major or gender; and (2) if theattitudes of senior and graduate engineering students differ from freshmen, in particular amongstudents who have worked on service-learning projects for developing communities viacurricular and/or extracurricular activities.Assessment Instrument: The CSAS SurveyThe Community Service Attitude Scale (CSAS)1,3 is a written survey that was developed tomeasure student attitudes toward community service. The instrument has been validated forreliability and correlated with intentions to engage in community service. The CSAS survey hasbeen previously used at the Colorado School of Mines (CSM), where it was given to engineeringstudents and faculty in a study by the humanitarian engineering program.4 Other published usesof
differentfrom his/her home country will not be same as that of the students working in their homecountry. This transcript describes how an NSF funded international research experiences inMexico impacted the Industrial Engineering (IE) students who participated in this project. Thestudents worked with companies that had operations in Queretaro, Mexico, over the summer,including several multi- national firms. The students were required to take Spanish, a researchmethods course at Monterrey Tech, Queretaro, and perform research as part of their program.The impacts of learning, communicating and presenting final results in Spanish are evaluated. This research describes the results two cohorts of students and their experiences over the lastcouple of
and safety, activities, conflict resolution, and reflection. Further details on the programmatic aspects of this camp can be read in paper titled “Towards a global virtual community of female engineering students and professionals : II . Impacts of leadership camp on Liberian undergraduate women studying engineering”, also presented at the ASEE 2016 Conference [15]. 4. Building a global engineering community Apart from being a oneofakind experience, the camp had specific goals in regards to the global engineering community. The primary goal of the camp was to engage undergraduate students from both countries in crosscultural peertopeer collaborations. We believe this grassroots approach will build a close knit international community
environments allow students to gain additional skills that are typically notreceived through traditional teaching/learning experiences. During this project students workedin collaborative teams to complete interesting assignments and learned how to collaborate withother professionals in multiple locations utilizing various communication tools. Instead offocusing on their individual specialty the students worked inter-disciplinarily to gain a holisticappreciation of the overall context of the project. Due to the uniqueness of this project studentshad to learn and use critical thinking and problem solving skills to overcome the variousengineering and physical location challenges encountered – language barriers, remote location,and limited resources
the chronicproblem of inclusion and retention of underrepresented minority (URM) groups. One grouprequiring unique retention efforts is students who are making satisfactory grades when theydecide to withdraw. Many of these students have a difficult time connecting the work ofintroductory engineering classes with the local, national and international societal issues thatthey value. Service learning has been integrated into many non-engineering curricula withsuccess in developing skills and promoting social engagement. In engineering settings it canalso be used to highlight the link between engineering and society at moments when studentsseek such a connection. The authors have established an international service club with activities
Paper ID #14053Developing Industry Partnerships for Student Engagement in ChinaProf. Scott I. Segalewitz, University of Dayton Scott Segalewitz, P.E. is a Professor in the Department of Engineering Technology at the University of Dayton (UD). His areas of interest include using technology to enhance the learning environment, devel- oping global technical professionals, distance and asynchronous learning, and technical communication. He served for 2-1/2 years as Director of Industrial and Technical Relations for the University of Dayton China Institute in Suzhou, China where he established corporate partnerships and training
AC 2011-291: CREATION AND IMPLEMENTATION OF A BACKPACKCOURSE TO TEACH CROSS-CULTURAL AND VIRTUAL COMMUNI-CATIONS SKILLS TO STUDENTS IN AN INTERNATIONAL CAPSTONEEXPERIENCEHolt Zaugg, Brigham Young University Holt Zaugg is a doctoral student in the Educational Inquiry, Measurement and Evaluation program at Brigham Young University. His research focus is on communication patterns within Global Virtual teams and test item evaluation using IRT and CFA.Randall Davies, Brigham Young University Assistant Professor Instructional Psychology & TechnologyDr. Alan R Parkinson, Brigham Young UniversityDr. Spencer P. Magleby, Brigham Young UniversityGreg Jensen, Brigham Young University Professor of Mechanical Engineering; Former
