wide degree of variability as evidencedby the relatively high deviations. We will need to review campus engagement activities moreclosely in the future to meet the goal of connecting young students to campus.Related WorkComputing pathways remain a critical goal of educators and researchers in the wake ofcontinuously advancing technology despite trends of unemployment and inflation in the US.Enrollments have been fluctuating, and according to Ford and Rokooei (2024) [5], the variousimpacts of recent events (COVID-19, unemployment, and inflation) may continue to affectuniversity enrollments negatively without purposeful action. Additionally, impacts from COVIDsuggest community colleges will be a more versatile venue for students to pursue
the major-specific capstone sequence, utilizing and emphasizing the Human-Centered Design framework.Dr. Halim Beere, University of Illinois Urbana-Champaign Dr. Beere is a Web Application Developer for the College of Engineering at the University of Illinois Urbana-Champaign. He holds a Doctor of Musical Arts in Music Composition from the School of Music at the same university, with research focused on algorithmic composition and the ”livecoding” performance practice. In his current role, he builds and maintains web applications that support education and research, blending technical expertise with creative problem-solving. ©American Society for Engineering Education, 2025
to real-world contexts[18]. In addition, Darr provides practical strategies for librarians to teach students how to useinformation ethically and avoid plagiarism. Drawing from real-life examples, digital resourcechallenges, and tested instructional materials, she emphasizes understanding authorship,publication, and research integrity through engaging lessons and exercises [19]. Interestingly, domestic students at both the undergraduate and graduate level reportedlower confidence levels and performed on average 6.3% higher than their agreement percentage.International students at both the undergraduate and graduate level reported higher confidencelevels and performed on average 11.6% lower than their agreement percentage, suggesting a
Undergraduate Education and a doctoral student in Higher Education at the University of Arizona. Kian is interested in the history and evolution of undergraduate education offices at research universities in the United States, particularly their current nationwide organization around high-impact practices (HIPs). He earned his MA in Middle Eastern and North African Studies at the University of Arizona and his BA in History from the University of Minnesota. ©American Society for Engineering Education, 2025 Equity, Rigor, and Access: The New ERA of Engineering (Work in Progress)AbstractIn this paper we describe our work in progress paper Equity, Rigor, and
Florida. According to 2025 U.S. News and World Report, for the fifth consecutive year;KU has earned a top 25 spot in the Best Colleges Social Mobility ranking where the university hasbeen recognized for its efforts to foster upward mobility and support students from diverseeconomic backgrounds. The KU main campus is located in Fort Lauderdale, with campuseslocated throughout the State of Florida. Through quality teaching, learning, and research, theuniversity is committed to providing students with opportunities to develop the knowledge,understanding, and skills necessary for successful employment. Committed to a "students first"philosophy, Keiser University prepares graduates for careers in business, health care, engineering,information
process by which an engineering organization meets delivery,schedule, and budget requirements and manages human resources [1].ABET, the accreditation board for engineering programs in the US and abroad, identifies keystudent learning outcomes: “(2) an ability to apply engineering design to produce solutions thatmeet specified needs with consideration of public health, safety, and welfare, as well as global,cultural, social, environmental, and economic factors”; and “(4) an ability to recognize ethicaland professional responsibilities in engineering situations and make informed judgments, whichmust consider the impact of engineering solutions in global, economic, environmental, andsocietal contexts” [4]. The outcomes prepare graduates to enter the
specificengineering degree program.This paper aims to thoroughly investigate the prevalence of transfer credit loss among engineeringtransfer students and quantify its impact on student outcomes, i.e., GPAs (Earned after transferringvs. Cumulative). This comparative analysis will identify best practices to address the transfer creditloss, including the development of standardized course articulation guides and implementingacademic advising programs specifically designed to assist transfer students.Additionally, this paper highlights the need for increased accessibility of transfer credit policiesand procedures, empowering students to make informed decisions about their coursework andacademic pathways. It also emphasizes the importance of early and proactive
