scholarly journals Are Engineering Students Culturally Intelligent?: Preliminary Results from a Multiple Group Study

2020 ◽  
Author(s):  
Andrea Mazzurco ◽  
Brent Jesiek ◽  
Kavitha Ramane
Author(s):  
E. Anne Johnson

What does it mean to be a “responsible engineer”? The question has been asked throughout history, including during times that were fraught with challenge, but the problems awaiting engineering students in Canada in 2021 are arguably unprecedented in their complexity. Technologically difficult problems resulted in recent advances such as the World Wide Web and 5G mobile communications, but today’s challenge derives not only from the global scale of man-made environmental problems and their impacts, but from lack of agreement around appropriate mitigation strategies and on the need to act at all. The engineering students of today must develop solutions to problems that have newly acknowledged and highly contentious human factors. In the Canadian context, new policy is emerging from Canada’s recognition that it must reconcile the harms of past policies towards Indigenous peoples. This recognition has created a discourse around equity that will shape the landscape in which graduates will practice. In preparing young engineers to navigate technological and social complexity, and to equip them to find personal fulfillment in an uncertain landscape, a reinvigorated emphasis on critical and relational thinking is required. In 2019 and 2020, students in a fourth-year class in Sustainability, (which includes a study of law, policy, and sustainability reporting metrics) participated in multiple group exercises that asked them to explore multiple facets of problematic or politically current issues. These learning activities sought to support a transformative learning experience in which students would come to recognize their ability to contribute as citizens to the development of responsible public policy. In these exercises they examined opposing positions and assessed the strengths, weaknesses, opportunities and risks, associated with each. That there was no RIGHT conclusion was emphasized. The only criteria for assessment was depth of exploration and logical chaining of evidence. Students learned about cultural perspectives from an Indigenous educator, and as they explored the diversity of viewpoints around the question of pipeline expansion in Canada. A final exercise asked students to reflect on the meanings of responsible policy and practice and how they would operationalize sustainability thinking.


Author(s):  
Juan Carlos Avilés-Díaz ◽  
María Susana Avila-Garcia

Reading comprehension of technical texts is a very important skill that engineering students need to develop. One of the first encounters of engineering students with technical texts in English occurs in programming activities when using a C/C++ compiler, and errors are produced at compilation time. In this work, we present preliminary results of the design of serious games to assist reading comprehension of C compiling errors. We designed and evaluated low fidelity prototypes of games designed so that players can improve their reading comprehension skills at the micro-, and macro-level, i.e. focusing on technical vocabulary, and providing solutions and interpretations to the errors shown in the games. We evaluated the games to learn about their acceptability and whether the students would play them again.


2015 ◽  
Author(s):  
Hatice Ozturk ◽  
Dianne Raubenheimer ◽  
Alina Duca ◽  
H. Joel Trussell

2020 ◽  
Author(s):  
Guilherme Carminati ◽  
Roberto Augusto ◽  
Norberto Dallabrida ◽  
Raimundo Teive

This paper tackles the problem of dropout of undergraduate studentsin a private university, by using Educational Data Mining(EDM) techniques. The EDM is an emerging area, concerned withdeveloping methods for exploring the increasingly large-scale datathat come from educational settings and using those methods tobetter understand students and the settings which they learn in. Inthis work, EDM is used to identify profiles of students who withdrawfrom their engineering courses. The considered dataset iscomposed of 53 attributes, involving financial and academic aspectsof 2,925 engineering students. Preliminary results have identifiedsome attributes that are related to the dropout in engineering courses,such as: the semester of the year (students are more prone todropout in the first half of the year), attendance, grades (in thiscase median is more important than the mean value) and numberof credits in the previous semester, and the current semester thestudent is enrolled (students bellow the 5th semester have a highertendency to dropout).


Author(s):  
Debora Rolfes ◽  
Corey Owen ◽  
Julie Hunchak

The difficulty of teaching communicationskills to engineering students in a way that facilitates thetransfer of knowledge to workplace situations is widelyacknowledged. At the College of Engineering at theUniversity of Saskatchewan we have tried to address thisdifficulty by developing a programme that attempts to addthe identity of effective communicator to the students’identity as engineer. The purpose of this study is to beginto assess whether students are forming this identity. UsingBurke’s concept of terministic screens and the analyticaltools of cluster criticism, we analyze the transcripts ofinterviews of students returning from internshipexperiences to assess whether students’ language choicesreflect a rhetorical orientation to the world and thus thedevelopment of an identity of rhetorician


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