, and contributes to the existing knowledge gapabout marginalized populations’ experiences and success in engineering. Designing evaluationmethods to also allow research into student learning and identity formation is a powerful way toaddress this inequity. Our aim was to understand students’ individual research experiences alongside theirconceptions of what science is and their self-assessments of identity, sense of belonging, and 1professional skills. These insights serve as indicators of more valuable outcomes of learning andprofessional development than the common over-focus in REU program evaluation on whetherinterns plan to attend
scientometric and systematic review,” Energy Build., vol. 250, p. 111292,239 2021.240 [14] M. N. Uddin, H. H. Wei, H. L. Chi, M. Ni, and P. Elumalai, “Building information241 modeling (BIM) incorporated green building analysis: An application of local construction242 materials and sustainable practice in the built environment,” J. Build. Pathol. Rehabil., vol.243 6, pp. 1–25, 2021.244 [15] National Institute of Building Sciences, “U.S. National BIM Program: Implementation245 Plan.” Sep. 2022.246 [16] L. Wang, M. Huang, X. Zhang, R. Jin, and T. Yang, “Review of BIM Adoption in the247 Higher Education of AEC Disciplines,” J. Civ. Eng. Educ., vol. 146, no. 3, p. 06020001,248 Jul. 2020, doi: 10.1061
ordered and elegant; a neatly bounded object that represents your competency. I knew I was a competent and clever doctoral student, but still my research did not look like that neat and tidy output. My research was messy, it was emotional, and it was not an easily divisible and logical process.” (Weatherall, 2019, p. 101)I itched to do something different in how I presented my work. I even planned to do a cross-stitch representation of each chapter at one point, buying cross-stitching supplies and everything.They never made it out of the package. I was drowning, trying to fit my non-traditional work intothe traditional box of engineering research. By trying to emphasize the rational, apolitical, andmechanistic elements of
more broadly in their careers. The applicationof a “no-code” software, such as the cloud-based Citrine Platform, can help enable studentswithout a coding background to understand the role of AI and ML in engineering problemsolving. Student perceptions of the “no-code” software exercise were overwhelmingly positivebased on responses to survey questions before and after class, which indicated the approach hasmeaningful benefits for student learning.A significant portion of the case study exercise utilized in MATE 245 relied on direct instruction.Moving forward, we plan to develop guided-teaching resources so students can more easilyengage with the exercise outside of the classroom. Guided-teaching resources are intended toassist in scaling the
andcomputing faculty to complete our online baseline survey. The purpose of this survey was tocollect baseline information to inform project planning and to establish a reference point againstwhich to measure change over time as a result of the project. The survey explored facultyperspectives on Culturally Responsive Teaching Practice (developed by our external evaluatorconsultant), Psychological Safety [21], Climate for Innovation [22], and DepartmentalCommunity [23]. In addition, faculty within the Computer Engineering department were asked toshare their perspectives on the department’s vision that outlines aspirations for thetransformational undertaking.Data were retained for analysis if respondents completed at least one of the scales in
engineering and computingdepartments; and 3) posting with social media (e.g., LinkedIn and Facebook). Statistical powercalculations were used to inform our recruitment plan, and recruitment numbers were monitoredon an ongoing, twice-monthly basis.The EECT-STEM survey aimed to delve into the experiences of underrepresented minority (URM)doctoral STEM students, specifically assessing how their racialized experiences, such as minoritystatus stress resulting from discrimination and bias, influence their career aspirations. Similarly,the SIDE 1 survey explored the impact of mental health, racial activism, and minority status stresson students' likelihood of pursuing various career trajectories, with a particular emphasis onentrepreneurship. The ECDES
the approach of building out approximately 8 plug-and-play pre-planned hybrid instruction modules intended for use by FYS instructors, which should aid insolidifying participant’s views regarding the consistency and – ideally – the efficacy of theprogram, including in existing areas of deficiency such as presenting holistically informationabout engineering careers. That development work is ongoing, with a program re-evaluationplanned upon the completion of that work to assess its efficacy. It is expected that those updatedevaluation results will be further disseminated with an eye towards providing a useful model forother similarly situated institutions, partly with an eye towards mitigating some of the challengesinherent to the
