scholarship of teaching. His efforts in leading the Sustainable Buildings program were recognized with the 2019 Award for Excellence in Education Abroad Curriculum Design. He has also worked as a construction project engineer, consultant, and safety inspector. He believes that educating the next generation of professionals will play a pivotal role in sustainability standard practices. In terms of engagement, Dr. Valdes-Vasquez has served as the USGBC student club’s adviser and the ASC Sustainability Team’s faculty coach since 2013. He is currently serving as a CSU President’s Sustainability Commission member, among multiple other committees. In addition, he is involved with various professional organizations at the
, artificialintelligence pipelines, and their applications in biomedicine and healthcare. The weekly scheduleconsisted of four 75-minute lectures, two 3-hour lab sessions, and a 3-hour research mentoring ses-sion. The course was delivered by three graduate students, with additional staff who managed theprogram logistics. A total of 30 students participated in this track. The primary expectation for thestudents was to present a Capstone project at the end of the course, demonstrating the applicationof AI techniques that they learned to a biomedical or healthcare dataset. The reader is referred toour previous publication [21] for a more detailed analysis of the components of the program, itsoutcomes, and the analysis of students’ comprehension of the topics that
analysis prior to extensive coursework in engineeringscience.StaticsTruss design projects have consistently been successful in statics. Because trusses are undersimple compressive or tensile loading, a student only needs to know the maximum rated loadsfor each member. In contrast, most other design of structures or machines requires the concept ofstress. Bridge Designer is a free program that enables these projects in educational settings [5],[6]. Student in statics have also used FEA for this purpose [7], [8], [9], [10], which shows thatstudents at that level are not limited to using educational software but instead are capable ofbeginning to use professional tools. To model a truss, not much theory is needed for someone toset up a model, and not
-onecoaches or as project mentors. The learning coaches serve as a bridge between faculty andstudents, offering practical advice, facilitating teamwork, and encouraging intrinsic motivation. Aone-on-one coach is a peer graduate student who provides academic, professional, and personalmentorship to undergraduate students. Project mentors offer similar guidance in the context ofvertically integrated research teams, guiding students through practical aspects of conductingengineering projects. Much of the research on the topic of graduate student mentors focuses onthe role of generic mentoring, coaching techniques, or ethical considerations. There is a need toevaluate the specific impacts on collaborative, academic, and professional culture that
an Innovation-Based Learning (IBL) biomedical engineeringprogram (BME). By exploring this relationship, this research aims to show how CD can beleveraged to enhance innovation skills in engineering education. IBL emphasizes applyingengineering principles to solve real-world problems. IBL fosters creativity, critical thinking, andproblem-solving skills through complex, open-ended projects that promote collaboration,iteration, and real-world application. This approach cultivates an innovation-driven mindset andleadership skills, essential for success in STEM fields, such as biomedical engineering. CD, the psychological discomfort from encountering conflicting ideas or challenges thatcontradict one’s knowledge, is common in IBL since
of teaching. His efforts in leading the Sustainable Buildings program were recognized with the 2019 Award for Excellence in Education Abroad Curriculum Design. He has also worked as a construction project engineer, consultant, and safety inspector. He believes that educating the next generation of professionals will play a pivotal role in sustainability standard practices. In terms of engagement, Dr. Valdes-Vasquez has served as the USGBC student club’s adviser and the ASC Sustainability Team’s faculty coach since 2013. He is currently serving as a CSU President’s Sustainability Commission member, among multiple other committees. In addition, he is involved with various professional organizations at the national
personnel and assess these programs to build an integrated collection of evidence-basedbest practices for supporting student veterans intuitionally and within diverse disciplines iscritically needed. By developing this framework and increasing the visibility of awareness-styletrainings, we hope that institutions who may not have available the resources to self-develop atraining can utilize our work and continue to provide support for SVSM.Project Team PositionalityDevelopment of the awareness training framework outlined in this work initiated from anongoing research project related to improving understandings and support for SVSM experiencein engineering education. The project centers on restorying the perceptions of SVSM deficit inengineering
