course is generally more participatory inclass and motivated to invest the time and energy to do well on assignments and assessments.Additionally, effective learning and retention of fundamental concepts is essential to developingthe depth of knowledge required when critically applying the material beyond the classroom [1].Enabling effective learning in the classroom is not a simple task. Many factors must beconsidered when developing an approach, such as the student population being taught. In a singleclassroom, each student is unique in how they receive and process information based on factorssuch as preferred learning style, personal experience, competence in fundamental concepts, andindividual motivation [1]. Such considerations necessitate
women in executive level positions in IT. Therefore, this program of researchseeks to address the gap in the IT literature and examine the career development and successoutcomes of women in these positions. Career development for the purpose of this project willbe defined as the series of positions held over time and the factors influencing an individual’sadvancement through those positions (Peterson, Sampson, Reardon, & Lenz, 199642). Careerdevelopment focuses on individuals and how they can make better career-related decisions.Career development theory translates the different expectations of individuals into operationallyhow they manage their careers. Career development is an area of study that takes the generalizedexperiences of a group
. Supportfrom the Boeing Airplane Company was evident, as some of these courses featured supplementallectures from some of Boeing’s best engineers, such as Claire Egtvedt and C.N. Monteith.6 InJuly 1929, Professor Everett O. Eastwood was named the head of the department, thus markingits official beginning.16 The building was completed in the spring of the following year.17 Fig. 3 The Department’s Founding Fathers. Left to Right: William E. Boeing, John W. Miller, Frederick K. Kirsten, Everett O. Eastwood. Eastwood was the very model of a “modern” mechanical engineer. He had a hand in Page 14.640.6almost everything
skills well beyond the scope of the course at hand. Such studentscan help teach segments of the course, help assess or troubleshoot lab work, help pilot-test futurelabs and identify potential flaws before the rest of the class attempt the exercise(s), or developunique exercises that could be used in the class. Additional opportunities for the advancedstudents could include research other creative activities that will help improve the quality of thecourse at hand.Having fore knowledge about the students helps instructor plan for adequate equipment for theremote labs. It is a good idea to plan for extra equipment, especially servers, to help minimizedisruptions and alleviate frustrations from students whose servers have failed for any
barriers to these goals persist.7 Thesedeterrents include differing male/female attitudes toward science and technology that begin todiverge as early as elementary and middle school, the absence of women faculty, mentors, andfellow students in college and university classrooms, all of which create a “chilly climate forwomen” in these areas.8,9As young women grow older, fewer of them express interest in studying STEM subjects. Theliterature refers to a “leaky” pipeline of women from elementary school through graduate studiesand employment, eventually leading to their under-representation in the STEM professions.10The effects can be seen in colleges and universities where there are comparatively few tenuretrack women STEM faculty, and they are
recognized,[1]and with the added complications of transnational and intercultural communication thatglobalization brings, even more work remains to be done in preparing students for the real world.Gone are the days when knowledge of basic literacy—e.g., grammar, spelling, structure, etc.—issufficient for engineering writing. A comprehensive framework for literacy must be learned thatconsiders, in addition to basic literacy, more complex and overlapping literacies, includingRhetorical, Social, Technological, Ethical, and Critical Literacy.[2] Cook defines these literaciesas “layered literacies,” describing them as follows: Basic Literacy is the ability to read and writewith completeness, consideration, clarity, courtesy, and correctness, through the
you ask me about engineering culture and belonging? Introducing social scienceprompts into engineering surveysAbstract:What happens when researchers introduce socially theorized concepts like “culture” into engineering surveys asdata generation prompts? While it is common for us to use social science theories to frame our analyses, it is lesscommon for us to ask engineering students and practitioners to make sense of them through electronicallyadministered surveys. In this paper, we examine 1198 open-ended responses to two items on a Canadianengineering career path survey: Q65: What aspects of engineering culture make you feel like you belong? andQ66: What aspects of engineering culture cause you to question your belonging? In addition to
