. Specifically studying machining engineering and construction in East…
Descriptors: Vocational Schools, Vocational Education, School Business Relationship, Industry
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Fátima Monteiro; Armando Sousa – Journal of Applied Research in Higher Education, 2024
Purpose: The purpose of the article is to develop an innovative pedagogic tool: an escape room board game to be played in-class, targeting an introduction to an ethics course for engineering students. The design is student-centred and aims to increase students' appreciation, commitment and motivation to learning ethics, a challenging endeavour for…
Descriptors: Ethics, Engineering Education, Educational Innovation, Teaching Methods
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Turner, Ken L., Jr.; Hoffman, Adam R. – Journal of College Science Teaching, 2018
Engineering design is an ideal perspective for engaging students in college science classes. An engineering design problem-solving framework was used to create a general chemistry lab activity focused on an important environmental issue--dead zones. Dead zones impact over 400 locations around the world and are a result of nutrient pollution, one…
Descriptors: Science Instruction, College Science, Engineering, Design
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Ha Van Le – Journal of College Reading and Learning, 2024
In the dynamic academic landscape of the 21st century, the imperative to equip engineering students with robust critical reading skills, in tandem with their technical expertise, has come to the forefront. Recognizing the intrinsic value of critical thinking and reading in cultivating an ethos of lifelong learning among future engineers, this…
Descriptors: Critical Reading, Engineering Education, Cross Cultural Studies, Scores
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Wang, Xi; Dai, Minhao; Mathis, Robin – International Journal of STEM Education, 2022
Background: Given the relatively low graduation and retention rate in undergraduate engineering programs in the United States, the factors that influence student success outcomes need to be examined. However, limited research systematically studied both student- and school-level factors and how they influenced undergraduate engineering student…
Descriptors: Student Characteristics, Institutional Characteristics, Influences, Engineering Education
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Luo, Jiahui; Chan, Cecilia K. Y.; Zhao, Yue – Assessment & Evaluation in Higher Education, 2023
Intensive research attention has focused on developing students' evaluative judgement within the higher education curriculum, but little has addressed how it can be measured. The contextual nature of evaluative judgement makes it difficult to generate an encompassing instrument, highlighting the need for situated measurement tools. Against this…
Descriptors: Engineering Education, Higher Education, Evaluative Thinking, Intercultural Communication
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Kaitlyn Storm; Jerry Zhang; Eileen Haase – Biomedical Engineering Education, 2022
Our first year biomedical engineering course exposes students to multiple engineering and design techniques within an overarching theme of understanding health inequity. Currently, the semester-long curriculum excludes computational methods such as Python programming and Machine Learning, which are usually not introduced until more advanced BME…
Descriptors: Artificial Intelligence, Programming Languages, Learning Modules, Introductory Courses
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Khalaf Alharbi – Interactive Learning Environments, 2024
This study focuses on developing specific vocabulary learning strategies to assist the receptive knowledge of English for Specific Purposes (ESP). It aims to provide a practical framework for teaching technical vocabulary. The study introduced the Multimedia Strategic Vocabulary Learning (MSVL) model and investigated its effects on teaching…
Descriptors: Vocabulary Development, English for Special Purposes, COVID-19, Pandemics
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Phan Th? Ng?c L? – Interdisciplinary Journal of Problem-based Learning, 2023
In the trend of innovating university teaching methods in the direction of student-centered learning, this article proposes the application of problem-based learning (PBL) in teaching English communication skills to engineering students at University of Engineering and Technology, Vietnam National University. With a combination of qualitative and…
Descriptors: Instructional Effectiveness, Problem Based Learning, Communication Skills, Engineering Education
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Gill, Melvin; Koperski, Kevin; Love, Tyler S.; Roy, Ken R. – Technology and Engineering Teacher, 2019
At the start of each academic year, it is critical that school systems have developed a plan regarding how safety is to be enforced within their Technology and Engineering (T&E) education departments. This plan should focus on a uniform way to approach safety across all T&E courses and help reduce the liability of the school district,…
Descriptors: Technology Education, Engineering Education, Safety, Planning
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