additional 35 countries, and Enactus-USA now operates as a division of EnactusGlobal. With 317 universities and 5,900+ student participants in the U.S. alone, Enactus-USAremains the largest country operation in the global organization [3]. The Enactus United StatesNational Exposition, a national competition, allows project teams to showcase the collectiveimpact of their community outreach efforts. The winners of these national competitions are theninvited to compete at the Enactus World Cup [4].This research looks at the organization comprehensively from top to bottom. It was hypothesizedthat the context in which each project resides may influence adoption of practices and guidelinesprovided from the upper levels of the organization, creating a
future deployment of a virtual remote learning program that may better prepareincoming students without the challenges related to an in-person format. The design of thisprogram may allow departments and institutions to extend their outreach efforts, recruitment, andstudent preparation to students nationally or internationally.Program Design and FormatThe program was designed as a five-week format that is equivalent to one summer session in thequarter system. The program's target goals included (1) increasing student experiences onimportant technical skills, (2) increasing student professional development skills, and (3)providing students with opportunities to advance their careers. The program was organized intoa morning session focused on
for the circuit’s laboratory (from the Department of Electrical and Computer Engineering) islive online.The Circuits Lab learning outcomes are described below. 1- Learn how to use the oscilloscope, function generator, power supply, and multimeter. 2- Improve the technical writing and computer-aided circuit analysis and design. 3- Study electrical networks such as pure resistive networks, RC (resistor and capacitor combination), RL (resistor and inductor combination), RLC (Resistor, inductor, and capacitor combination), Operational amplifier networks and their behavior. 4- Create a troubleshooting procedure to improve the circuit implementation time.One of the most critical challenges in this laboratory is getting the
Paper ID #32344An International Study of Foucault’s PendulumMr. Ezequiel Gerardo Celario Sedano, York College of Pennsylvania Ezequiel G Celario Sedano is an Electrical Engineering Senior at York College of PennsylvaniaDr. Inci Ruzybayev, York College of Pennsylvania Inci Ruzybayev is Assistant Professor in Engineering Physics at the York College of Pennsylvania. She received her Ph. D. in Physics from University of Delaware and her M. S. and B. S. in Physics Education from M.E.T.U. in Turkey. Her technical research interests are in structural and characterization of TiO2 thin films and magnetic nanoparticles along with
Paper ID #32412Uneven Playing Field: Examining Preparation for Technical Interviews inComputing and the Role of Cultural ExperiencesStephanie J. Lunn, Florida International University Stephanie Lunn is presently a Ph.D. candidate in the School of Computing and Information Sciences at Florida International University (FIU). Her research interests span the fields of Computing and Engineer- ing Education, Human Computer Interaction, Data Science, and Machine Learning. Previously, Stephanie received her B.S. and M.S. degrees in Neuroscience from the University of Miami, in addition to B.S. and M.S. degrees in Computer Science
research, Passow and Passow[2] found that ‘Technical competence is inseparably intertwined with effective collaboration’.That is, communication and collaboration skills are just as important as problem solving skills tothe engineering process.Increasingly, educators and industrial leaders have recognized that engineering students also arequire a new set of skills to be successful in solving global problems that have developed in aninterdependent world [3]. Parkinson et al [4], has described 13 specific skills or abilities ascollectively “global competencies”. Among the most important of these skills are: 1) an ability to appreciate other cultures, 2) an ability to work proficiently within a team of ethnic and cultural diversity
, and economic issues related toimplementation of sustainable energy technologies.3. Demonstrate outcomes 1 and 2 through collaborating, designing, and presenting on innovativeengineering ideas to solve issues related to the Global Grand Challenges as they relate tosustainable energy.The program met these desired student learning outcomes in three ways: 1. course lectures anddiscussions on technical, environmental, socio-cultural, and economic issues technologies; 2. sitevisits to companies, discussing operation, economic, environmental and political impacts, and 3.performing a project with Brazilian Students and Local Government Liaisons or Companies todeeper understanding of the cultural context with implementing sustainable energies.When the