Ph.D. in Educational Policy and Planning from UT Austin. ©American Society for Engineering Education, 2024 The Role of STEM Society Scholarships in Supporting the Retention and Persistence of Women in Engineering and Computer ScienceIntroductionProgress and innovation in STEM (Science, Technology, Engineering, and Mathematics) fieldsrely heavily on their ability to promote gender equality in all aspects of society [1]. Althoughstrides have been made toward achieving gender equality, there remains a noticeable gap when itcomes to the representation of genders in STEM (Science, Technology, Engineering, andMathematics) fields – women constitute less than 30% of the graduates in these fields [2
students are being exposed to a varietyof perspectives which will develop their ethical reasoning and in turn will contribute to theformation of their character.Conclusion:While it may be too early to conclude that the snail progression for ethics integration is theoptimal method for embedding ethics into our curriculum, we demonstrated that it is effective atdeveloping our students ethical reasoning and that our students recognize its importance.Further testing will occur throughout this year and years to come. We plan on conducting focusgroups to quantify the ethical reasoning of our students through different case studies andmeasure this change over time. We also look to developing a robust method for measuring virtueethics and character
during the remainder of theiracademic experience. Our faculty mentors engage with students during the weekly lunches andprovide educational support through assistance with scheduling and navigating availableresources.Lunches. The lunches were a weekly event in the engineering building, a central location wheremost students had classes. Each week, the faculty mentors planned a lunch served at no cost tothe students. Once the students arrived and made their plates, they would socialize with theirclassmates and faculty mentors, sitting at tables with six chairs. A professional developmentnugget would be delivered after 20-25 minutes of eating and socializing. The professionaldevelopment nugget would be a 10-15 minute long discussion from industry
curriculum auditing, mapping & development, climate and culture assessments for schools and workplaces, and building inclusive and sustainable environments. As longtime K-16+ educators, we struggled to find interdisciplinary place- Mother Earth based curriculums that engaged students with their environment–so we created our own. We Literacies have an Environmental Justice Education (EJE) framework that guides our work. We offer professional development around our published curriculums and help educators decolonize their own curriculum using an auditing and backward planning process (excerpt). Open Buffalo Our mission is to advance
frameworkthat recognizes the need for 1) initial and ongoing professional development for engineeringinstructors who seek to create and teach equity-centered courses, and 2) a collective effort bydepartment leaders and teams of faculty that receive ongoing support for their efforts fromconception and design of equity-centered courses and through implementation and evaluation ofthese curricular reform efforts. This holistic approach faces an important challenge, which is toaccommodate different users in different contexts while providing concrete, practical guidance.We plan to address this challenge by partnering with early adopters (departments andindividuals) to study the framework. We will study their experiences as department leaders andinstructors
spent a good portion of the four weeks figuring out whatto try and, in some instances, had difficulty letting go of literature review. With projects alreadyhammered out, the second summer’s prototyping block got off to a swift start with livelydiscussions on methods and data collection, setting up surveys and experiments. Fellows wereasked to share and update prototyping plans with their advisors throughout the four-weekprototyping block and work toward a presentation of their initial findings and experience.The initial goal of the testing or validation block was to elicit substantive feedback fromindependent outsiders on the projects, with a focus on building communication skills throughpreparing and refining presentations before a month-long
, 2006. Accessed athttps://digitalcommons.unl.edu/ejasljournal/69 March 3, 2024.[8]. J.B. Halpern. “Why the ChemWiki” Fall 2015 ACS CHED CCCE Newsletter, Paper 7(2015), Accessed at https://confchem.ccce.divched.org/2015FallCCCENLp7 access March 3,2024 March 3, 2024.[9]. A. Francescucci, J. McNeish and N. Taylor, “Chapter 4 - Business Buying Behaviour” inPrinciples of Marketing, 1st Canadian Edition, Pressbooks, CC-BY-NC-SA. Accessed athttps://pressbooks.library.torontomu.ca/marketing/part/chapter-4/, March 1, 2024[10]. J.V. Koch. ”An Economic Analysis of Textbook Pricing and Textbook Markets." ACSFACollege Textbook Cost Study Plan Proposal. Advisory Committee on Student FinancialAssistance, US Department of Education, 2006. Accessed at https