relativelynew research area, AI chatbot studies are rapidly becoming more significant across a variety offields, including CEM. This growing body of research underscores the potential for chatbots toaddress discipline-specific challenges, such as improving efficiency, cost estimation, and projectmanagement in the construction industry.While numerous studies have explored AI chatbots in CEM, most focus on using existinggeneral-purpose AI tools rather than teaching students to develop custom solutions. In academicsettings, general-purpose AI tools like ChatGPT, Claude 3, and Gemini have generatedsignificant discussion and applications. For instance, Campbell [8] demonstrates their use inautomating VBA code creation for Excel in steel design courses
to Pfennig, from a sociological point of view, all of this support for STEM educationcould be interpreted as a critique of STEM education in schools with its frequent lack of technologyeducation. The semi-professional equipment in out of school student laboratories and sciencecenters, the professional supervision, the project character and above all the opportunity forindependent design, research and experimentation with new pedagogical concepts such asresearch-oriented learning (according to OECD [9] and Projektgruppe [10]) provide a strongcontrast the conventional school setting.Related WorkOne of the attempts to compare individual attitudes and determinants for a pro-MINT careerdecision was conducted by Heine [4]. The primary aim of the
various educationaltools and platforms, including chatbots, virtual reality labs, and career guidance systems,is also a focus (e.g., [86–88]). Some studies examine how AI tools are changing students’information-seeking and learning behaviors ( [89, 90]. Ethical considerations and challenges,such as ensuring equitable access to AI technologies and addressing potential misuse, arerecurring concerns discussed across papers in this category (e.g., [90–92]). Finally, manyresearchers highlight the need for future work, including long-term studies on learning out-comes, addressing current AI limitations, and developing best practices for AI integrationin education (e.g., [83, 84, 91]). This body of research thus demonstrates both the signifi-cant
graduate studies, and initially worked through language and culturaldifferences. She started doing CER in the third year of her graduate studies. She saw anannouncement from the university about a program on outreach and engagement offered by thegraduate school. They offered summer intensive training and certification in communityengagement for graduate students. She elected to participate because it seemed like a greatopportunity that was well-aligned with her dissertation research which required her to go into thecommunity to collect environmental samples. She recognized that her dissertation work could“easily transform to community engagement.” Her faculty advisor didn’t design the project forcommunity engagement, but she saw this opportunity
supply, an oscilloscope, and compo- nents such as op-amps and resistors. This paper discusses the set-up of both troubleshooting frameworks, including example circuits, practical notes on running the exercises in classes ranging from 40 to 100 students, and suggestions for how to collect and analyze the resulting data for instructional or research purposes.1 IntroductionOne goal of laboratory instruction is that students learn how to troubleshoot a system. Troubleshooting refers to aprocess, typically methodological, to identify and repair faults in a system. In their paper “The Role of the Laboratoryin Undergraduate Engineering Education,” Feisel and Rosa [1] mention troubleshooting in both their “design” and“learn from
survey distributed to themembers of the engineering mechanics division, on the contexts in which the flipped classroomsare being implemented, the instructional design choices made by the instructors, the experiencesof the instructors in teaching these courses, and the lessons learned over time. By compiling thisinformation, the authors seek to present a number of different strategies to implement a flippedclassroom and provide advice to aspiring flipped classroom instructors on the design choices thatmay work best for their contexts.Literature Review:The idea of the flipped classroom has been around for many years, first emerging in the 1980’s[6] and gaining popularity in the US throughout the 1990’s and 2000’s [1], [7]. The central aspectof the
hour devoted to topics such as the militaryexperience, the emotional cycle of deployment, issues in transitioning from base to campus,special needs of Student Veterans with disabilities, and strategies for easing the transition. Thesecond hour may be interactive with scenarios or focus on campus resources. Green Zone alliesare not expected to become experts on the military or the resources, but to be empathetic and towork with the Student Veterans to help them solve their problems.Pedagogical research indicates that faculty perceptions of students often impact student academicperformance and outcomes [6]. In a qualitative study of student veteran transition experiences,O’Herrin found that nearly all Student Veterans cited faculty support as
State University (SFSU) Elysee Matembe Ekanga was a senior undergraduate student majoring in Civil Engineering at San Francisco State University at the time of the project. She is dedicated to promoting diversity and equity in the field of engineering. Over the years, she has gained valuable knowledge and experience in construction management through various internships, both in her home country, the Democratic Republic of Congo, and in the United States. This coming fall, she will pursue her graduate studies at Stanford University in the Sustainable Design and Construction program. ©American Society for Engineering Education, 2025Underrepresented-minority students’ portrayal of engineering