and are in their fourth semester. For example, students who responded to the 2013 surveybegan their studies in the fall of 2011.The current study reports findings from ten years of data from 2013 to 2022. From 2013 to 2015,the survey was hosted on an internal platform set up to accept only fully completed responses. In2016, the survey transitioned to the Qualtrics platform, with all survey settings preserved. Thesurvey items are presented in a predetermined, fixed sequence to maintain consistency acrossresponses. Upon completion, student responses are paired with demographic information—suchas gender, residency status, and ethnicity/race—through the university’s internal system.3.2 MeasuresThis study administers the SEES to assess various
final version of the instrument (Table 3) are not specific to the computingdiscipline, which was part of the original goal of the instrument design: application across arange of STEM disciplines, if possible. As a result, the items extend beyond the discipline andinto personal ideologies and understanding of systemic/structural issues impacting people fromdifferent identities. Given the goodness of fit when using faculty responses for CFA, this surveyis being extended to the analysis of computing faculty as well as K-12 educators as part of futurework.Demographic data on institution type, gender identity, classification, and disability status wereincluded in the final version of the instrument. While this will provide meaningful insight
.2016.31.[6] C,A. Metoyer and S. Littletree, “Knowledge Organization from an Indigenous Perspective: The Mashantucket Pequot Thesaurus of American Indian Terminology Project.” Cataloging & Classification Quarterly, 53(5/6), 640–657. Jul./Sep. 2015, doi: 10.1080/01639374.2015.1010113.[7] W. Buente, C. K. Baybayan, L. Hajibayova, M. McCorkhill, and R. Panchyshyn, (2020). Exploring the renaissance of wayfinding and voyaging through the lens of knowledge representation, organization and discovery systems. Journal of Documentation, 76(6), 1279-1293, May 2020, doi: 10.1108/JD-10-2019-0212.[8] “KuTools for Excel,” ExtendOffice, 2023, https://www.extendoffice.com/product/kutools- for-excel.html[9] Engineering
pandemic, and that such knowledge offered employment resiliency during theCOVID-19 recession beyond any resiliency associated with greater remote work capability and educational attainment.References [1] E. Barth, J. C. Davis, R. B. Freeman, and A. J. Wang, “The effects of scientists and engineers on productivity and earnings at the establishment where they work,” in U.S. Engineering in a Global Economy. University of Chicago Press, 2018, pp. 167–191. [2] S. Mongey, L. Pilossoph, and A. Weinberg, “Which workers bear the burden of social dis- tancing?” Journal of Economic Inequality, vol. 19, pp. 509–526, 2021. [3] L. Montenovo, X. Jian, F. L. Rojas, I. M. Schmutte, K. Simon, B. Weinberg, and C. Wing, “Determinants of
(also known as irradiance,or power density) during these characterizations were typically between 750 W/m2 and 850W/m2. All insolation readings were measured with a LI-COR LI-250A light meter. Short circuitcurrents (Isc) were typically between 2.25 and 2.75 amps, and open-circuit (Voc) were typically 31to 35 volts, depending on solar insolation and air temperature. Ambient and module surfacetemperatures were measured during each characterization test using K-type thermocouples tapedto the back of each module tested as well as the open ambient air in a shaded area next to themodules. For quick setup all electrical connections were made using simple laboratory alligator-clip leads.Data acquisition was accomplished using a Graphtec GL-240; Compact
to characterize theseabilities and how to integrate them into STEM curricula.3 To make sure that future engineeringgraduates are properly prepared for the 21st century workplace, our multidisciplinary NationalScience Foundation project, CPATH: Computing Across Curricula, has a twofold goal to (1)characterize and develop a computational thinking thread that spans beyond the freshman year’scomputing course to all levels of the engineering curricula, and (2) increase students’computational competency by applying appropriate computing approaches during/in the problemsolving process.Developing computationally capable engineers requires the understanding of both whatcapabilities matriculating students bring with them4 and what engineering
, seminars/workshops, and conferences. Students should seek outnetworking opportunities and work on establishing professional relationships beginning in theirfreshman year and continuing to graduation. Through building their network in academia and theprofessional world, the students will find themselves with appealing job prospects andopportunities for advanced education. The pathway-to-graduate school strategy is intended toencourage all promising undergraduate students to apply for graduate school and assist them increating a portfolio which will make them competitive to receive financial support. This strategyenriches the intellectual fabric of the University by developing a mechanism that integrates theexperience and expertise of the
University of Colorado Boulder. Her research focuses on bridging technical and nontechnical competencies to support the professional preparation and ethical responsibility of engineering students.Dr. Daniel Knight, University of Colorado Boulder Daniel W. Knight is the Program Assessment and Research Associate at Design Center (DC) Colorado in CU’s Department of Mechanical Engineering at the College of Engineering and Applied Science. He holds a B.A. in psychology from Louisiana State University, an M.S. degree in industrial/organizational psychology and a Ph.D. degree in education, both from the University of Tennessee. Dr. Knight’s research interests are in the areas of K-12, program evaluation and teamwork practices in
