the focus of existing literatureabout STEM doctoral student experiences and stressors. However, these themes are in mostcases closely related to known stressors in the general workplace stress literature and in studiesof academic culture and postsecondary student stress. To highlight these themes, we brieflyreport these stressors below.Travel-related stressors for international students. International students often spoke of stressorsrelated to being unable to travel to or from home, either due to travel bans or restrictions,difficulty getting flights, visa problems, and/or COVID-19 outbreaks. Both the uncertainty offuture plans and homesickness related to being unable to be in person with family were noted asmajor stressors for many
institutions. The focus on the context and complex conditions related toengineering ethics education will help us in developing a theoretical framework around cross-cultural engineering ethics education and triangulate data sources (qualitative and quantitative) tohelp answer Research Question 2.By the end of the project, we aim to have enough responses to assess the cross-cultural, andlinguistic validity of the study materials. We plan to conduct exploratory and confirmatory factoranalysis on the ESIT and MFQ and employ classic test theory (CTT) and item response theory(IRT) to interpret the psychometric characteristics of the ESIT and MFQ across cultures andcontexts.SummaryEngineering education has given insufficient attention to the global
show students the beauty in the physics andengineering concepts they are laboring to learn. Due to this neglect, many engineering studentscomplete their engineering courses with the ability to solve complex engineering problems but nodesire to further explore the topics they have learned. In fact, in some cases STEM students leavetheir classes feeling that the topics that they learn about are unrelated to the real world andfrivolous. Because of this emotional response it is becoming common to see students graduatingfrom university with degrees in STEM but no plans to pursue a career in a STEM field[1].Although the Mechanical Engineering curriculum at the University of Colorado has a significantemphasis on design, all the formal design
, respectively.In our class implementation, in phase 1 (overview), students initiate an action plan for solvingthe problems using the tools made available to them. This is after the instructor presents a briefoverview of the concepts students first learned about by watching the pre-lecture videos. Theoverview is a reminder and a lead to help students use that early knowledge to solve a problem.In phase 2 (problem solving), students arrive to a computationally assisted solution throughcareful reading of the problem, discussion with their teammates and experimentation thatinvolves learning iteratively by erring, reasoning about where they erred and why, and finallycorrecting and arriving to the solution. At this stage, the instructor and TAs walk around
to purchase. The proposal was broken down into several parts wherethe first piece included objectives that stressed the importance of the need of students andfaculty. The first part also explained the importance to align with the current strategic plan,access to new technologies on campus, and training interested library personnel. This piece alsoincluded goals and solutions that helped with creating timelines and aligning with the objectives.The second portion of the proposal provided general facts and statistics such as collectionnumbers of monographs and serials of the Mullins library along with the number of librarypersonnel employed. Such statistics and descriptions were added to the proposal for the formalityof illustrating the scope
listed earlier in the paper asrelated to technical and non-technical issues. Working students, and students getting ill or affectedby family members getting sick and dying from COVID was a major issue. Several of the assignedprojects could not be completed to the planned levels within the time frame of the semester due tothese issues. Absence of team members on out-of-state job assignments was another particularlybig issue with some teams. Even though these students could meet virtually, many experienced thesame issues listed such as poor Internet service, etc. In addition their work schedules interferedwith timely completion of project milestones.V. ConclusionThis paper has presented some of the issues experienced in offering problem-based
teams of 6 to 20 students; (2) content preparation via weekly planning sessions withSTEM faculty member leading the LA-supported course; (3) pedagogy education via a weeklycourse or seminar in science education theory and practice for all new LAs. However, the LAmodel is instantiated differently at different institutions. LAs have primarily been used in largeintroductory STEM courses, such as physics, chemistry, and mathematics; these courses aretypically required for engineering students in the first and second year of their curriculum.While the majority of studies have focused on the benefits of LAs to the experiences of thestudents in the courses (their subject matter learning and outcomes including identity andbelonging; e.g., [12, 14-18