meaningful participation in STEM instruction. A focal point ofthis project was to investigate the behaviors of both teachers and students during theimplementation of an engineering unit. The initial data were collected as part of a federallyfunded research project (Jimenez & Courtade, 2021-2026) that aims to explore how teachers caneffectively scaffold engineering instruction for students with ID/ESN focusing on fostering skillsthat promote self-regulated learning. Teacher perspectives and student outcomes are shared. Theauthors also present the importance of building a supportive framework for teaching engineeringto students with ID/ESN, as well as ideas about what we still need to know. Developing Inclusive Engineering
presence of a real problem. Improving retention is something all constituents could rally around, the core change team has returned to time and again, and will continue to return to at various points in the journey when the faculty and project team need a reminder of the reason for pursuing this change initiative. Efforts to enhance our undergraduate students’ sense of belonging to the major and profession have generally been considered worthwhile endeavors by most, if not all, faculty members in the school. This identified problem gave some faculty members reason to pause and join the search for potential solutions when they did not fully appreciate the proposed solutions or when they might otherwise have dismissed the initiative
and purposeful engagement. This project addresses this gap by offering an "Hour of Code" experience where children assist island inhabitants in solving computer science problems through structured tasks, fostering an understanding of engineering, data science, coding, and artificial intelligence (AI) in a fun and engaging way. “The Hidden Island of Computational Thinking” is an immersive, narrative-driven virtual world built on Roblox, designed to teach children ages 6-12 the fundamentals of computational thinking through diverse computer science pedagogies. The educational island features five main sections, each representing a distinct CS field, offering tailored, age-appropriate challenges
. This research develops a methodologycombining numerical analysis with property tables to demonstrate the solution to such complexequation systems. The approach aims to enhance both system design capabilities and serve as aneducational tool for project-based learning. The objective is to solve a system of derivedthermodynamic equations for transient systems using MATLAB, plot the outputs, andparametrically observe the change in results based on a change in parameter. MATLAB’s SYMStoolbox will be used to solve any non-linear equations, to import property values, and tointerpolate between two states. The flowchart shown in Fig. 1 describes the working logic of theMATLAB program. A transient system is used for analysis because it introduces non
. His expertise spans Exploratory Data Analysis (EDA), Machine Learning (ML), Natural Language Processing (NLP), and Prompt Engineering Techniques (PETs) with Large Language Models (LLMs). Taiwo is known for his ability to collaborate effectively within and across organizations to meet project goals and drive transformative results. He excels in leading technical teams, offering strategic IT consultations, and implementing solutions that enhance productivity.VARUN KATHPALIA, University of Georgia Varun Kathpalia, born and raised in northern part of India, joined EETI as a PhD student in the Spring of 2024. He completed his undergraduate degree in Mechanical Engineering from Chitkara Institute of Engineering and
Paper ID #47973Student and Instructor Experiences with a Seminar Course on Engineeringand Social JusticeDr. Ashish Agrawal, Rochester Institute of Technology (CET) Ashish Agrawal is an Assistant Professor in the College of Engineering Technology at Rochester Institute of Technology. His research interests include exploring the intricacies of STEM curricula, studying the influence of curricular features on students’ experiences, and designing equitable interventions and assessing their influence on student learning. He has taught several introductory engineering courses using student-centric approaches such as project-based
research initiatives and problem-solving exercises, enabling students totailor elective courses to their interests. Each participant is required to complete either a capstoneproject or a research thesis. The program, which spans three semesters, commences with rigorouscoursework and culminates in a comprehensive final project. Students opting for a thesis engagein advanced research endeavors, while those fulfilling the capstone requirements exerciseconsiderable autonomy in designing and disseminating their projects. The increasing appeal of thisexperiential, student-centered model has led to a rise in enrollment, presenting challenges inmaintaining personalized faculty oversight. In response to these developments, the program hasinvestigated the
