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Aleksandra Kostic-Ljubisavljevic; Andreja Samcovic – Education and Information Technologies, 2024
This paper reports on how the concept and technologies of GIS are included in the telecommunications engineering curriculum at the undergraduate level. The course of Fundamentals of GIS is described in detail. The usage of GIS software is necessary part of GIS technology education. In order to evaluate available GIS software, several criteria are…
Descriptors: Geographic Information Systems, Computer Software Selection, Computer Uses in Education, Telecommunications
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Komp, Evan A.; Pelkie, Brenden; Janulaitis, Nida; Abel, Michael; Castillo, Ivan; Chiang, Leo H.; Peng, You; Beck, David C.; Valleau, Stéphanie – Chemical Engineering Education, 2023
We present a two-week active learning chemical engineering hackathon event specifically designed to teach undergraduate chemical engineering students of any skill level data science through Python and directly apply this knowledge to a real problem provided by industry. The event is free and optional to the students. We use self-evaluation surveys…
Descriptors: Data Science, Undergraduate Students, Learning Activities, Chemical Engineering
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Cipparrone, Flavio A. M.; Consonni, Denise – IEEE Transactions on Education, 2022
Contribution: Two general rules for calculating, in the time domain, step discontinuities of voltages and currents in electric circuits, combining physical principles and basic mathematical treatment. The two general rules, resulting from a formal method of analysis, provide a straightforward way to update the states of a circuit, immediately…
Descriptors: Computation, Electronic Equipment, Time, Simulation
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Jacob Pleasants – Science & Education, 2024
As part of a growing emphasis on "STEM," engineering has gained prominence in precollege education. In response to that trend, an emerging area of educational research focuses on the "Nature of Engineering" (NOE), a collection of ideas about what engineering is, what engineers do, and how engineering is related to science and…
Descriptors: Social Environment, STEM Education, Engineering, Engineering Education
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Weedon, Scott; Fountain, T. Kenny – Written Communication, 2021
Using rhetorical genre theory, the authors theorize the engineering design process as a type of embodied genre enacted through typified performances of bodies engaged with discourses, texts, and objects in genre-rich spaces of design activity. The authors illustrate this through an analysis of ethnographic data from an engineering design course to…
Descriptors: Engineering, Design, Rhetoric, Ethnography
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Lisa G. Bullard; Jason M. Keith; David L. Silverstein; Donald P. Visco Jr.; Charles Henderson – Chemical Engineering Education, 2023
In this paper we summarize the work of Henderson et al. who suggest a foursquare diagram that looks at change on two different dimensions so that an appropriate change strategy can be selected. Operationalizing such changes can be facilitated through the Accelerating Systematic Change Network (ASCN) Change Dashboard. We briefly introduce this…
Descriptors: Change Agents, College Faculty, Visual Aids, Beginning Teachers
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Janna van Grunsven; Taylor Stone; Lavinia Marin – European Journal of Engineering Education, 2024
It is crucial for engineers to anticipate the socio-ethical impacts of emerging technologies. Such acts of anticipation are thoroughly normative and should be cultivated in engineering ethics education. In this paper we ask: 'how do we anticipate the socio-ethical implications of emerging technologies responsibly?' And 'how can such responsible…
Descriptors: Engineering Education, Ethical Instruction, Interdisciplinary Approach, Educational Innovation
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Susanne Hilger; Angela Schmitz – IEEE Transactions on Education, 2024
Contribution: The article describes an innovative concept to create authentic application examples for mathematics courses in an engineering degree program in order to illustrate the relevance of mathematics for engineering. Background: It can be difficult and time consuming for mathematics instructors to find and understand authentic…
Descriptors: Mathematics Education, Engineering Education, Interdisciplinary Approach, College Students
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Chenette, Heather C. S.; Neumann, Gregory T.; Anastasio, Daniel D. – Chemical Engineering Education, 2021
Unit operations laboratory courses culminate many topics from the curriculum and are often the first time students apply their knowledge in hands-on settings. However, many instructors do not directly assess key learning objectives, creating a disparity between desired and actual learning. Using multiple assessment tools, we analyzed student…
Descriptors: Chemical Engineering, Student Experience, Student Attitudes, Laboratories
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Rottmann, Cindy; Kendall, Meagan R. – New Directions for Student Leadership, 2022
The concluding article of this engineering leadership (EL) development sourcebook looks to the future of the field by exploring four key purposes of EL education: the pursuit of knowledge, personal growth, professional preparation and social transformation.
Descriptors: Engineering Education, Leadership Training, Role of Education
Sabolic, Dubravko; Beran Samuelson, Melissa; Magzan, Masha – Online Submission, 2022
Obtaining students' attitudes, opinions, feedback, etc., plays an essential role in the higher educational process because it makes it more bidirectional and engaging for the students. Including larger populations in surveys often calls for informational structuring/standardization for subsequent statistical post-processing. Moreover, it brings…
Descriptors: Student Attitudes, College Students, Likert Scales, Student Surveys
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Kendall, Meagan R.; Chachra, Debbie; Gipson, Kyle; Roach, Kate – New Directions for Student Leadership, 2022
This article illustrates the need for an engineering-specific approach to student leadership development by exploring two contrasting case studies and the unique issues inherent to leading as engineers.
Descriptors: Engineering Education, Student Leadership, Leadership Training, Case Studies
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Roman, Claudia; Delgado, Miguel A.; Garcia-Morales, Moises – Chemical Engineering Education, 2021
The benefits of using Microsoft Excel built-in functions in an undergraduate Multistage Separations course are analyzed based on 15 years of experience teaching mass transfer in Chemical Engineering programs at both the Bachelor's and Master's levels. Eight reasons for using spreadsheets in a Mass Transfer virtual course are given. Through the…
Descriptors: Computation, Spreadsheets, Undergraduate Students, Engineering Education
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Marianne Blanchard; Cécile Crespy – Higher Education: The International Journal of Higher Education Research, 2023
With internationalization now an imperative for institutions of higher learning around the world, this article examines the specific case of how France's elite engineering and business schools, known as the "grandes écoles," have taken on this challenge. Mobilizing work on organizational allomorphism and the "glonacal"…
Descriptors: Colleges, Foreign Countries, Engineering Education, Global Approach
Maria Giulia Ballatore – Springer, 2025
This book highlights the pivotal role that engineering education researchers can play at technical universities. By delving into both theoretical and practical aspects, it showcases the transformative potential of integrating rigorous educational research into technical education. The book begins by outlining the current landscape of engineering…
Descriptors: Engineering Education, Educational Practices, Technical Institutes, Transformative Learning
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