improving the climate and culture for all on campus. The climate initiative was planned and piloted incollaboration with Dr. Abigail Stewart, a professor of Psychology and Women’s and Gender Studies atthe University of Michigan. Prof. Vicki May served as the director of the campus-wide initiative. Theinitiative is committed to providing meaningful climate data, promoting awareness around climate issues,initiating productive discussions, fostering local ownership of climate, and informing departmentalchange in policies, norms, and interactions. While participation in the initiative was optional, mostdepartments, including the Thayer School of Engineering, opted to participate.This initiative specifically differs from campus-wide climate survey
thiscomparison, we examine the effect of video assignments on performance of students on oralexamination. In both classes, we taught the same curriculum, had the same lesson plan, and thesame group of teaching assistants. The oral examinations maintained the same format, coveringthe same topics with comparable levels of difficulty. In the second class, we added the videoassignments to each weekly homework. All oral exams were conducted over Zoom.The average oral exam scores in the cohort without video assignments (n = 31) was 7.23±1.71and in the cohort with video assignments (n = 24) was 8.79±1.28. This represents a 21%difference in oral exam performance between the two cohorts. The results suggest that the videoassignments had a positive effect on the
skills in general are shown to increase in capstone design as students across threeresearch sites agreed that they improved their skills in engineering design, teamwork, and self-directed learning [22] based on their experience. In a wide-reaching study of capstone designcourses at over 250 institutions, it was found that leadership is covered in the courses for 81percent of the 522 faculty respondents [23]. For most of those courses, leadership was covered inthe team project (64 percent) or in a lecture (47 percent). The top five topics taught in capstonedesign in 2015 included written communication, oral communication, project planning andscheduling, concept generation/selection, and team building/teamwork [23]. This survey alsofound that 70
Paper ID #36981Work in Progress: Exploring Digital Competency Integrationin Primary and Secondary EducationBrandon Chi-Thien LeSunay Palsole Sunay is the Assistant Vice Chancellor for Engineering Remote Education for Texas A&M. He has more than 20 years of experience in the academic technology arena and over fifteen years of experience in distance and online learning. Over his career, he has helped a few hundred faculty from varied disciplines develop hybrid and online courses. He has also helped plan, build and manage successful online programs in nursing, education, engineering, leadership, and cybersecurity
diverse viewpoints from those who work with standards.Feedback from professors who did not create the module but implemented it in the classroomwith their students has been largely positive regarding the content and drop-in feature design. Forexample, UT’s Office of the Dean, Tickle College of Engineering, is aware of the contributionsto making this module available to other engineering faculty and is eager to start implementing itacross campus. Requests have been received to further customize the materials for moduleinsertion into a growing breadth of engineering disciplines and courses.As the module evolves, there are plans to address these requests and those gathered from futurefaculty who use the module. Likewise, feedback from stakeholders
toreview CATME rubric so that they have a clear understanding of the CATME five dimensions sothat they can evaluate themselves and their peers fairly and consistently. Finally, students need toalso review the communication plan that contains the definitions of levels of assessment (e.g.,what does “3” mean) that they agreed upon as a team.The second topic emphasized the importance of helping peers of helping peers improve theircontribution to team projects. This requires ‘helpful’ feedback that includes five components:constructive, specific, measurable, sensitive, and balanced. Each component was also presentedwith concrete and specific examples.The last topic showed former students’ written feedback examples, both helpful and not. Whileshowing
by manufacturingeducators and students. The knowledge blocks covered by this paper were collected by a diversegroup of educators who hold positions in educational organizations. CM was provided as anexample in searching the capabilities of these systems but it is clear that the platforms reportedhere contain a high number of topics in current advanced manufacturing practices. In the future,the plan is to add more information from the practitioners of these systems with a qualitative andquantitative survey tool.References[1] “COVID-19 Pandemic.” https://en.wikipedia.org/wiki/COVID-19_pandemic (accessed Feb. 03, 2022).[2] D. Masato and S. Johnston, “Project-Based Teaching of a Manufacturing Class During the COVID-19 Pandemic,” J
parental education,” Research in Science & Technological Education, vol. 39, no. 1, pp. 1–22, 2021.[20] L. E. Suter, “Outside school time: an examination of science achievement and non- cognitive characteristics of 15-year olds in several countries,” International Journal of Science Education, vol. 38, no. 4, pp. 663–687, 2016.[21] J. W. Creswell, Educational research: Planning, conducting, and evaluating quantitative and qualitative research. Boston: Pearson, 2012.
