hearing industry experts, when considered thelimited options of availability, cost, and suitability for specific applications for PET-1Time delays in procuring PET-1 samples, forced the team to adapt and look foralternative solutions for the planning of producing physical prototypes of connectors andhardware choices. This underscored the need for careful planning and a proactiveapproach to material sourcing from the early stages of the project.Lesson 5: The Struggles of Maintaining a BudgetOne of the most challenging aspects of the project was keeping the budget within theinitial estimates after the material choices were made. Students realized thatengineering projects often require adjustments as new challenges arise, and despitetheir best
how participants’views and experiences of ethical awareness in AI and machine learning evolve through participationin STEMtelling. In the next steps, we plan to conduct a second round of coding and further developour understanding of how participants’ views and experiences of ethical awareness in AI andmachine learning evolve through participation in STEMtelling. We will also expand on the themesidentified through STEMtelling and assess the strength of each theme. We plan to present a full paperon this study of STEMtelling at the ASEE conference in 2026.We conclude our work in progress, by returning to our inquiry of how one teaches wisdom in amachine learning course. Varela [8] emphasizes that reflection is connected to the embodiment ofboth
participants. May said that the lack of pre-college free lunch programs made lifedifficult because of the inability to afford meals, asserting: My parents struggled, and I some kind of went through a lot ‘cause there was no lunch at school…but here I am, pursuing engineering.May describes the stress caused by the inability to afford food prior to college. Although she wasable to receive a scholarship which helps cover the cost of meal plans in college, the threat offood insecurity remains. The financial problem was confirmed by Cohen, thus: My brother had sugar disease. This meant I had to skip school to follow up on his sugar level. Taking care of him involved finances, which was a problem at that time…How do you
knowledge of MAE student learningexperiences, and some of the work we plan to do on the topic.Literature ReviewHow have student learning experiences been observed? Two of the selected papers appeared to study the types of student learning experiences;one performed an ethnographic study, proposing a “three dimensional view of engineeringlearning” [2], and the other is a review of “learning environments” [3] in engineering education. The goal of the study in [2] most closely aligns with the goal of this review; they argue“for understanding engineering learning with a broader framework” [2] through their framework,“becoming an engineer.” They use person-centered ethnography to determine the context inwhich the people exist and how they
-led recruitment process. Returning studentsmanage and direct recruitment each year. The process occurs during the early fall semester andbegins with distributing marketing materials through various channels to direct interestedstudents to join a listserv. In early fall, returning students host an information session forprospective applicants. Invitations to apply are then sent to all students on the listserv, whetherthey attended the information session or not. The returning students develop the overallrecruiting timeline, plan and conduct the information session, design the application screeningrubric, develop interview protocols, conduct interviews, and make final recommendations fornew recruits to faculty leadership.Once new students are
toWbegin to see if broader patterns across the class can be identified. Currently we only display the “Outliers” to the instructor but in the future we would like the same metrics to be available across the entire class. With this we can begin to try and identify trends that span across multiple labs.Future Work oving forward we plan to expand our behavioral insights into other sections ofMthe interactive textbook. This would include monitoring behavior within smaller activities that the students are expected to complete during their reading. The primary goal for our long term work is to identify and report to instructors whether classes are struggling with learning objectives before it reaches a point where the
, reductionist engineering practices by introducing studentsto system mapping—a Systems Thinking tool widely used in public health,environmental policy, and urban planning—to address wicked problems withtechnical, social, and environmental dimensions. This course complements the broader theme of embedding Systems Thinkinginto engineering education by preparing students to navigate complex, interdis-ciplinary problems. It reinforces the ideas from the prior sections by providingpractical, hands-on experiences where students collaborate to develop systemmaps that emphasize problem definition over solution development. This alignswith the critical need outlined earlier: to equip engineers with the ability toincorporate socio-technical and environmental
