. Thecorporate responsibility division helps spread the word to recruit volunteers. Staff from thenonprofit also act as facilitators, supporting the corporation employees who teach the lessons.ChallengesOne identified challenge is volunteer recruitment. It is challenging to recruit volunteers on aweekly basis, as employees need to get permission from their managers to leave work earlieraround 3 to 3:30 p.m. to participate in the afterschool outreach activities. Work tasks may take ahigher priority and so volunteers may be unwilling to sign up. This in turn makes implementationchallenging as there may not be sufficient volunteers to cover the large number of students and toprovide more individualized attention.Content delivery was challenging during the
and individual performance showed improvement.Students’ commitment and self-confidence in their work, from the beginning of the project, wasvital for the successful completion of the project. Stressful situations and technical difficulties tendto drop the students’ interest in the project, but true commitment and enthusiasm of participate inan innovative, groundbreaking project kept the students on track; for this assignment, studentsremained aware of the challenges resulting from participating in a cutting-edge engineering projectand the high level of commitment involved.At the end of the project, the students learned the importance of organization, scheduling and madethe best use of the meeting sessions to achieve specific tasks according
improve things can be invaluable training todemonstrate to students that: 1. The solution(s) presented are not the only possible solutions. 2. Ethically better solutions are possible, and, can be outlined by professionals-in-training such as themselves. 3. In some cases, the ethically poorer solutions are also technically less challenging and it is kind of fun to develop the more challenging solution. The above are starkly apparent in the case of the case study involving voice assistant devices suchas Alexa and the choice to stream data back to a central location. In fact, students reach the conclusionthat not only is constantly streaming data back to a central location unnecessary to meet theapplication needs but also may be a
backgrounds. Traditional Student Perceptions of Engineering Work In order to understand engineering identity and persistence, we must examine what students think engineers do and are capable of. For this, we turn to Matusovich’s work on undergraduate students’ perceptions of engineering work. Traditionally aged students indicated that being an engineer involved being a problem solver, a good communicator, having passion for math and science along with with applying technical knowledge to find solutions to problems. Interestingly, it was found that there is a significant level of uncertainty in traditionally aged students about the engineering role; 3 out of 10 participants were unclear about what it means to 13be an engineer
also identify, formulate, and solve technical or scientific problemswith knowledge of mathematics, science, and technological topics pertinent to this field as partof the learning outcomes. The experiment provides students with a better understanding of noisein planning and developing transportation infrastructure to mitigate the effect of noise on theenvironment.However, in the Fall of 2022, the sound decibel mobile app and a mobile phone were introducedto conduct sound experiments. Tasks were administered to the students to obtain data fromdifferent sources of sound with the aid of the mobile app. After performing the tasks, the studentsanalyzed the obtained data. Figure 3 shows the pictorial representation of the mobile apps thatwere
tutorialshave been developed to provide guidelines on how students can design and layout theirbridge using Autocad (for which students can get a 3-year license for free) before theybegin construction, in addition to video demonstrations on wood gluing, constructiontechniques, and safety precautions. A tutorial is also currently being developed to provideguidelines on how to model static and dynamic loading for students to explore beforetesting their constructed bridge. On completion of the project, students travel to campusto test their bridges in a load-until-failure process. The teams are scored on loadsupported and cost efficiency in the design. Students finally compile a technical reportcovering the structural and cost efficiencies of their design
connects to theme 3, reflecting the trade-offs betweenallocating recitation time to contextualize problems versus covering more technical content.Theme 3: Trade-offs in Recitation Time AllocationParticipants held somewhat mixed views on whether allocating recitation time to PORPintroductions was worthwhile. Most found the content relevant and supported dedicating time tothe intervention, though perspectives varied based on differing expectations of recitations andIntro ChemE’s goals.Table 5. Trade-offs in Recitation Time Allocation codes and definitions. Code Definition Time References to time in recitations, including comments on how
