observations, we are currently planning to conduct a formal studyof student-led case studies to better develop our methods and formally assess outcomes of thisapproach. During the 2025-2026 school year, the objective would be to bring this assignmentsection into 4-6 sections of ENGR 100, with the hope that we might recruit 1-2 colleagues to testthe approach in their own sections. Assignments could be modified to better fit the project ordiscipline-specific content of each section, with keeping the core task of asking students toresearch and develop case studies of their own. Following the Winter 2026 section, we wouldconduct student surveys, instructor reflections, and perhaps several small focus groups wherestudents could share their experience with
underscoredthe need to balance technical and non-technical competencies in the Industry 5.0 era. Byaffirming a comprehensive framework of cognitive, functional, social, and meta-competencies,this study bridges theoretical understanding with practical demands. Moving forward, thevalidated model offers a foundation for designing responsive curricula and training programs thatprepare engineers for complex socio-technical environments. Future research should furthervalidate the model through importance ranking and structural analysis to strengthen its utility incurriculum development, workforce planning, and policy formulation. Continued collaborationamong innovation actors remains essential to align competencies with the needs of Industry 5.0
economic, political, and cultural conditions as capitalism oftenoffers the tools to allow settler colonialism to permeate through a complex and intertwinedrelationship. I hope that my analysis moves towards the direction to meet the calls of Pawley [3]to exemplify naming and confronting systems of power, as well as Holly Jr. and Masta [21] tomake whiteness visible through contending with settler colonialism and capitalism.Kakaʻako as a Microcosm of the Settler Colonial Logic of PossessionKaka’ako is currently an urbanized district on the island of Oʻahu where construction projectsare planned for the next 20 years. Right after the new year, I took a quick trip with my friends toOʻahu as a goodbye before all of us moved away from Maui. We visited
]. Students may also be forced to rely on grassroots efforts to build their own supportsystems and lead DEI efforts, understandably at a much smaller scale. Without intentional effortto serve graduate students at HSIs, these students are left with an ongoing lack of institutionalsupport. This paper presents a plan to recruit, interview, and compare the experiences of 9 first-generation graduate students in STEM majors from three, 4-year HSI universities to understandhow potential changes in resources and support systems are affecting their degree progression inlight of emerging anti-DEI policies. University A resides in a historically conservative statewhere anti-DEI legislation was passed, University B also resides in a historically
virtual environments. Students were introduced to TinkerCadand its essential tools, including navigating the workspace, drawing shapes, and adjusting objects. Forpractice, they designed personalized name tags. Students modeled a sustainable farm featuring elementssuch as solar panels, rainwater systems, and crop fields. They then progressed to designing sustainablecities, incorporating green buildings, public transit, renewable energy, and waste management systems.Working in teams, students prioritized key components such as renewable energy sources, public transit,and green spaces based on sustainability criteria. They reflected on their decisions and discussedtrade-offs involved in urban planning. These activities developed a deeper
summarization of student responses to an LLM, cutting the time commitment for TAs.However, the potential for identifiable information to be included in Ticket Home responsesmakes it difficult to send these responses to the most popular LLMs like ChatGPT and Google’sGemini, which require sending data to company servers. Locally running LLMs, like Meta’sLlama, can keep this data private. At the time of this project’s planning, they tended to be lessaccurate and user-friendly, requiring additional expertise or training for the instructors or TAswho use them. Rather than rely on LLMs to generate the weekly TA summaries in real time, weused ChatGPT only for analysis, to derive preliminary themes in student responses. We plan toconduct manual coding and
more time to process what they are learning and experiencing. Theywould also like more unscheduled time to socialize and bond with each other. In addition, theywrote that more time to prepare for the poster and mock interview sessions would be very helpful.This feedback was incorporated in the 2025 workshop.In addition, Fellows were asked about their career plans in the next one to three years, using afive-point Likert scale to assess their responses. Notably, as a result of attending the iREDEFINEworkshop, interest in applying for academic positions increased, as did interest in pursuingpostdoctoral opportunities. Interest in industry careers remained relatively unchanged (see Figure2).During the 2023 iREDEFINE workshop, Fellows were invited