Technical University,” Journal of Education and Culture Studies, vol. 4, no. 1, p. p19, 2019.[16] G. Hofstede, “Hofstede Insights: Country Comparison,” 2015. https://www.hofstede- insights.com/country-comparison/ (accessed Jan. 18, 2021).[17] “Universidad San Francisco de Quito (USFQ),” Top Universities, Jul. 16, 2015. https://www.topuniversities.com/universities/universidad-san-francisco-de-quito-usfq (accessed Feb. 03, 2020).[18] N. Lambropoulos and T. Bratitsis, Weaving user immersive experiences: Scientific curiosity and reasoning with bodily feelings mapping and evolution, vol. 8524 LNCS, no. PART 2. Springer Verlag, 2014, p. 71. doi: 10.1007/978-3-319-07485-6_7.[19] A. Velasco, M. Valencia, S. Morrow, and V. Ochoa-Herrera
developed a career working in various roles throughout the institute. She has worked on IIE’s Generation Study Abroad initiative, on the Fulbright Program, the Brazilian Scientific Mobility Program and on two private STEM programs within the U.S. Student Programs Division. Prior to joining IIE in 2012, Sylvia worked at the University of Nebraska on a system-wide Internationalization plan. Sylvia has a Master’s degree in Higher Education Administration with a focus on Internationalization. She studied abroad at Korea University and extended her stay in Korea working with the Asian Pacific Association of International Education. She completed a Bachelor of Arts in Advertising with an emphasis in Public Relations from the
forinternationalizing in higher education is highly placed on study abroad initiatives for domesticstudents and the attraction of international students to U.S. institutions [2]. In this endeavor, theU.S. is historically considered the most popular destination for international students, with overone million international students in the academic year 2018-2019 [3]. In terms of study abroad,the participation of U.S. students (excluding international students) has significantly increasedover the past decades from 55,000 in 1989-1990 [4] to 341,175 in the academic year 2017-2018[3]. However, while the participation rate is on the increase, “the actual number of students whoexperience study abroad remains a small fraction of the whole campus populations” [5, p
intercultural maturity andintercultural communication [2], [3]. One way engineering programs are developing these skillsis through study abroad programs which are designed to help undergraduate students achievelearning outcomes pertinent to global engineering. This study describes the Rising SophomoreAbroad Program (RSAP) , which introduces global engineering to undergraduate students at theend of their freshmen year followed by a two-week international travel component [18].The goal of the RSAP program is to develop students’ learning by defining global engineeringpractice, recognizing contextual influences on engineering problems and their respectivesolution, and exploring the diversity in engineering practice [4]. The program includes asemester-long
on a combination ofselected online and mostly offline activities to develop students’ skills based on the DQ Institute’sDigital Literacy Framework. Details of the program content, results of the program and thesuccesses and challenges of this international education program will be shared in the paper.IntroductionThe impact of the COVID-19 pandemic will continue to be studied for years to come given thedisruption to our daily activities and its impact on the world’s economy and public health [1-3].While government and health authorities continue to reduce the large death rate suffered in thepast year [4] through vaccination plans, several developed countries will start to lift restrictions incoming weeks and months[5, 6]. On the other hand
main campus in CollegeStation. In addition, a variety of group activities are also planned and included in the programs’fee to enrich the students’ experience. Our provider (Accent) is responsible for all logistics andorganizational details in collaboration with Dr. Quadrifoglio’s inputs and recommendations. Inparticular, the program also offers: • Four mandatory technical/cultural weekend trips: o 3 days/2 nights in Florence (visiting Accademia and Uffizi museums. Half day wine tour in the Chianti area) in the Tuscany neighboring region o 2 days/1 night in Orvieto (also visiting Assisi) in the Umbria neighboring region o 3 days/2 nights in Sorrento (visiting Pompeii archeological
education at the program level.2.2 ConnotationFrom the perspective of etymology, the term “mechanism” originated from the Greek word“mechane”, which refers to the structure and working principle of machinery. From adisciplinary perspective, “mechanism” is mostly used in natural science, and it is also used insocial science. The application of “mechanism” in social science began in the late 1940s.Specifically, the dimensions of “mechanism” in social science include the structure, function,formation establishment form and carrier of the mechanism [3]. Regarding the formation ofmechanism, there are two viewpoints, i.e. historical evolutionism and constructivism.According to the internal quality assurance practice carried out by colleges and
Photos in a lab, wearing hard hats, in a factory, etc Photos of people holding the flag of the university/wearing recognizable School Flag/Paraphernalia school paraphernalia Table 3: Categories for Texts Text Description Culture/Cultural Mention of culture/cultural Explore Mention of the word Explore Use of a foreign language (i.e., French, Spanish, German) or mention Language of the word language Engineering/Engineer Comment of the word Engineering/Engineer Global/International