. • All three instructors saw increase in the contact and communication from students enrolled in online courses. • Although it created an increased workload on the front end it decreased the amount of confusion and questions asked on the back end.Future ResearchIn the Future, we plan to establish a baseline using the traditional approach and investigate howwell students comprehend the lecture by implementing the micro-learning technique. Threemodules, including pre-test, knowledge transfer, and post-test, will be implemented to study theefficacy of micro-lectures in an online learning platform. For each lecture, an initial pre-test isimplemented to identify the existing skillset of students about the topic. As some students mightbe
planning phase ofthe class, I review the cases at the NSTA.org site using key words related to the topics, and then pullthe cases. I have found several that I re-use depending on the class topics and the students’ response totheir use.In Table 1, I have included the 6 cases I used in one iteration of the biochemistry course I taughtrecently. Most often the cases were conducted or discussed during the lecture, though for a couple ofthe cases we used some or all of the laboratory time. In some cases, I may briefly cover the coreconcepts in a previous lecture while in others, not allowing the students to learn the important ideas asthe case unfolds.Table 1. Cases used in a Biochemistry class for juniors Case title Specific concepts
Learning, and Creative Conflict, eachcomprising its own distinct set of subskills.CST was employed to annotate the student messages in our dataset. However, due to a limitednumber of messages exhibiting creative conflict, we labeled messages solely based on whether thestudent demonstrated conversation or active learning skills. In Table 2, we present acomprehensive breakdown of the main skills of CST used in this study, along with their respectivesubskills. Conversation and its subskills primarily focus on planning or executing ideas that havealready been discussed. On the contrary, active learning represents student interactions whereinthey discuss new ideas, provide feedback to each other, encourage diverse opinions, and askquestions. Existing
agile represents, it’s important to understand howagile practices are distinct from traditional project management. Traditional project managementpractices, often termed “waterfall”, emphasize long-term, linear plans with rigid scope andrequirements. Under the waterfall model, visualized in Figure 1, engagement with customers andbusiness sponsors occurs predominantly in the early and final stages of the work effort, when settingthe requirements and design of the total solution and after the solution is implemented. Figure 1. High-level summary of the linear flow of a traditional “waterfall” project. Proceedings of the 2023 ASEE Gulf-Southwest Annual Conference University of North
increased significance that electricvehicles are expected to have in the future. Indeed, the sales of electric cars have experiencedsubstantial growth over the last few years.2 The electrification of the transportation sector is critical inmeeting emission reduction goals set by various governments and other stakeholders across theworld.3 Furthermore, the adoption of electric vehicles poses significant challenges to the planning andoperation of the electric power grid due to the increased demand for battery charging.4,5 It is thereforeanticipated that the proliferation of electric vehicles will have a significant impact across variousaspects of our lives in the future. The aforementioned contextual issues serve as excellent motivationfor innovative
, environmental, and societal contexts. 5. an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. 6. an ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgment to draw conclusions. Proceedings of the 2024 ASEE Gulf-Southwest Annual Conference West Texas A&M University, Canyon, TX Copyright 2024, American Society for Engineering Education 8 7. an ability to acquire and apply new knowledge as needed, using
your life. They check in with me to make sure that I am reaching my goals, but to also ensure that I am taking care of myself. They do not expect their students to drop everything in order to do their research, and will plan meetings around our schedules. – Irene, Latinx woman, ChemistryBy reassuring their advisees that their graduate work should not supersede their personal lives,Irene’s advisors disrupted the notion that graduate students in STEM should push themselves totheir breaking point to complete their academic responsibilities. They supported their students'mental health by stressing the importance of developing what Celeste, a Latinx woman inStatistics, considers a “rich and fulfilling” life beyond
to problems thathave multiple constraints. While there are many versions of the phases involved in engineeringdesign [1], the fundamental stages are:1. Planning and Task Clarification: This is the first step where detailed information about product requirements are collected, leading to the formulation of a requirements list. This list is pivotal in directing the design process and subsequent stages, necessitating frequent updates to accommodate ongoing changes and feedback.2. Conceptual Design: The conceptual design phase involves abstracting key problems to define a principal solution, later made more specific through material and layout choices for assessment. This phase is crucial as it lays the foundation for the solution