capable”) to 5 (“I feel fully capable”).Finally, the survey asked whether the project contributed to engagement in the Physics II unit andin the Engineering program in general, and whether it helped to contextualize the content withinEngineering in general and within the chosen area of Engineering. The responses, shown in Figure5, were structured using the Likert scale. Most respondents (77.5%) agreed or strongly agreed thatthe project contributed to engagement in the unit (Figure 5a). This is one of the objectives ofincluding the project as an active methodology in the teaching plan: students are expected toassume a dynamic position in the learning process [12]. Regarding engagement in the Engineeringprogram, 64.7% of students responded
professional abilities. In addition to undergraduate research, engineering students seek out opportunities forprofessional growth like senior design, and recent literature indicates that these design teamsgenerally prepare them to begin their first year of work [18]. Students found that activities likeparticipating in team meetings, project planning, and generation or refining of concepts ondesign teams were the activities that carried over into the workplace. An analysis of engineeringjob descriptions revealed that companies most frequently seek out students who are capable ofproblem solving, another skill reinforced by senior design [19]. The same study found thatproficiency with computer aided design software and Microsoft Office were the
, institutional norms, and studentexperiences, presents significant complexity in understanding the factors that may influencemoral development.Expectedly so, the initial “pre-college” cross-sectional results of this work-in-progress paperprovide little in the way of conclusions above existing literature. Rather, these results establishthe baseline for the planned longitudinal study that will track the moral development of thefreshmen cohort through their time at the liberal arts institution, alongside curricular andco/extra-curricular variables. An important aspect of the study, given wide DIT2 score variancesin cross-sectional studies, is the longitudinal design to track individual student growth. TheDIT2 is planned to be repeated as 1) a “mid-college
Artificial Intelligence ForumArtificial Intelligence (AI) has rapidly become an integral part of modern society, withwidespread applications emerging as recently as 2023. Its influence on education has beenprofound, eliciting diverse reactions among academics. While some institutions resist AIintegration, believing they can consistently detect and prevent its use, others have embraced it asa valuable teaching tool. This paper presents the outcomes from the inaugural AI forum held atour college, showcasing student feedback, faculty observations, and plans for future forums.In collaboration with faculty, students from our college hosted a blue-ribbon panel forum toengage in meaningful dialogue about the future of AI. The forum featured student
Challenge improvedstudents’ self-efficacy in their engineering abilities and hands-on skills. Moreover, studentsenjoyed the Tech Challenge and felt psychologically safe working with their teams and mentors.As future work, we plan to gather additional data from students who did not participate in thebridge program and data later in their engineering studies to further understand the bridgeprogram’s impact. We plan to continue offering similar summer bridge programs in the future tosupport students’ success in transitioning into an engineering program at a 4-year university andhope that this example can be adapted for other institutions looking to offer similaropportunities.AcknowledgementThe authors would like to thank the student mentors and staff
have to be any assignments this term/attended any academically classes/etc]. I suggest you withdraw from the exceptional to catch course by the deadline this Friday. I am cc’ing your up. academic advisor and strongly recommend that you meet with them to create a plan for future success.” To look up advisor, go to DrexelOne → Faculty → Class List → [Course] → [Student]. Advisor’s name will be listed with email address and photo in
peaks in one course may be theequivalent of “planning in a vacuum” since student time application across other commitmentsand courses are not simultaneously considered. This study aggregates self-reported time use dataacross multiple courses usually taken at the same time by students enrolled within the civilengineering major to determine if out-of-class time is generally constant and/or graduallyincreases, implying that students spend less time studying at the beginning of the semester butinvest more time as the semester progresses and graded events tend to increase in value (such asa course design project or comprehensive final exam). Wherever possible, a more holisticassessment of student time investment should be used to determine if
what you’ll charge for them in order to be profitable. In this problem, please define what “better” is for your company, actually make a prototype of your better ice pop, plan and justify your scale and process, and demonstrate why you think you could be profitable (note - this need not be a full-on business plan, as noted below, but I’d like you to work the numbers into at least a simplistic computation that the sales price can reasonably be greater than your materials costs).During the “Science” portion of each problem, students worked in assigned groups that wereeach given a di erent question that had been designated as “answered by experiment.” Giventhat group formation had to happen early in the summer session