and analyze the information based on parameters defined for the evaluation.• Consult: Gather information from different stakeholders and people with expertise in particular areas. Use surveys, focus groups, interviews, open meetings, and/or other appropriate means.• Design (and/or Redesign): Create the curricular plan, map goals and learning objectives to course content; and develop course content proposed teaching approach, assessment strategies, exercises, activities, and other learning experiences.• Implement: Execute the plan and create the proposed curricular modules.Task Force Considerations The success of first-year COE students at Penn State remains a top priority. To ensurethat all students have equal
occur are planning these meetings Internship or once the students return to with his faculty advisor of Residency their academic institutions. Lehigh University to share data and results that he has obtained here.Students’ Professional Development in students' I've seen over time here thatDevelopment Skills technical and intellectual skills he's become a much better enhances their professional programmer, and a lot of competency. that has
, seeking support from family, support, social support and peer friends, peers, or professionals, positively reframing mentorship programs, faculty training stress, planning strategies for managing stress, on student well-being, practical support balancing academics with leisure and recreation, using (housing, academics, language culturally relevant coping strategies, practicing self- programs), addressing systemic issues preservation in hostile environments (racism, sexism, discrimination), standardized mental health research
construction phase. To optimize layout efficiency, the BESS and substation will be positioned between the two solar farms, as illustrated in Figure 1. In addition, tar roads will flank either side of the solar farms, with a connecting road situated between them. This road network will enhance accessibility and connectivity within the visual representation of the microgrid system. These planned features aim to provide a comprehensive and visually engaging demonstration of the microgrid infrastructure and its operational dynamics. Furthermore, on the right side of this setup, a farmhouse with animals will be included. To signify the operational status of the wind and solar farms, a light will be incorporated into the farmhouse
see that it was auseful tool when used correctly. The powerful moments of change and discoveryhappened not through a lecture, but in editing prompts to generate the desiredoutput and learn the capabilities and limitations of GenAI in engineering. P6described their experience in using GenAI as interacting with a “teaching tool”.All of the participants realized the tutor-like homework help that GenAI couldprovide on engineering assignments and all expressed plans to use it to check theirwork and get help on problems when they were stuck. The participants varied intheir beliefs of the ethical use of GenAI beyond homework, but all described aboundary of some sort that should not be crossed. P1 described his moving line ofmorality based on the
participants in the academicand industrial world of semiconductors and microelectronics. We provided participants with anopportunity to experience learning at a community college and a large public university and tookthem on industrial visits to see semiconductor technologies being applied to real-world products.The program is built with four sequential modules and a set of unique activities that giveparticipants a combination of theoretical and practical exposure, and a supplementary hands-onskill-building experience. The first module provides an overview of the field and how semiconductors impact ourdaily lives. The second module introduces participants to the planning and procurement effortsneeded to keep the global industry working. The
STEM [15].Camp Inception and PlanningThe Grainger College of Engineering has offered summer camps for high school students for thepast few decades at the University of Illinois Urbana-Champaign. These summer camps providevarious discipline-specific content to participants. Both locals and students from around thecountry participated in these programs. Shortly before 2020, some departments began offeringday camps to middle school students. The Electrical and Computer Engineering (ECE)department began planning a new in-person middle school summer camp with the collegeoutreach office in 2022. The college managed the application process for all engineering summercamps, typically allowing a maximum of 25 students for discipline-specific
Paper ID #48406Assessing the impact of a Bridge program: A mixed methods longitudinalapproachDr. Andri Christodoulidou, University of Connecticut Dr. Andri Christodoulidou is a Visiting Assistant Professor at University of Connecticut’s College of Engineering. She holds an MPhil in Educational Research Methods and PhD in Education from the University of Cambridge, UK. Dr. Christodoulidou is the Director of Impact Assessment at the Vergnano Institute of Inclusion. In her position she designs and leads research plans to assess the impact of the Institute’s one-day and residential STEM educational programs. Also, she works with