that goes beyond traditional engineering topics and includes areas such asethics, team work, oral communication, life-long learning, and an awareness of the impact ofengineering on society to name just a few” (p.1). All the authors mentioned above broughtattention to the human behavior related skills that engineers need in order to successfully applytheir technical knowledge in today’s ever-changing and multidisciplinary world.In 1994, industry, academe, and government collectively concluded and stated that engineeringstudents need to receive human behavior skills in order to be successful professionals within themodern American industry (ABET, 2004). Since then, several studies have also expressed thisneed by stating that human behavior
similar to those they will face once the student enters the work force.UNC Charlotte currently offers a two-semester, multi-disciplinary senior design sequence thatspans all of the departments within the College of Engineering (COE). Industry-sponsored andfaculty funded research efforts comprise the projects for the senior design sequence. This isparticularly advantageous for the industry sponsors, since these sponsors are afforded theopportunity to initiate elective research projects in their respective areas of interest whileworking closely with seniors that the company may be interested in recruiting. Students prioritizetheir interest in available projects through analysis of posted Statements of Work and the courseinstructors, who represent
perceived contributions to theexperimental work, research, report, and presentation, but variations introduced by the studentsin the format do not allow for normalization of results and cannot be analyzed at this time. Theformat for the assessment failed to present a normalized structure to collect the data.Students also provided a narrative on their individual performance and highlighted main teambehaviors. A sample of comments is provided in Appendix 3. A detailed analysis of that richinformation goes beyond the scope of this paper. However, some clear trends showed that moststudents were very satisfied with the team experience and the learning value of the course (thiswas also addressed in a separate assessment taken at the companion core course
acommon core course required of all students each semester. In this course, “Engineering Clinic”,students work in interdisciplinary teams to complete projects that are often contracted fromactual corporate settings through a partnership with regional sponsors; project results arepresented each semester formally and in professional demeanor. In the junior and senior years,the audience for these reports includes the wider engineering community and corporate sponsors.In addition to the thorough integration of team work and interdisciplinary cooperation into theprogram, a “hands-on, minds-on” approach integrates the subject matter of the more theoreticalcourses with the projects being worked on that semester; a “just-in-time” pedagogy insures thatthe
, helping, or serving as a rolemodel’ were as follows: Being able to make a practical difference in people's lives Contribute to society Page 24.1375.15 Haiti helping people helping the world I like the idea of bettering lives I want to be able to make a difference I want to benefit society I want to make a difference in the world I would be able to help people To contribute to society through research/projects To make a differenceAs
materials. Operable Users can interact with and navigate through their electronic mate- rials in a manner they can fully control, without encountering obsta- cles. Understandable Content is readable and understandable, and the functionality of the electronic materials works in predictable ways. Robust Electronic materials are compatible with a range of technologies and devices, including assistive technologies. Table 1: The POUR modelUniversal Design for Learning UDL is a pedagogical framework and set of teaching principlesto help all students learn well by emphasizing the universal
the stated goal of the REU program to help attract and retain students in STEM,including careers in teaching and education research, these programs can help students achieve awide variety of learning outcomes. Some of these learning outcomes clearly map to the ABETcriterion C “A-K” outcomes; such as b “the ability to design and conduct experiments, andanalyze and interpret data”.10 Other outcomes may also be achieved to varying degreesdepending on the structure and activities associated with a particular REU site. For example, theClarkson REU likely improved students’ knowledge of sustainability9, which is a desiredoutcome in both the Environmental Engineering Body of Knowledge11 and the Civil EngineeringBody of Knowledge12.Kardash13 found
public sectors for their help and support to the ACCESS program. We also thank theNSF S-STEM ACCESS program external evaluators from the Center for Evaluation & Researchfor STEM Equity (CERSE) at the University of Washington.References[1] R. Hensel and K. Goseva-Popstojanova, “Development of a Cybersecurity Professional Identity” in Proceedingsof the 2022 ASEE Annual Conference & Exposition, June 2022, Minneapolis, MN, 18 pages,[https://peer.asee.org/41591][2] S. Krause-Levy, W. G. Griswold, L. Porter, and C. Alvarado. “The Relationship Between Sense of Belongingand Student Outcomes in CS1 and Beyond” in Proceedings of the 17th ACM Conference on InternationalComputing Education Research (ICER 2021), August 16–19, 2021, Virtual Event, USA