for posterity and toencourage engagement within other academic institutions and professional societies. Some of ourexamples and strategies can be scaled and adapted to address institutional or regional challengesor to increase awareness and engagement in other national societies. Outcomes seen throughinitiatives have resulted in increased connections with previously disenfranchised members tothe ASEE community, engagement across divisions, and expanded programming in support ofdiversity, equity, and inclusion practices.1. Importance of Diversity, Equity, and InclusionEngineers have a significant impact on society. Their actions shape future technology,infrastructure, and innovation. Improving workforce diversity has been shown to
of students inSTEM fields studying abroad remains low in comparison to other disciplines, the data suggeststhat efforts to develop international programs for these students may be having an impact. TheInstitute for International Education reported that for 2012-13, STEM fields overall showed thegreatest growth in students abroad, from 59,921 students in 2011-12 to 65,223 in 2012-13, an8.8% increase in only one year. Looking at the fields of study most applicable to the studentcohort studied in this research, among engineering students this represents an increase of 7.4%among engineering students 4.5% among students in the physical & life sciences.12 Onepossible area for growth in international engagement among S&E students is through
professional and ethical responsibility (as understood in multiple cultures) ≠ Ability to communicate effectively (across language barriers) ≠ Broad education to impact engineering solutions for a global, economic, environmental, and societal context ≠ Recognition of the need for, and an ability to engage in lifelong learning (as new markets emerge around the world) ≠ Knowledge of contemporary issues (globalization)The author has highlighted existing global statements or added parenthetical modifiers todemonstrate how effective global education will help student develop the skills needed forinternational competency. Downey and Lucena (2006) have gone as far as recommending thefocusing of global elements into an
Electrical Engineering from the University of Oklahoma. Her research interests include accessibility and learning in ECE, integration of liberal arts communication in engineering, and culturally relevant pedagogy. American c Society for Engineering Education, 2021 Measuring the Impact of a Study Abroad Program on Engineering Students’ Global PerspectiveAbstractWith the increasing demand of engineers to have global competencies, students are more thanever required to be creative and critical thinkers when solving complex problems. To prepareengineering students for successfully transitioning to the globally connected workforce,engineering educators
without Borders, Scope Global, World Vision, and the Victorian Curriculum and Assessment Authority. He also has a regular radio segment as ”Dr Scott”, answering listeners’ questions about science.Dr. Nick John Brown, Engineers Without Borders Australia Nick Brown leads the research interests and activities of Engineers Without Borders Australia. Nick is re- sponsible for the development and delivery of an innovative education and research program that creates, builds and disseminates new knowledge in Humanitarian Engineering. This program engages academics and students from Australia’s leading universities to develop innovative solutions to humanitarian prob- lems faced by communities both within Australia and overseas
: Perspectives on interdisciplinary projects in HondurasIntroductionSustainable community development is complex and dynamic. Engagement in the practicalaspects of this field presents great challenges and opportunities for academic institutions.Addressing the needs of rural communities requires high-levels of interdisciplinary coordinationand integration, as well as the commitment of time to understand the context of particularproblems and the impact of interventions. The challenge and opportunities of rural development,particularly in the developing world, attract faculty and students from higher education, who thenmust address the real constraints faced by engaging in long-term trans-disciplinary projects. Thispanel discussion
focused on the analysis anddesign of analog and digital electronic circuits and systems including: oscillators, non-linearwaveform generation and waveshaping, power electronics, communication circuits, and digitalgates. There was a strong emphasis on computer-aided analysis and design.The textbook used was an out-of-print electronics textbook coauthored by the course instructor.Since the authors now own the copyright to the textbook and it is undergoing revision for a newedition, electronic copies were made available at no cost to the students for their private use.While a few students own hard copies of the textbook, everyone, including the instructor, usedthe electronic copy exclusively. Each student was provided with a licensed copy of
machine he had repaired was used onseveral surgeries. The service-learning platform has been a great avenue to fill the gap for thecurrent shortage. Through volunteering, students are empowered to apply their academiceducation and use their resources among communities where there is a shortage of skills andmanpower. By volunteering their time, skills and services these students become valuableteachers among communities who welcome their knowledge. Often students continue to give oftheir time even after they arrive back in their academic institutions, often via electroniccommunications such as email, Skype or Facebook.The impact that these communities of scarce resources have had on the students who volunteernot only leaves students with a