CommunicativeCompetence of Chinese Engineering and Technological Talents under the “Belt and Road” InitiativeAbstractWith the continuous promotion of the “Belt and Road” initiative, the economic,political, cultural and other cooperation between China and countries along the “Beltand Road” have been increasingly deepened. The engineering and technologicaltalents involved in the construction of engineering projects in countries along the“Belt and Road” are the core stakeholders. The cultivation of interculturalcommunicative competence for engineering and technological talents is conducive tothe orderly and high-quality implementation of initiative. However, due to thedifferent cultures of countries along the “Belt and Road”, most countries
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
many instructors feeling unprepared to teachethics-related concepts. This gap risks fostering a workforce that develops AI technologies with-out adequately considering responsible and ethical practices, potentially leading to serious societalconsequences. Here, we present results from a pilot curriculum that integrates various ethical top-ics related to AI into a graduate-level machine learning course. Activities include a combination ofcase studies, project-based learning, and critical classroom discussions on the ethical implicationsof AI systems design and deployment.Two research questions guided the study: (RQ1) How do computer science graduate studentsperceive ethical issues in AI design and implementation before taking the class? (RQ2
Paper ID #48456Course-Job Fit: Understanding the Contextual Relationship Between ComputingCourses and Employment OpportunitiesChristopher Lukas Kverne, Florida International University Christopher Lukas Kverne is an undergraduate researcher pursuing a B.S in Computer Science, plus a minor in Mathematics, with a cumulative GPA of 3.86. His research interests lie Deep learning, Optimization and Quantum Machine learning where his goal is to optimize training processes and reduce the computing power needed to develop powerful models. Christopher has led multiple projects in ML, Systems and Quantum research and will
® simulationas a research tool in the study of experienced NPMs’ discussions with student avatars aboutengagement related team conflict [14]. The Phase 2 was designed to allow for the comparison ofexperienced and novice NPMs discussion strategies. Here, we provide details of the course, roleof NPMs, and the simulation scenario, which are relevant to Phases 1 and 2.Course and Role of NPMsThis study was conducted in an Introduction to Engineering course (hereafter, “the course”) at alarge university in the mid-Atlantic. This course is taken by all engineering majors (ca. 650students) at the university and involves a semester-long, team-based design project. Students areassigned to teams with a target size of five members and a mix of majors. Each year
Pediatrics and American Chest Society.LaDeidra Monet Roberts, Virginia Polytechnic Institute and State UniversityDr. Christopher Arena, Virginia Polytechnic Institute and State University Chris is a Collegiate Associate Professor at Virginia Tech in the Biomedical Engineering and Mechanics (BEAM) Department. He received his B.S. degree from the University of Virginia and Ph.D. degree from Virginia Tech, both in Biomedical Engineering. He teaches senior design, clinical needs assessment, and biodesign fundamentals. Chris is passionate about collaborations that facilitate student experiential learning opportunities and his research is focused on medical devices, with ongoing projects in the areas of lymphedema treatment
education. Her current book project, On the Bleeding Edge: Gender, Immigration and Precarity in Semiconductor Engineering, investigates the intersections of gender, race/ethnicity, and immigration status among semiconductor engineers.Dr. Rebecca Thomas, Bucknell University Rebecca Thomas is the inaugural director for the Pathways Program at Bucknell University, where she oversees the rollout of Bucknell’s ePortfolio initiative. She is also a Teaching Assistant Professor in the Department of Electrical and Computer Engineering where she instructs the first-year design course for ECE majors. She holds a B.S. and M.Eng. in Electrical Engineering from the University of Louisville and a Ph.D. in Electrical Engineering from
].MethodsOne way to understand the relationship between the profession of nursing and the current STEMprofession of engineering is to examine the literature to identify examples of effectivepartnerships. Four relationship among the professions of engineering and nursing were identifiedby Oerther and co-workers [3], including: 1) the use of “to engineer” as a verb in the nursingliterature; 2) the application of engineering practice within the discipline of nursing (i.e., KanseiEngineering); 3) side-by-side comparisons of the disciplines of engineering and nursing (i.e.,discipline-specific definition of ethical practice); and 4) educational innovation at the interface ofengineering and nursing (i.e., interdisciplinary team projects). In a scoping review
Paper ID #49420Gender-Based Performance in a Collaborative Learning Engineering ClassroomHanwei Wang, University of Wisconsin - Madison Hanwei Wang is a PhD candidate in Environmental Chemistry and Technology with a doctoral minor in Cartography and Geographic Information Systems at the University of Wisconsin–Madison. She received her Bachelor’s degree in Environmental Engineering from Dalian University of Technology and then earned an MS in Environmental Health from Johns Hopkins School of Public Health. Building on her teaching experiences, Hanwei developed a teaching-as-research project investigating gender-based