Power in South Sudan: Principles and Applications of Off-Grid Solar Energy(Introduction)Module 1, divided into six sections, covers introductory topics that are necessary to understandthe context of solar power technology and the environment. This module begins with anintroduction to South Sudan, energy access, and solar energy prospects in the country. Sectiontwo outlines the Principles of Electricity & Solar Energy Generation, which is designed toacquaint both the non-technical and technical readers of the fundamental principles of electricityas well as the physics of how electricity is generated by a solar power module [16] was found tobe a useful reference for this section. This is followed by Section 3 on the building Blocks of aSolar
learningIntroductionTeaching ethical practices in an engineering classroom has manifold challenges. Engineers travelto diverse locations, interact with people from different cultures, and solve critical problems for aworkable solution for all stakeholders. Sensitivity to other cultures, ideas and perspectives is afacet of professional attitudes that young engineers find difficult to learn if the teaching isconfined to physical classrooms. Regular interactions with global peers can make learningengaging, encourage curiosity, and break the barriers of land. Students can come to know aboutrich cultural heritages, social beliefs, and mature through cherishing individual differences.Engineering students need international exposure to become global problem solvers.In this
0 1 2 3 4 5 Score of the degree of improvement Figure 2: The degree of improvement in the following areas In addition, our preliminary qualitative analyses indicated that learning theoretical knowledge, enhancing professional competence and obtaining a higher degree were three main motivations of students to study for an engineering doctorate, which was consistent with the quantitative findings. The motivations were driven by two kinds of factors: external issues and internal needs. On the one hand, faced with technical bottlenecks in their work, students
student experience at the university, including their transitioninto engineering and the United States. Over the last three years, this team has engaged severalengineering international students in conversations, support sessions, mentoring, social events,and otherwise. The purpose of this paper is to understand how engineering international studentsare experiencing their transition to college and to what extent ISST has supported theirtransitional experience. Interviews with freshman, sophomore, junior and PhD internationalengineering students will be conducted with questions related to their transitional experienceduring their first semester in college and the role of ISST in their transition. Through informalconversations, we have found that
work comfortably within holistic, multidisciplinary contexts to solvecontemporary challenges. Moreover, engineers are expected to have the ability to work on multi-national teams designing products in one part of the world that will be manufactured in anotherand sold in yet another. In short, engineering is in itself, a global enterprise [2]. Trainedindividuals are needed who understand participatory development and have the technical skills toaddress complex issues. As noted by William Wulf [3], President Emeritus of National Academyof Engineering:“…engineering is now practiced in a global, holistic business context, and engineers must designunder constraints that reflect that context. In the future, understanding other cultures
stated further that “[a]s S&E expertise andinfrastructure advance across the globe, it is expected that the United States will increasinglybenefit from international collaborations and a globally engaged workforce leading totransformational S&E breakthroughs” [3].Internationalization at HomeGiven the significant impact on students and faculty mobility due to COVID-19, manyuniversities in the U.S. reevaluated their internationalization strategies and naturally the value ofinternationalization at home becomes more relevant and prominent. Internationalization at homeis a strategy beyond student and faculty mobilization, bringing international and interculturaldimensions to the core of higher education - teaching and learning and the related
competence? If so, to what extent do curricula support the development of intercultural competence during the study abroad period? 2. What aspects of intercultural competence can curricular interventions help improve in students’ intercultural learning?3. Methodology 3.1 Setting The International Engineering Program (IEP), the International Business Program (IBP)and the International Computer Science Program (ICSP) at the University X offer students theopportunity to combine a Bachelor of Science degree in engineering, business, or computerscience with a Bachelor of Arts degree in one of five languages (Chinese, German, French,Italian, and Spanish) or with a Global Area Studies Major, Japanese track. The signature
Mathematician, MIT Press, 1956Xie, Zheping. “Tsinghua Scholars and the Origins of Modern Chinese Education.” Tsinghua Journal of Education, 2018(5).Yang, Rui. "Tensions between the global and the local: A comparative illustration of the reorganization of China's higher education in the 1950s and 1990s." Higher education 39(3) (2000): 319-337.Yin, Qi.; Cong, Dongming; Wang, hui; Shi, Ge. “Soviet Experts at Tsinghua.” International Talent 4, 2011. 11