an alternative grading scheme in an advancedundergraduate mathematics course for Electrical and Computer Engineering (ECE) applications,aiming to enhance student understanding and retention of core concepts. We discuss our observa-tions and experiences as instructors, survey students about their experiences with the new gradingapproach, suggest adjustments for future implementations, and propose a detailed plan for futurequantitative analysis to assess its long-term impact.2 Alternative Grading LandscapeAlternative grading is gaining momentum in adoption throughout higher education 1,2,3 , but theterm "alternative grading" is generic and is often applied in a number of contexts. Here, we de-scribe some of the many approaches that fall
dynamics course while the other was atraditional in-person lecture course. The MPP selected for this study is focused on helpingstudents understand the relationships between work, power, and efficiency and was assigned as astandalone homework assignment shortly after introducing these topics in their classes. Theinitial problem statement is provided in the appendix, while a flowchart illustrating the entiresequencies of questions that the students could follow to reach their final answer will bediscussed in the Methodology section below. A brief discussion of the initial results of this studyis included followed by the planned future work.Methodology:During a beta test of one of the new MPP problems this fall 2024 and spring 2025 semesters
, as drawing is popular amongchildren [24]. Sketching allows planning, personalization, and idea sharing [25] and [26].STEAM advocates highlight that Arts integration engages young brains, promotes creativity,improves memory, and advances social skills [27]. Adding Art to STEM makes these disciplinesmore attractive, especially to underrepresented students [28]. By broadening STEAM's appeal,Maker activities can engage a more diverse population of young learners in these fields.Meeting Learners Where They AreCulturally responsive education goes beyond content, requiring educators to authenticallyimplement teaching practices and curricula that resonate with diverse student backgrounds. TheTRUCHA framework [29] guides teachers in creating
students to reflect ontheir teamwork skills and those of their teammates. Teams struggling with interpersonal ororganizational problems are contacted to provide suggestions to improve team functioning.Examples of these intervention emails are provided in Appendix B. These suggestions mayinclude links to useful websites or videos, templates for planning, or related articles from theliterature. In the case of one underperforming group member, that individual may be contactedseparately from the rest of the group to discuss what prevents them from contributing fully. Thisallows the instructor to attempt to head off group problems early in the term, rather than lettingthings fester until a crisis develops later in the term. Peer assessments were used
] propose ways to make library instructionmore inclusive of people with invisible disabilities utilizing UDL.Other LIS scholars have explored inclusive practices across library contexts. For example, intheir 2009 article, librarians Chodock and Dollinger discuss their use of what they call“Universal Design for Information Literacy (UDIL),” a library-specific application of UDL.Zhong (2012) offered a UDL-based lesson plan to teach Boolean search strategies [56].Subsequent literature has expanded on this work, addressing topics such as general overviews ofdisability inclusion and UDL in LIS [57], [58], [59], [60], [61], gradual implementation of UDLpractices into teaching [54], staff and faculty training [62], [63], website information
extraction, contributing to ecological imbalance. Figure 2 illustrates aconceptual knowledge chain linking love and its attributes to design through experience.Figure 2. Conceptual knowledge chain between love’s attributes and designThis conceptual framework offers valuable insight for engineering students by illustrating howlove, empathy, compassion, and care might have manifested in action, influencing humandevelopment and technological practices across time. It also aids students in recognizing howthese dynamics have evolved through various historical and cultural contexts.These early human activities engaged psychological processes such as planning, motor control,and observation, illustrating how cognitive and emotional capacities jointly shaped
. Through theseprojects, students have successfully approached an open-ended design problem and worked witha team to deliver a variety of permanent on-campus structures.Course and Institutional ContextThe Cal Poly College of Architecture & Environmental Design (CAED) houses the disciplines ofarchitecture (ARCH), architectural engineering (ARCE), construction management (CM), cityand regional planning (CRP), and landscape architecture (LARCH). As a result, both seniorproject course options – ARCE 412 and 453, described below – for architectural engineeringstudents are interdisciplinary in ways unique to its location in the CAED. This can be attributedto: ARCE faculty member(s) that lead the capstone have their PE or SE license and haveexperience
numerous engineering-focused teacher practitioner articles, chapters, and research articles, and presents her research regularly through the ASEE Pre-College Engineering Education Division, a division she has chaired. Her current research includes investigating how K-5 students plan, fail, and productively persist, and how simulated classroom environments can be used to help pre-service and in-service teachers practice facilitating discussions in science and engineering.Dr. Jamie Mikeska, Jamie Mikeska is a Research Scientist in the Student and Teacher Research Center at Educational Testing Service (ETS). Jamie completed her Ph.D. in the Curriculum, Teaching, and Educational Policy graduate program at Michigan State