, worth 37.5%. The intervention group had two midterm exams (worth 30%) andone group research presentation (7.5%). We included the research presentation for the purpose ofthe intervention. The mindset interventions [2] included the following tasks: (1) contemplating theidea of intelligence and the importance of having a growth mindset while studying chemicalengineering after watching a talk [3] and a video [4] on growth mindset during the first week’sgroup session, (2) having reflections on various attributes related to growth mindset (response tofeedback, learning new things, response to making mistake or failure) through hypotheticalscenarios incorporated into the homework problems, (3) practicing learning from mistakes byresubmitting midterm
abbreviation of the corresponding faculty member’s lastname). A maximum of six credits can be taken over two terms, but only three credits may beapplied to satisfy degree requirements (it can count as a technical elective). In the first term ofthe lecture course, students must be concurrently enrolled in two credits of the laboratory sectioncorresponding to their research advisor. In an optional second term, students enroll in threecredits in the laboratory section and do not retake the lecture course. Prerequisites are permissionof instructors (lecture and laboratory sections). Typically, students are chemical engineeringmajors or students from other majors conducting research in the labs of chemical engineeringfaculty. Table 3 lists course learning
. 22[18] J. G. Hunter, C. A. Mattson, and S. P. Magleby, “Benefits of a short-term engineering study abroad: a survey of students over the past 15 years,” in Volume 3: 21st International Conference on Advanced Vehicle Technologies; 16th International Conference on Design Education, Anaheim, California, USA: American Society of Mechanical Engineers, Aug. 2019, p. V003T04A018. doi: 10.1115/DETC2019-98419.[19] D. B. Knight, K. A. Davis, T. J. Kinoshita, C. Twyman, and A. M. Ogilvie, “The Rising Sophomore Abroad Program: Early Experiential Learning in Global Engineering,” Adv. Eng. Educ., 2019, Accessed: Dec. 10, 2024. [Online]. Available: https://eric.ed.gov/?id=EJ1236917[20] A. Hubbard and R. J. Rexeisen, “Study
, "Creating inclusive classrooms by engagingSTEM faculty in culturally responsive teaching workshops," International Journal of STEMEducation, vol. 7, no. 1, art. 11, Dec. 2020. doi: 10.1186/s40594-020-00230-7.[6] Cromley, J., & Avent, C., & Jong, Jae J. (2025, April), DEI in Engineering Classroominstruction Observation Instrument (DEI-COI) User Manual & Technical Report v. 2,https://hdl.handle.net/2142/127969[7] C. J. Valdez and N. C. Kelp, "Student perceptions of inclusive pedagogy in undergraduateSTEM classrooms," J. Microbiol. Biol. Educ., vol. 24, no. 3, Oct. 2023, doi: 10.1128/jmbe.00097-23.[8] G. Ramos, C. Ponting, J. P. Labao, and K. Sobowale, “Considerations of diversity, equity, andinclusion in mental health apps: A scoping
. In order to better answer these questions, morequalitative, specifically interview work is likely required.References[1] T. Jacobs, J. Caton, J. Froyd, and K. Rajagopal, “Redesigning the First Course of Thermodynamics to Improve Student Conceptualization and Application of Entropy and Second Law Concepts,” in 2014 ASEE Annual Conference & Exposition Proceedings, Indianapolis, Indiana: ASEE Conferences, Jun. 2014, p. 24.1033.1-24.1033.17. doi: 10.18260/1-2--22966.[2] R. D. Manteufel, “A Spiral Approach for Mechanical Engineering Thermodynamics,” in Proceedings of the ASME International Mechanical Engineering Conference, Nashville, TN, 1999.[3] D. Probst and Y. Zhang, “A Gentle Bridge between Dynamics and
Learning and Communication GapsThe shift to online learning during the COVID-19 pandemic posed unique challenges for VIP courses.Seventeen percent of students reported the lack of physical meetings as a significant barrier to effectivecollaboration. Virtual environments often struggle to replicate the collaborative energy and innovativedynamics of in-person settings.Bell et al. [3] stress the importance of physical collaboration spaces in fostering teamwork and creativity.Moving forward, LAU prioritized in-person engagements for VIP courses whenever possible. When face-to-face meetings are not feasible, enhancing online facilitation methods, such as interactive platforms andregular synchronous sessions, helped mitigate disruptions and maintain