efforts,cooperation and willingness to adaptive to change (Annual Report, 1966-1967).Crosland was responsible for raising the funds needed for the new library addition and herLibrary building expertise was recognized nationally. Back in 1961, when she was invited toattend, along with a group of scientists and research librarians, a National Science Foundation(NSF) meeting in Washington D.C., she provided advice on how the NSF could contribute toimproving national research, such as through the support of library facilities (Boxes 20 and 21,Series 3).In 1965, the Board of Regents of the University System of Georgia allocated $2,000,000 for thenew Graduate Addition and the United States Department of Health, Education and Welfareapproved a grant of
through attending presentations, providing on-site meetings with student teams. The projects should have a creative element to them and not simply be adaptive design problems." [AUS31] "Area of specialisation eg. Bioprocessing, energy or classic chemical engineering New Zealand processes." [NZ3] "Size, complexity, availability of materials and technical support, cost." [NZ8]A majority of teams in the countries surveyed were departmental or composed of individualstudents, as shown in Figure 14. Very few capstone design teams in Australia or New Zealandparticipated in multidepartmental teams, and no respondents from these two countries mentionedteams beyond
data set included 89 MEprograms in the U.S. that were ABET accredited, of which 72 programs had AASHE STARSscores. There were weak statistically significant correlations between the total AASHE STARSscores and the percentage of engineering and ME Bachelor’s degrees awarded to females.However, there was not a direct correlation between the percentage of females awarded MEBachelor’s degrees and the number of identified ME courses with sustainability. Thedemographics of students earning Bachelor’s degrees in ME are likely due to a broad array offactors beyond the extent that sustainability is evident in the courses. For example, differencesamong private and public institutions were significant. Strong correlations were found betweenthe number of
Education and Professor, Department of Aerospace Engineering and Engineering Mechanics University of Cincinnati P.K. Imbrie received his B.S., M.S. and Ph.D. degrees in Aerospace Engineering from Texas A&M University. He is an advocate for research-based approaches to engineering education, curricular reform, and student retention. Imbrie conducts both traditional, as well as educational research in experimental mechanics, piezospectroscopic techniques, epistemologies, assessment, and modeling of student learning, student success, student team effectiveness, and global competencies He helped establish the scholarly foundation for engineering education as an academic discipline through lead authorship of the landmark 2006
dryeror a blender, or simple equipment like an open tank of water or a duct with a change in area. Theuse of consumer items is designed to engage students by demonstrating the relevance of theircoursework to their everyday lives. Because the equipment is simple or familiar to students, webelieve they are more likely to reveal their misconceptions about the core concepts necessary forthe equipment to function. The EET laboratory exercises use a guided inquiry approach tochallenge student misconceptions, and to promote deeper understanding through qualitativereasoning. This paper gives an overview of the project and presents some research highlights onstudent learning gains and attitude change. Details of specific exercises are presented
affected the students’communication skills [18]. The author of the present paper has experienced several students in thecapstone design projects who barely can make a fluent public presentation in front of the facultiesand their team members. This should be addressed in the ME curriculum development in the nearfuture.Applications and Hands-on ExperienceMore students mentioned their desires for more hands-on experience, authentic problem-solving,co-op experience, internship, and training to prepare for FE and PE exams/licenses, etc., to becovered by the future ME curriculum. This topic was covered by multiple categories, (b), (e), (k),(l) in the old survey questions, or the category (1) and (6) in the new survey questions. It appearedthat more than
behaviors and their impact on engineering leadership potential. Meg is a board certified coach with experience in developing students’ leadership and professional com- petencies through teaching and one-on-one coaching. She is most interested in developing student knowl- edge of leadership to impact their successful transition to the workplace.Prof. Andrew Michael Erdman, Pennsylvania State University, University Park Andrew M. ”Mike” Erdman received his B.S. in Engineering Science from Penn State and his M.S. from USC. At Rocketdyne (Pratt & Whitney), he helped design the Space Shuttle. As manager of Reactor Safety Analysis, Experimental Engineering, and Fluid Dynamics Technology at KAPL (Bechtel), he con