(Equity Action Plan, 2022). Additionally, cultural misalignment between standardized engineering curricula and Indigenousvalues presents a significant barrier for Native students. Schools often lack Indigenous educators and rolemodels, and educators may not receive adequate training in culturally responsive pedagogy, limiting theirability to design inclusive curricula (Whitcomb et al., 2021; Ong et al., 2020). This misalignmentreinforces preconceptions of engineering as disconnected from community-centric values, furtherdeterring Indigenous students from pursuing an engineering career.Local vs national perspectives on inclusion in engineering education. The systemic barriers to inclusive education in engineering education in South
scheduled ending time listed (and maintained) would be helpful, fororganizational/planning purposes. Personally, also, I don't like being on campus that late, and mostclasses don't end as late as 5:00, so perhaps holding it a little earlier (to lessen the gap between whenclass ends/when students can leave campus) might be more convenient as wellSee above.I think following the microfluidics lecture, over the course of the years as this elective improves having a30-minute hands-on session is a great learning experience that makes students be able to apply thatlearning. I wish we had that chance (e.g. CAD), for students who've never actually designed to printsomething to actually design and send something to the printer & receive it on the
thegrowing need for industries to be proactive in workforce planning. A major takeaway is thatcompanies should prioritize upskilling and reskilling to remain competitive in an evolvingindustry landscape. There are opportunities to address these challenges by broadeningrecruitment efforts to underrepresented groups and expanding outreach beyond local areas.Additionally, retaining employees can be achieved by offering internal growth opportunities,making them feel valued and invested in the organization’s success. Leadership also plays a rolein employee development and team success. Leaders should create opportunities for growth,whether through partnerships, internal programs, or encouraging other leaders to invest in theirteams. As individuals
Paper ID #47628Enhancing the Quality of Biologically Inspired Solutions in a Classroom DesignTaskMikayla Dutkiewicz, Embry-Riddle Aeronautical University Mikayla Dutkiewicz is an undergraduate in Human Factors Engineering at Embry-Riddle Aeronautical University. Her research is centered on exploring the impacts of biologically inspired design on engineering education, particularly how these principles can enhance engineering solutions. After earning her undergraduate degree, Mikayla plans to pursue a Master’s Degree in Human Factors, aiming to continue her research, leveraging human factors principles to further explore
allow them to better manage the demands of the teamalong with a capstone class.While it can be seen that the students who chose the capstone focused on a student design teamscored the Likert question more highly for all four items, suggesting that their capstone was agreater step above previous design experiences than a typical capstone, the results are notstatistically significant due to the size of the data set. Further work would be required to establishthis. The authors are planning to gather more data from upcoming capstone competition designteams and conduct both quantitative and qualitative analysis with a larger sample size.References [1] J. M. Bastiaan, D. L. Peters, J. R. Pimentel, and M. Zadeh, “The AutoDrive Challenge: Autonomous
. MultipleIntrusion Prevention (IPS) and Intrusion Detection Systems (IDS) are available on the market.Machine Learning (ML) and Artificial Intelligence (AI) models can be trained to detect andprevent network intrusion and can be the first level of detection/prevention supporting thesecurity personnel responsible for the network security of an organization [15]. Many researchershave published surveys and studies on the efficacy of using AI+ML for such network anomalydetection [16-18]. Through this research our plan was to obtain the answer for the question howwe can use AI+ML to train, predict, and prevent network intrusion as a first layer of networksecurity?Time Series Intrusion Detection: This research topic involved developing time series
thetangible deliverables they had planned to at the beginning of the term. This difference inevaluation metrics was not unique to the cases with high score difference between mentors andmentees, but rather consistently appeared across all responses.Figure 1. Distribution of student self-evaluation scores and mentor evaluation scores;positive score discrepancies in which the mentor score was greater than the student scoreare shown in green, while negative score discrepancies in which the mentor score was lowerthan the student score are shown in red, and scores which were equal between student andmentor are shown in blue.Overall, mentors gave students higher scores than students gave themselves. A mismatch instudent-mentor perceptions of research