discusses the importance of teamwork in undergraduate education. As Teamwork is acritical skill that employers seek in new graduates, especially within STEM fields wherecollaboration is often essential. College students, particularly in STEM programs, are required towork in teams early on, allowing them to develop these skills and become competent teamplayers before entering the workforce. For computer science students, who often work in group-based learning environments, teamwork plays a vital role in fostering not only technical skillsbut also interpersonal and intercultural competencies. The main objective of this research is toexplore the relationship between three key variables: teamwork regulation, effectiveness, andtheir impact on the
using LLMs and Artificial Intelligence, student use of collaboration policies, student engagement with course resources, academic integrity, and tools to support Computing Education and Computing Education Research. ©American Society for Engineering Education, 2025 Escaping the CS Dungeon: Modern College Curricula within and Beyond ComputingAbstractThe prevalence of technology across disciplines has created a need for non-computing majors tolearn programming and computing practices. Despite this, there is a lack of research documentingcurrent programming course offerings for non-computing majors. Therefore, it is unclear howcommon these courses are, what fields these
the last 30 years. He developed several different pieces of equipment and processes for higher yields in the precious metals industry. In the construction industry, he designed equipment and new processes for delivery of 50% stronger concrete to be used in structural applications. He enjoys teaching and working with young people. He currently works with students and faculty at Oral Roberts University’s School of Engineering as a machine shop technician.Gabriel Pendell, Oral Roberts University Gabriel Pendell is a senior studying mechanical engineering at Oral Roberts University and will graduate with a bachelors of science in engineering in May. Afterward, he will continue to graduate education at the
, and faculty career fellow. Dr. Jang’s research interests include smart structures, structural health monitoring, wireless sensor networks, and engineering education. She has taught multiple undergraduate and graduate courses including Statics, Structural Analysis, Senior Design, Structural Health Monitoring and Sensors, and others. Dr. Jang is the recipient of the 2021 Emerging Leader Fellow Award from the ASEE Civil Engineering Division (CIV), the 2021 Distinguished Engineering Educator Award from UConn, and the 2018 Civil Engineering Educator of the Year award from the Connecticut Society of Civil Engineers. She has served as the ASEE CIV Newsletter Editor since 2021 and is a registered Professional Engineer of
project, concept paper submissions, and final presentations beforeprofessional judges. The MFYE also introduces students to careers, industry roles, projectmanagement, leadership, and research. It provides an opportunity to build networks through aprofessional speaker series and mentorship. In addition, through intentional partnership withengineering employers, students have opportunities to earn internships as early as after thecompletion of their first year. This is particularly important as most employers do not provideopportunities for CC students.Each dimension incorporates evidence-based best-practices. The intentionality demonstrated byMFYE programming prepares students technically, but it also ensures they are equipped with thesoft skills
involved 38 participants joining in-person or online. Among this group,27 were affiliated with higher education institutions in a variety of roles, including faculty,instructors, staff, and graduate students. Nine participants were employed in private-sectorcorporations or consulting firms, and two were working in the public sector. An agenda for theevent is given in Appendix A, including a list of “lightning talk” topics.MethodsHere we describe our approach to collecting and analyzing survey data and meeting notes fromthe HEEE event. Approval for exempt human subjects research was secured from PurdueUniversity’s IRB under protocol number IRB-2024-1704 to deidentify, analyze, and report onthe data and notes.SurveyTo design the HEEE survey, the
: Representation Trends in Education and the WorkforceAbstractWhile percentages of women employed in STEM fields in the United States has generally risen,albeit slowly, over the past several decades, the percentages of women employed in engineeringfields specifically has increased at a glacial and stagnating pace. According to the Bureau ofLabor Statistics, only 3% of practicing engineers were women in the 1970s compared to about16% in 2023. There is slightly more growth in the percentages of women graduating withengineering degrees, with current numbers hovering around 24% for undergraduate and 26% forgraduate students across all areas of engineering; however, this growth has plateaued in the pastdecade. Women make up fewer than 20% of graduates in