quality of mathematics and science educationreceived by many black students is still inadequate for them to succeed in science-relateduniversity degrees.After 1994 academic support initiatives mushroomed. In 1996 a national study identified 22science or engineering academic support programs in South Africa, with more in the planningstages1. In many institutions, these programs were relegated to enthusiastic, idealistic, juniorstaff and paid for with donor funding. Many programs used innovative teaching methods andfocused on deep learning. Unfortunately, rarely did they impact on the style of teaching orcurricula of mainstream science-based courses, which tended to be largely “chalk and talk” (or“point and click”, with the advent of Powerpoint
Paper ID #6464The Impact of Role-Playing Simulations on Global Competency in an OnlineTransnational Engineering CourseMs. Kari Wold, University of Virginia Kari Wold is a doctorate student at the University of Virginia focusing on instructional technology in engineering education. She has published in and has presented on engineering education, international education, writing for English language learners, blended learning, and online learning. Wold’s primary interests focus on global education and methods of online instruction. She has degrees in journalism and economics from the University of Minnesota as well as a
technologies and ethical issues surrounding them, and the role of information technologies in facilitating democratic participation and deliberation. Dr. Raman's research focuses on political impacts of communication technologies, digital governance, participatory and deliberative democracy, and civic engagement in the context of globalization.Steve A. Walton, Pennsylvania State University Steven A. Walton is an Assistant Professor of Science, Technology, and Society Program at Penn State. He has a background in mechanical engineering as well as the history and philosophy of science and technology and he works generally on the history of industrial production, especially for military
their time here, become morecivically engaged, to understand more about the world beyond our borders, reflect on their rolesin society, make contacts with the engineering community and develop their leadership andpersonal skills. And it's fun.” The responses clearly demonstrate that a diverse set of faculty canbe attracted to an organization and activity for very different reasons; none are more or less valid,and collectively help a university (or EWB) attract future faculty advisors. Page 15.577.31Page 15.577.4Page 15.577.53. Summit on Service LearningThe Summit on Service Learning, held September 25-26, 2009 in Boulder, Colorado, broughttogether 32 faculty advisors from EWB, ASME, and ASCE, in addition to ASME, ASCE
engagement boost student’smotivations in their learning process. Students practice how to determine proper ways to achievetheir learning goals. Their plan and execution of learning require them to learn from peers andfurther develop their communication skills. Student’s participation also makes them becomeaware of their goals and how to reach these goals. Their new responsibilities in a coursedevelopment and execution develop their critical thinking skills. The specific strategies andtechniques often train students to learn how to manage their lab activities and conduct evaluationand assessment on these activities thereafter. Adopting new standardization in assessmentpractices help students become effective educators and critical thinkers as
International Community-Based Projects and Engineering Education: The Advisor’s ViewpointAbstractThere has been tremendous growth in the interest of engineering students to perform communityservice projects on an international scale. National organizations, such as Engineers WithoutBorders and Engineers for a Sustainable World, have provided a mechanism for students to dosuch works and further develop both their technical and non-technical skills. Over the last fewyears, student teams from Tufts University, many times teaming engineering with non-engineering students, have undertaken projects in Ecuador, El Salvador, Ghana, and Tibet. Eachproject presents unique issues, but there are also elements common to all.This paper
-Champaign Page 22.81.1 c American Society for Engineering Education, 2011 A Participatory Investigation of Learning in International Service Projects: The Process and Content of LearningAbstractCurrent efforts to improve engineering education focus on various solutions, such as moreholistic curricula, incorporating more practical experiences, or stronger emphases on what isgood for community and society. While these outcomes are highly valued, the means toachieving them are not well understood. This study examined the learning experiences ofengineering students engaged in
percentages of students (in both CBA and in SSOE)who engaged in additional international educational activities following their participation in the Plus3program, as well as to gather data that provide descriptive information from the students about how they feltthey had benefited or changed as a result of having participated in the Plus3 program. The survey designincluded closed-end questions that would allow us to compare responses across our population, as well asopen-ended questions that would allow participants in the study to describe their experiences andperspectives in greater detail, and that would allow us to gain a more in-depth understanding of the impact ofthe program on the participants.4Participants in the survey were students who