higher education felt unprepared toswitch to an online teaching and learning model [2, 3, 4]. In total, more than 150 countries closedschools, colleges, and universities and transitioned to alternative online teaching methods. Insome cases education was temporarily halted to distance students and slow the spread ofCOVID-19, which can easily transfer across different populations in classroom settings [5, 6].Approximately 90% of students worldwide changed their educational plans in response to thepandemic [7, 8, 9, 10]. At the start of the pandemic many educators had mixed feelings about theeffectiveness of online or remote teaching approaches compared to face-to-face approaches [11,12]. However, the necessity of moving to remote teaching spurred
thesetechnologies with hands-on exercises.2.4.3 Service LayerThe service layer of the IoT stack can be categorized as using a cloud service to store, compute, for-ward, or visualize data. In this course, students were introduced to essential software engineeringconcepts related to system design. Although the class projects would not need to scale to service100,000 users, the knowledge of how engineers plan for and accommodate applications at scalehelps promote good engineering practices. Oftentimes, IoT classes focus on the cloud to store,forward, or display data only. In future sections of this paper, we mention assignments leveragingthe Arduino cloud for an alarm system (Figure 4), a self-hosted NodeJS server interacting withFirebase for a real-time
that this theoreticalproposal can support our future SoTL activities.In Section 2 of the paper, we will discuss how we teach capstone courses from the designcognition aspect with some reflective notes. Then, we will offer two theoretical frameworks inSections 3 and 4 that integrate the notion of design tasks in the traditional context of designtheory and methodology. Section 5 will discuss our plan to extend the current work for designeducation practice and research in the future. Section 6 will conclude this paper.2. Capstone design teaching: practice and reflectionWhen the primary author of this paper started to teach capstone courses in 2014, design theoryand methodology were used as the key content to guide students with their capstone
the TI as well as details of plans for longevity of thecourse and expectations regarding any course prerequisites. Submissions are reviewed andevaluated by the Templeton Institute Steering Committee (TISC), a group of faculty membersfrom various disciplines across campus. In addition to addressing the required TI content,elements of successful proposals have included projects, speakers, and field trips. Courses thatconnect to the general education curriculum and/or are team-taught are strongly encouraged andreceive higher priority in the selection process. The selection of a course does not circumventUnion College’s procedural norms, and all TI courses must go through the standard courseapproval process and be scheduled strategically in
assigns a senior instructor for eachcourse. Part of the senior instructor’s duty, besides teaching one or more of the course sections, isto ensure that each instructor prepares students across different sections in accordance withestablished course-wide administrative guidance, required textbooks, material and equipment,and lesson schedules, content, and objectives. To that extent, students in any one section couldattend class with any other section at any point during the semester and not be ahead or behindthe planned instruction. Consequently, assignments to include in-class quizzes and exams, arestandardized (i.e., similar in format, content, and difficulty) to provide a fair, balanced, andtransparent evaluation process.The construction
were presented by three avatars. These avatars rep-resented the following three interest groups with their video statements: 1. An emergency doctor who works in a large hospital: She reports that on many days she is confronted with having to make urgent and far-reaching treatment decisions. She briefly describes the shortcomings of existing living wills and clarifies the differ- ences between cases of planned surgery and those in which an emergency has arisen and quick action is necessary. In cases where relatives are involved in the decision- making process and a dispute arises with the medical staff treating the patient, court proceedings may result after the treatment. A PPP could provide helpful support to
regions. Notably, regions from where teachersparticipated in training also emerged as leading adopters of hands-on activities. Teachers alsoemphasized the need for university support, advocating for collaborations, two-waycommunication, and access to ready-to-use lesson plans, activities, and online resources.Financial and travel constraints posed major barriers for students attending a potential 3-daysummer camp at UNL, particularly in certain regions. Teachers recommended accommodatingstudents’ summer schedules and diversifying instruction with online courses, virtual university-led modules, and dual-credit programs. Overall, the study recognized Nebraska’s diverseregional needs. Instead of a ‘cookie-cutter’ approach, tailoring education