, and participation strategies for high-achieving engineering and STEM students.19. How to Develop Engineering Students as Design Thinkers: A Systematic Review of Design Thinking Implementations in Engineering Education.20. Bridging the Gap: The Impact of Social Media on Modern Engineering Education-A Systematic Literature Review.21. (Board 50/Work in Progress) A Systematic Review of Embedding Large Language Models in Engineering and Computing Education.22. The Graduate Student Role in Undergraduate Research Mentoring: A Systematic Literature Review.23. Predictors and Mediators of Conceptual Change: A Systematic Literature Review.24. Exploring Intervention Research in Statics Courses: A Systematic Review of ASEE Publications
execution energy modeling Civil Engineering Solid foundation in infrastructure Insufficient focus on smart grid applications and design Pre-Architecture/Architecture Foundation in sustainable design Lack of interdisciplinary and energy modelling integration with the two Fig. 1: The need for collaboration among the programs to solve Smart City challenges Fig. 2: Best practices for energy efficiency based on popular smart cities.ResultsFinally, a curriculum model mapping with the design course implemented as a core course toall three programs is created to visually represent
Students Other/Non-Engineering (please specify) Civil Engineering 1st: Freshman 2nd: Sophomore 3rd: Junior 4th: Senior Industrial and Systems Engineering Welding Engineering 5th Year or BS/MS Program Graduate: M.S. Graduate: Ph.D. (a) Participant majors and year in degree program What race best describes you? Are you an international student? 42 3 2 1
strong science identity bolsters minority students’ sense of belonging and performance in college,” Personality and Social Psychology Bulletin, 47(4), pp. 593-606, 2021.[13] K. Atkins, B. M. Dougan, M. S. Dromgold-Sermen, H. Potter, V. Sathy, & A. T. Panter, ‘“Looking at Myself in the Future”: how mentoring shapes scientific identity for STEM students from underrepresented groups,’ International Journal of STEM Education, 7, pp. 1- 15, 2020.[14] A. McDaniel, & M. Van Jura, “High-impact practices: Evaluating their effect on college completion,” Journal of College Student Retention: Research, Theory & Practice, vol. 24(3), pp. 740-757, 2022.[15] M. Z. Moore, “Fostering a sense of belonging using a multicontext approach
, exposure to best practices during mentor training which made themrealize the gaps in their mentoring abilities, or increased expectations from participating in theprogram.REU Student Pre-Post Program Survey FindingsAll seven students completed the pre-and post-survey. The pre-post program survey findings forstudents were:Research Self-Efficacy: The students’ self-efficacy survey asked students to rate their abilitieson several research related items such as using primary literature, formulating a researchhypothesis, designing experiments, collecting and analyzing data, and communicatingexperimental results. When the overall means for all items related to students’ research self-efficacy are combined, the results indicate that the students agree
strategies not only enhance curriculum design but also position HBCUs as leaders insustainable engineering education, equipping students to tackle the complexities of sustainableinfrastructure development in their communities and beyond.While existing literature provides insight into sustainability education in civil engineering, thereremains a lack of research specifically exploring the perceptions and knowledge of sustainabilityamong graduate students at HBCUs. This gap in the literature underscores the need for this study,which aims to evaluate how these students engage with sustainable infrastructure practices.3. MethodologyThis study employs a mixed-method research design to assess civil engineering graduate students'knowledge and perceptions
is an Assistant Professor of Practice developing curriculum for the Robotics Engineering Program at UNL.Dr. Tareq A Daher, University of Nebraska - Lincoln Tareq Daher graduated from the University of Mutah – Jordan with a BS in Computer Science with a focus on creating educational tools. He earned his Master’s and PhD degrees in Educational Studies at the University of Nebraska -Lincoln (UNL). Dr. Daher, is currently serving as the Director of the Engineering and Computing Education Core (ECEC) and an Assistant Professor of Practice of Engineering Education at the College of Engineering at UNL. Tareq focuses on transforming engineering education in the College through graduate courses, faculty professional
sample of the readings from different sections of thecourse designed by the course instructors. For the full syllabus, please reach out to the authors. Sample of Readings from Syllabus Part 1: Sovacool, Benjamin. 2016. “The history and politics of energy transitions: comparing contested Energy views and finding common ground.” WIDER Working Paper 2016/81 Basics and Smil, Vaclav, “Examining energy transitions: A dozen insights based on performance,” Energy Context Research and Social Science 22 (2016): 194-197 EIA (Energy Information Administration: Use of energy; Refining crude oil; Electricity explained; US energy facts explained “It’s not just Willow: Oil and