plans for the third iteration.The final Technical Submission included the results of the third iteration and the final discussionof the engineering design process. The final Technical Submission included all sections asoutlined in the previous section of this paper titled Explanation to Students of the EngineeringDesign Process.Excel File for CalculationsAs the project by design was iterative, utilizing a spreadsheet to complete calculations wasadvantageous in addition to being in line with calculation software commonly used by practicingengineers. Groups were required to submit the Excel file used to calculate various values for thecycle such as the energy balances. The Excel was independent of a specific iteration, so anyparameters for the
children equally, they can help to create a more equitable and justsociety for everyone.Work-Life BalanceThe importance of work-life balance was also a pervasive theme in the responses, with itsimportance being repeatedly stressed, whether using those specific words or similar terms.Survey respondents commented on its importance often, spoke of how they addressed it, andcommented on how employers promoted it; often this was tied in with the need for flexibility, asthat was seen as one means of promoting and helping to achieve work-life balance. Thequestions that elicited discussion regarding work-life balance follow:14. Does your company offer childcare on-site?19. Did you always plan to have children? Did engineering influence your decision to
by courses already offered in the electronic, mechanical, and computer systems programs, so the need for new courses to satisfy additional learning outcomes was minimal. Both faculty and administration were enthusiastic about the opportunity, particularly when it was apparent that a new degree program could be offered with only a small increase in total faculty teaching load. • At Kansas State University, the B.S. Engineering Technology programs are degree options under the single umbrella degree of B.S. Engineering Technology. This structure streamlines the logistics involved in establishing a new Engineering Technology curriculum. • The K-State 2025 Strategic Action and Alignment Plan for K
with attendance, the mentoring program overall was ahuge success.In looking at specific mentor comments, the mentors noted that the students were very interestedin being mentored and that mentoring really helped the students learn about industry, search foremployment, develop a good work/life balance and provide ideas and goals to aspire to. Inaddition, the mentors were able to connect with other alumni through their participation in thementoring process. The mentors would have preferred an earlier starting date to allow thestudents to better prepare for the Career Fair and would have liked more structure in planning,communication and engagement. They noted that the mentor circles worked best with 2-3mentors and 4-6 students. As was noted
. an ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives.While this Student Outcome is more concerned with significant projects such as capstoneprojects, students need to learn how to work effectively in teams well before their capstoneprojects.Teamwork, sometimes referred to as collaboration, is critical in most engineering positionsbecause many problems are larger and more complex than can be handled by single individuals.Lahdiji made a relevant observation, “Today’s engineers are becoming an integrator, and acoordinator of information, technology, and people” [10]. This clearly requires
Conference West Texas A&M University, Canyon, TX Copyright 2024, American Society for Engineering Education 9 Figure 11: Battery Capacity (SoC) vs. Voltage Figure 12: Battery Capacity Meter with Sampler4.2: Safety ConsiderationsFrom the very onset, the team was made cognizant of the project’s safety requirements, given theage of the end users of the STEM exhibit. To this end, some examples are provided in this section: • Regular usage of fault tree and FMECA risk analysis and mitigation action plans for potential modes of failure. • Limiting the system to low voltage DC (Direct Current), nominally in the 12-18V range
,” Institutional Research & Planning. Accessed: Dec. 18, 2023. [Online]. Available: https://irp.dpb.cornell.edu/surveys/pulse-surveys
phases with the first focusing on research, user needs, andmarket character. Students were tasked with brainstorming and selecting a problem relating totheir theme to base their design project on. Students developed a research plan, end user needs,market character, and sketches of their prototype. The second phase of the project was focusedon the preliminary design. Students began writing their Conference paper addressing theproblem, end users/stakeholders, social and economic value, methodology, research results,discussions, and conclusions. They also were tasked in providing a visualization of theirproposed prototype utilizing SolidWorks. The last phase of the project concentrated on thedetailed design relating to prototyping, verification