Collaborative Engineering Education upon the Epistemological Development of Chinese Engineering StudentsAbstractInternational collaborative engineering education facilitates the efforts of launching multiplecross-cultural cooperative programs and has enhanced the international learning experiencesof engineering students. Intense effort has been geared towards understanding students’academic performance or extracurricular experience as a result of these internationalcollaborative activities. Considering the impact of students’ epistemic thinking on theiracademic performance, this study applied modified Perry’s theory to examine the impact ofinternational collaborative engineering education upon the epistemological development ofengineering
focused on engineering problem solving. Theseapproaches range from “course level” technology enabled virtual international collaborationsthrough to full-student exchange programs where the experience of an adaption and totalimmersion in a different cultural setting is possible. In general, the key drivers of the choiceof approach are: (1) Availability of funds to sustain the programs, and (2) Faculty buy-in.Given the impact of global recession on many educational budgets, it is imperative tounderstand the actual benefits in total immersion programs in comparison to internationalvirtual collaboration efforts. Indeed, a review of the literature did not provide conclusiveevidence. For example, while there are several papers discussing the benefits
., Strategic pathways for success: The influence of outside community on academic engagement. Journal of Engineering Education, 2012. 101(3): p. 512.7. Kuh, G.D., et al., Student success in college: Creating conditions that matter. 2011: John Wiley & Sons.8. Stevens, R., et al., Becoming an engineer: Toward a three dimensional view of engineering learning. Journal of Engineering Education, 2008. 97(3): p. 355.9. Palmer, S. and W. Hall, The impact of increasing course enrolment on student evaluation of teaching in engineering education. Australasian Journal of Engineering Education, 2015. 20(1): p. 31-40.10. Kerr, I., Futures thinking for engineering and Engineers Australia’s Continuing
strategic approach employed by manyuniversities is to offer formal programs which focus on innovation and entrepreneurship,internationalization, multidisciplinary teamwork or public scholarship. Such programs often limitand constrain students already burdened with overcrowded schedules. For those that do seek tobroaden their traditional engineering education, they find themselves part of a small band whoare intrinsically motivated and engaged due to their passion to acquire such breadth in theireducation. For example, at Penn State, many students want to participate in public scholarshipinitiatives but do not want to sign up for the minor in Civic and Community Engagement or thecertificate program in Engineering and Community Engagement, both of
examining the impact of pedagogy onengineering education. The range of ages and the level of professional maturity in this groupwere much larger and higher than the American group. Additionally the disciplinary range wasbroader in the Russian group with educators and students from economics, sciences and chemicalengineering. This paper is the first attempt to explore and discover cultural differencesstemming from this exercise. It is recognized that the demographics of the participants in bothmaturity and age introduces additional factors to the investigation. Nevertheless the authorscapitalized on the opportunities that presented themselves and sought to identify potential areasworthy of additional research.Senior Capstone Projects for Department
, Research Engagement, and the Positive Impact ofExperiences. Several excerpts are provided below.Communication IssuesCommunication issues were a common theme across many of the research sites. These variedfrom language barriers to access to communication tools such as the Internet. Early in theresearch process, GEAR-UP students in Chile contributed the English section of the researchproblem. In attempting to identify the research problem, one student describes, "some things got lost in translation but eventually we were able to agree on the key points of the problem. […] After making the statement more concise and focused in Spanish we translated it into English as well so that both parts are the research team would be fully
study examines two research questions: 1) what prior international learningexperiences are related with engineering students’ learning outcomes? And, 2) whatare the specific impacts of different types of international learning experiences onengineering students’ learning outcomes? Using an instrument framed in thedimensions of knowledge, skills, and attitudes, this study explored the impacts ofengineering students’ prior engagement with multiple types of international learningexperiences on their current learning outcomes through international summerprograms.Based on an analysis of survey responses from 507 students who participated in the2017 and 2018 international summer programs at a leading Chinese researchuniversity, we identified the