synergybetween textbooks and certifications serves as a valuable resource, helping to mitigate theadditional demands of studying for certification exams. Second, balancing course content withadditional learning objectives requires careful planning. Incorporating every textbook chapter aswell as including additional outcomes such as team building or presentation skills reduced thetime available for in-depth exploration of cybersecurity topics. While integrating theseinterpersonal and professional skills was beneficial, greater alignment or clearer expectationscould have better supported learning the certification material. Third, enhancing student studyhabits and recall ability is essential. Identifying a theory or mechanism for improving students’study
of engineering instructors. Findings from this study will helpinform future research about instructor change in terms of adaptability and can inform facultydevelopment activities. Engineering instructors at an R1, midwestern university in the UnitedStates of America were surveyed in Fall 2021 and Fall 2023 using a 35-item Likert scaledIndividual ADAPTability Measure (I-ADAPT-M) instrument. Descriptive statistics aboutparticipants’ overall adaptability are presented for the 80 participants. Insights from this researchbrief suggest that individual adaptability assessment could be valuable in studying instructionalchange and planning faculty development. This research brief is part of a forthcoming journalarticle involving exploratory factor
]. Available: https://www.theguardian.com/higher-education-network/2018/may/18/academia-exploitation-univer sity-mental-health-professors-plagiarism[4] E. J. Grant-Vallone and E. A. Ensher, “Effects of peer mentoring on types of mentor support, program satisfaction and graduate student stress.,” J. Coll. Stud. Dev., vol. 41, no. 6, pp. 637–642, 2000.[5] A. Khan, “Improving STEM Graduate Students’ Mental Health and Wellbeing. The Organizational Improvement Plan at Western University, 192,” 2021. [Online]. Available: https://ir.lib.uwo.ca/oip/192[6] D. C. Beardmore, “Exploring the Experiences of Dis/abled STEM Graduate Students,” Dissertation, University of Colorado Boulder, Boulder, CO, 2023.[7] MasterClass, “What Is
motion control in the field of mechatronics. (iii) Kinematics and Dynamics of Robotic Arms: As a foundation for robot control, multi- joint robotic systems require precise motion planning for each joint using kinematics, as well as an understanding of real-world dynamics that consider inertial forces. Achieving this requires high-precision measurement of the instantaneous movement of each joint, making rotary encoders indispensable for such systems.This overview highlights the integral role of rotary encoders in diverse educational contexts,emphasizing their importance in understanding and applying fundamental principles in controlengineering and mechatronics.[Applications in Primary and Secondary Education] Rotary
Table 4: Mean and Median Grades Data Snapshot Table 4 shows the snapshot of what the final table calculation looks like for the mean and median grades, with and without LLM assistance. In the final dataset of 79 unique assignments, results indicate that the Mean Grade increased by 12% and Median Grade increased by 15% in assignments with LLM assistance.RQ3 and Time Spent and Engagement metricsOur preliminary analysis on time spent data in assignments, session counts and durations,revealed the need for extensive data collection (for the population with LLM assistance) to beable to map and compare these metrics at scale and at an individual assistant level. We plan toaddress this in future work.ConclusionAmong assistant types
, wheremotion experiments and subsequent data analysis were conducted under controlledinstructional conditions. Based on the results of post-class questionnaire responses, theinstructional approach was found to be effective in promoting student engagement andcomprehension. Ongoing efforts will focus on extending the applicability of the system to awider range of age groups. Regular implementation is planned in order to increase the samplesize and to conduct a more comprehensive evaluation of the system’s educational efficacy.References [1] J. Dewey, Democracy and Education. New York, NY, USA: Macmillan, 1916. [2] Í. M. de Lima, E. V. de Souza, and F. D. V. de Araújo, “The use of Arduino as a methodological tool for teaching physics in high school
disagree disagree agree agree Avg. I find value in working with the 0 0 1 7 35 4.79 Leonhard Center through proposals. I plan to submit another Leonhard Center 0 0 10 13 20 4.23 proposal. I would recommend submitting a Leonhard Center proposal to my 0 0 0 1 42 4.98 colleagues. The Leonhard Center project led to new 0 0 4 15 24 4.47 ideas related to teaching innovation. The project team has been able to
participants during the mini-grant final online presentation onMay 17th, 2024. Figure 6: Screen Shot of Participants during the Mini Grant Final Online Presentation on May 17 th, 20245. Sustained Impact and Future DirectionsThe mini-grants are embedded within the DREAM project, supported by the NASA-MSTARprogram at UMES, as semester-long initiatives but with the intent to create lasting impacts oncampus. The project leads for the mini-grants funded by the DREAM project during its inauguralyear have actively sought to sustain and expand upon the work initiated during the formal mini-grant period.The faculty lead for the first mini-grant project plans to continue integrating the Artemis themeinto the CHEM 420/620 (Advanced Inorganic Chemistry