. Itultimately envisioned engineering students as prospective humanitarian social advocates ofinnovative solutions to sustain infrastructure, mitigate the impact of extreme events, and improveliving standards in a global society. Therefore, the program was conceived to develop theengineering, leadership, and innovative thinking skills required by engineering students tosucceed in a local, regional, national, and international economy. The program activities includedattending lectures, working in teams, participating in technical tours and cultural and socialinteractive virtual sessions. Students who completed this course were expected to: 1. Be able to apply sustainability principles to engineering solutions to address societal needs. 2. Be
industry holding technical and operations-based roles and has experience with outreach projects focused on STEM education and mentoring.Ronald Quintero, Florida International UniversityJade R. Moten, Florida International University Jade R. Moten is a graduate student at Florida International University in Miami, Florida. Her research interests include expanding diversity, equity, and inclusion practices in engineering education, policy development, TRIO programs, and quality tool implementation.Miss Brittany Nicole Boyd, Morgan State University Brittany N. Boyd is currently a doctoral student at Morgan State University. Her research interests include scale development to examine post-secondary experiences and program
. Zhang, H. Xu, J. Tang, and J. Li, “Keyword extraction using support vector machine,” in international conference on web-age information management. Springer, 2006, pp. 85–96. [9] A. Schubert, W. Gl¨anzel, and T. Braun, “Scientometric datafiles. a comprehensive set of indicators on 2649 journals and 96 countries in all major science fields and subfields 1981–1985,” Scientometrics, vol. 16, no. 1-6, pp. 3–478, 1989. ´[10] F. de Moya-Aneg´on, Z. Chinchilla-Rodr´ıguez, B. Vargas-Quesada, E. Corera-Alvarez, F. Mu˜noz-Fern´andez, A. Gonz´alez-Molina, and V. Herrero-Solana, “Coverage analysis of scopus: A journal metric approach,” Scientometrics, vol
do nontraditional engineering students encounter at MSIs? • How do nontraditional engineering students engage with MSI support structures and resources or respond to misaligned university infrastructure?3. Research Method3.1 Institutional ContextFlorida International University is a public, research-intensive, Hispanic-Serving Institution (HSI) thatgraduates both the highest number of Hispanic students overall and the higher number of Hispanicengineering graduates of any college or university in the country (Gamarra, 2019). The diversityrepresented by institutions like Florida International University is particularly important because thesedemographics reflect the diversity that will likely be reflected throughout the US in the coming
her theory of in/authenticity through a study of gender roles withinengineering workplaces [2], [3]. Faulkner [2], [3] first used the term “gender inauthenticity” todescribe the engineering dualities. Her theory examined the division of engineering into“technical” and “social” realms, where the technical was seen as “real” engineering.Stereotypically men were expected to engage in the technical realm, while women were expectedto engage more with the social realm. Faulkner continued this research and expanded on genderin/authenticity in later work [2], [3], [25], [26]. Within many engineering firms she discoveredthat certain engineering roles were stereotypically gendered (e.g. technical work for men;personal interactions for women). Thus
synchronous, cohort-based nature of our program provides several unique opportunities forproject instruction, collaboration, and assessment. All students enrolled in the project course attendsynchronous lectures. Over the two semesters, lectures covering topics such as project definition,how to give a presentation, how to prepare a technical document, and data analysis are presented.Each student team is advised by the course instructor and team progress is assessed during weeklyvideo conferences in which students describe implementation challenges, discuss design and im-plementation progress, and perform brief demonstrations. All students are expected to participatein the advising sessions. Students may be co-located or in different locations. In
required by industry. The community colleges under the RCNGMcontinuously partner with other community colleges, universities, industry, and organizationsand at the national and international levels to provide support and expertise to students andeducators in engineering and technology programs. The RCNGM is overseen by the ConnecticutCollege of Technology (COT), a consortium of all twelve public community colleges inConnecticut, ten public and private universities; technical and comprehensive high schools; andrepresentatives from industry. The COT began in 1995 through state legislation to createseamless pathways in engineering and technology from certificates and A.S. degrees to B.S.degrees. The pathways have multiple points of entry and exit for