brokers, transferring elements of practice between communities. 2. Design of a Robotic Computer Vision System for Autonomous Navigation course. In this course students work in teams, each team working on a robotic component. The components need to work together seamlessly. develop their own CoP around their team’s subsystem, and some must function as “brokers” in order to coordinate the efforts of their own group with those of another group, in pursuit of an integrated system. 3. Educational Data Mining (EDM). In this class, students from Computer Science and from Education work in small heterogeneous teams to propose, plan, and implement an EDM project. We will study how students can develop as
Paper ID #37130Ko’u Mo’olelo: My Journey as a Kanaka MaoliRediscovering Balance in Engineering Education(Experience)Austin Peters Austin Morgan Kainoa Peters is a current B.S./B.A. Integrated Engineering student at the University of San Diego's ʻ Shiley-Marcos School of Engineering graduating Spring '22. Peters was born and raised in Wailuku, Maui, Hawai i, and plans to attend Purdue University's PhD program in Engineering Education beginning Fall '23. © American Society for
serve society. Despite the wealth of 96 data and impressive advances in the field of engineering, experimentation also raises several 97 serious ethical, social, and public-policy concerns. Though scientists and engineers have often 98 maintained that their work is value free, they are now increasingly required to factor in diversity, 99 equity, and inclusion responsibilities as they plan to conduct their programs of research.100 Analytical tools from STS can help engineers better understand the sociotechnical systems of the101 profession, including how engineering impacts DEI.102 The course titled “How Engineering Impacts Diversity, Equity, and Inclusion” considers103 the writings of a variety of authors and a few films
should bepursued along with a formal policy and a plan to implement it.An opt in process was suggested where students would propose the four courses they wished totake along with a letter, addressed to their advisor, which documents a strong personal interest inthe proposed courses or a substantial connection to the mechanical engineering major. Studentswould then meet with their advisor to discuss the proposal and seek approval. The student’sadvisor would send the form to the Director of the Mechanical Engineering UndergraduatePrograms for final approval. In the semester immediately prior to graduation, students wouldmeet with the director to submit the university substitution forms which would replace thetechnical electives
nervousnessand frustration for the student. While most institutions teach thermodynamics and fluidmechanics as separate courses, some have recently integrated the two courses into a two-coursesequence, Thermal-Fluid Systems I and II. The Mechanical Engineering Department at TheCitadel was established in 2014 and adapted the integrated model of teaching courses as ablended two-course sequence. After teaching these subjects in this model for eight years (2014-2022) by many different instructors, the department planned to assess the effectiveness of thisteaching model. To support the department in making the right decision, the goal of this workwas to compare the advantages and disadvantages of the blended model for teaching thethermodynamics/fluid
2023 ASEE Southeastern Section Conferencesatisfy the contemporary industrial needs and at the same time prepare the students with moretheory knowledge and skills? • What are the gaps between current engineering curricula and industrial needs?As the faculty instructor of capstone projects, the author delightedly found that most of the studentscan apply the theoretical knowledge and skills they have learned, including executing thebenchmark survey, deploying a decision matrix to help them choose the plan, applying computer-aided design, using the 3-D printer to build prototypes, tracking the project progresses with Ganttchart, conducting failure analysis, etc., which is very promising to the faculty instructors. But, atthe same time, the
; Mantzavinou, A. (2018) Design thinking in development engineering education: a case study oncreating prosthetic and assistive technologies for the developing world. Development Engineering, 3, 166-74.11 Wurdinger, S., Haar, J., Hugg, R., & Bezon, J. (2007). A qualitative study using project-based learning in a main-stream middle school. Improving Schools, 10(2), 150–161.12 Boaler, J. (1998). Alternative approaches to teaching, learning and assessing mathematics. Evaluation and Pro-gram Planning, 21(2), 129–141.Marjorie Letitia Hubbard, PhDDr. Marjorie Letitia Hubbard is a member of the engineering and research faculty at the NorthCarolina School of Science and Math (NCSSM) in Durham, North Carolina. As an engineeringinstructor at NCSSM, Dr
differently depending on the expertise of the instructor:Even though the introduction materials -like the one shown in Figure 1, were less interacted withthan the other pieces of the assessment package, instructors said that they positively impactedtheir lesson planning. Instructors that have been teaching this class for several years used theintroduction documents to check the alignment of the new homework assignments with theirexisting teaching material. Two experienced instructors admitted to only having looked at theintroduction documents during the first week of class. One said he only opened the introductiondocuments at the beginning of the semester. Once he saw that what was in the document was thesame as what he had been teaching, he felt