programming (OOP) is not directly covered in this introductory course, theknowledge gained here serves as a critical stepping stone, motivating the use of OOP in asubsequent course on the computer analysis of power systems. This approach ensures thatstudents are well-prepared to tackle more advanced problems and develop scalable solutions intheir later coursework.Throughout the course, students complete three hands-on coding assignments using Python toanalyze power systems, culminating in a final power flow project that integrates the skills theydevelop. The final project couples Python with the commercial power systems simulator,PowerWorld, providing students with a comprehensive, real-world application of the conceptsthey learn. In addition
mentored experience, stating the “undergraduateexperience should plant the seeds of professional attitudes and include education and basic practicein creativity, curiosity, flexibility, and dependability” [3]. CEBOK3 addresses innovation withinthe outcome of Professional Responsibilities and defines it as “a new idea, process, or device thatalters societal ways of doing or being” [3]. The document goes on to emphasize that beyondholding the safety of the public paramount, engineers have a responsibility to be innovators,relying on creativity since every project presents a unique combination of “technical, safety,historical, environmental, political, and cultural issues” [3].The ABET Engineering Accreditation Commission likewise holds civil
collaborativepatterns in pair interactions, especially in language learning contexts [31]. Online teamworkstudies conducted in programming courses show that increased peer communication promotesbetter learning outcomes, hence showcasing the potential of technology for supportingcollaboration [32]. However, traditional discourse patterns often prevail in students'communicative choices even when collaborative activities are clearly introduced [33, 34]. Toolsand methods such as project based learning (PBL) and the use of project charters in PBLenvironments provides a platform for structured coordination and facilitating increasedcollaboration in the educational settings [35]. It is therefore important to note that effectivecollaboration requires a balance between
practices likecircular construction, and the challenges faced by stakeholders in implementing these practices.Participants included project managers, contractors, consulting engineers, forensic engineers,city code inspectors, sustainability professionals, insurance agents, lawyers, and homeowners.The interview data were analyzed using a qualitative content analysis approach. All interviewswere transcribed into Word documents to ensure accurate documentation of participants’responses, providing a detailed record of the conversations. These transcriptions were carefullyreviewed to identify key themes and insights. A structured table was developed to systematicallycategorize and organize the data under three main headers: (1) impact of disasters
experience across design, engineering and management. Wei accomplished her PhD at the University of Cambridge and was Visiting Fellow at HProf. Claire Lucas, King’s College London I specialise in designing transformative engineering programs aligned with global challenges. As Deputy Head (Education) at King’s College London, I have led innovative curriculum reforms, established a create-first pedagogy for project-based and experiential learning, and shaped national standards. ©American Society for Engineering Education, 2025 The Accidental Design Teacher: Educating Without a Formal Design EducationAbstract:This research examines the implementation of design
participate in the alliance summer research program. Activities of thealliance target four areas: (i) academic enrichment, (ii) research engagement, (iii) professionaldevelopment, and (iv) graduate school and career exploration. Examples of these activities areshown in Figure 1. Central to all of the activities and implementation of this program is toincrease the STEM identity of the scholars.Figure 1. Organizational structure of the SCI-LSAMP programming.Identifying a Geographic GapThe SCI-LSAMP project fills a significant geographic gap in providing critically neededopportunities for students in southern and central Illinois. These regions account for two-thirds ofthe state and are largely characterized by rural communities and farmland. The
has led to a book on visualization of the fundamental physics of rapid earth penetration, several highly cited reviews, and over 60 papers in peer-reviewed journals and conference proceedings. He has served on the board of the New York Metropolitan Section Geo-Institute, provides expert witness services related to Civil Engineering projects, and has several years of industry experience in design of earth dams, earth retaining structures, and deep foundations.Shahriar Quayyum, Manhattan College ©American Society for Engineering Education, 2025 Leveraging AI-Generated Supplemental Videos to Enhance Undergraduate Engineering EducationAbstractOne of the greatest