modifications. Many other CCSSM were identified as potential additionalstandards that could easily be included in the reviewed activities. (Notably, a TeachEngineeringeditor (and co-author of this paper) was very receptive to suggested edits.) This suggests thateducators familiar with relevant learning standards and related content can utilize freely-available activity plans by leveraging their expertise when adopting material (though manyeducators may be averse to this due to a lack of formal training in engineering education).DiscussionWhile engineering is a natural fit for engaging students in math and science, actually doing socan be challenging. Consider the case of 48 middle school teachers that spent a year developing20 engineering design
promotion in role responsibility with attendant title, naturally create greater financialrewards for the individual as the individual’s demonstrated contributions to the companyincrease.Pre-Program Survey Results -To better understand the demand for the proposed Doctor of Technology degree, the DTECHleadership team administered a Qualtrics survey to past and current students (1999-2017) ofprofessional fee-based credit programs who have either graduated or are planned to graduate inthe spring of 2017. The survey asked each recipient to rate their interest in a new Doctor ofTechnology (D. Tech.) degree, as described in this paper, on a Likert scale of 0 to 5, where 0 =no interest and 5 = very interested.Of the 978 surveys sent, there were 334
initial part temperature and temperature vs. time data as the part is cooled from anelevated temperature. This can be done quite easily using an imbedded thermocouple and a dataacquisition unit. In this exercise the students are studying the transient heat transfer from theheated oven to the aluminum rod. The length and the slimness of the rod make it very difficult toimbed a thermocouple into the part. A novel approach to determining part temperature wasdeveloped building on the coefficient of thermal expansion experiment that they had donebefore. The temperature of the rod is indirectly determined using expansion data.The oven is first pre-heated to an elevated temperature, which becomes the ambient temperaturefor the test. The initial plan was
of understanding of theconventions of isometric projection may not have difficulty seeing all the answer choices asdifferent rotations of the model shape. More research is needed to understand how the lack of anatural 3D appearance of some answer choice shapes affects test outcomes. If researchers wantto continue using the PSVT:R to assess spatial abilities in general, a revised version with morerealistic, natural-looking projections may yield more accurate results. We propose making arevised version of the instrument using computer rendered shapes like the one shown in Figure 3,or like the rendered shapes used by Yue [14]. We plan to repeat this study with a larger numberof participants, as well as to develop and test a revised instrument
the COF-IMPRESS-Crecruitment, and advertisement plan to first-year and community college transfer students. Thepaper will also address the student eligibility and selection process, the recruitment of the secondcohort scholars, and finally the orientation program.I. Research Background:Research shows that the impact of financial aid on retention is more significant in STEM programsthan in other degrees because STEM degrees often take longer to complete [1]. Financial concernsand issues can erode the self-confidence of students and their willingness to remain in STEM [2].To reform STEM education, financial support is provided by a variety of external organizations,including disciplinary societies, education associations, resource networks
needed to understand the directionality of the relationshipbetween mattering and sense of belonging. Besides, future work is required to explore thecontextual nuances that might explain our finding, aiming to inform the design of furtherinterventions to promote equitable academic experiences in engineering education programs. Finally, this study is subject to limitations. Our survey was answered by a non-probabilistic sample, so its findings might not be generalizable for other student populations.Besides, further empirical analyses are needed to better understand the directionality of therelationship between mattering and sense of belonging. In these lines, we plan to apply themattering items in other contexts, aiming to estimate
tools to improve different aspects of students’ learning, such asimproving students’ motivational constructs [3] , better communication among theeducational stakeholders (e.g., students, teacher, and parents, etc.), and easy access to thelearning content, etc. [4]. Consequently, there has been an influx of educational applicationsavailable at software stores (e.g., Apple Appstore and Google Play store) used to delivercontent, facilitating students in planning for study [5], helping students understand thecomplex cognitive tasks (e.g., learning programming concepts; [6]), and working as astandalone personalized learning platform [7].Despite a consensus on the certain benefits of educational apps, there are concerns regardingthese apps' lower