acompany where half of the employers were structural engineers. For all these reports, anemployee’s communication, IT, Financial, Legal, Management, and Technical skills wereassessed to see how they offer a more holistic representation of employees within anorganization. These attributes were explored more in different sub-groupings. Findings fromthese subfields as explored by deSilva (2015) state that an employee’s development depends onthree key skills: the development of employability attributes, development of self-promotionaland career management skills, and a willingness to learn and reflect on learning.In another undergraduate-focused study, Kinoshita et al. (2014) explored how internal andexternal factors impact learning and skill levels
University where she earned her Master of Public Health. Laurel’s current role is Education Manager at Energy Alabama, in which she applies her expertise in community health pro- motion and her passion for science education to expand Alabamians’ knowledge of clean energy through K-12 and community-based programming.Dr. Hyun Jin Kim, The University of Alabama ©American Society for Engineering Education, 2023Engagement in Practice: Building Inclusive and Just Pathways To a Clean Energy Economy Through Youth Education of Clean EnergyIntroductionThe International Energy Agency predicts that growth in the clean energy industry could createthirty million jobs around the world in a range of industries, from
earned a Doctor of Philosophy in Policy and Governance at the Australian National University in Canberra, a Bachelor of Engineering (Mechanical) from Carleton University in Ottawa; a Certificate of Graduate Studies in Natural Resources Organization Management from the University of Michigan in Ann Arbor; and Master of Arts in Environmental Security and Peace from the University for Peace in Costa Rica. For approximately a decade, Sergio worked on sustainable energy policy and finance throughout Latin America and collaborated with leading U.S. government agencies, multilateral banks, and public interest organizations involved in international clean energy policy and rural electrification, including the
Context for Children with motor-impairmentsbackgroundService-learning experiences provide a rich platform for students to refine their technical skillswhile addressing real-world challenges, particularly in the area of assistive technology forchildren with disabilities. Engineering students often seek practical, hands-on experiences thatnot only enhance their technical competencies but also connect them to impactful projects withintheir communities, thereby enriching the educational experience and fostering empathy amongfuture engineers [1-2]. Organizations such as Tikkun Olam Makers and Makers Making Changematch people with assistive technology needs with makers in the community. Student chaptersof these organizations have been established on
Bixler, Mr. Raymond Brooks, Ms. Elizabeth Ritter.References[1] Burleson, Grace, Jason Lajoie, Christopher Mabey, Patrick Sours, Jennifer Ventrella, ErinPeiffer, Emma Stine, et al. 2023. “Advancing Sustainable Development: Emerging Factors andFutures for the Engineering Field.” Sustainability 15 (10): 7869.https://doi.org/10.3390/su15107869.[2] Mazzurco, Andrea, and Scott Daniel. 2020. “Socio‐technical Thinking of Students andPractitioners in the Context of Humanitarian Engineering.” Journal of Engineering Education109 (2): 243–61. https://doi.org/10.1002/jee.20307. _[3] Mazzurco, Andrea, and Brent Jesiek. 2014. “Learning from Failure: Developing a Typologyto Enhance Global Service-Learning Engineering Projects.” In 2014 ASEE Annual Conference
for International Perspectives at the Online Ethics Center for Engineering and Science. He is also serving as on the Board of Directors of the Association for Practical and Professional Ethics, and the Executive Committee of the International Society for Ethics Across the Curriculum. Dr. Zhu’s research interests include engineering ethics, global and international engineering education, engineering cultures, and the ethics of human-robot interaction and artificial intelligence.Dr. Rockwell Franklin Clancy III, Virginia Polytechnic Institute and State UniversityLisa M. Lee, Virginia Polytechnic Institute and State University ©American Society for Engineering Education, 2024 Conceptualizing the
leverage members’ time to build communities and a stronger engineeringprofession, and hopefully, include some aspirational goals.While developing skills outside of the technical area has traditionally been called soft skills inengineering education [8-10], more recently, the term “professional skills” captures traits, suchas oral and written communication, teamwork, and empathy. One framework that captures bothengineering and professional skills is the entrepreneurial mindset [11-13]. By framing activitiesand actions using entrepreneurial mindset’s three pillars of Curiosity, Connections, and Creatingvalue (commonly called the 3 C’s), innovative strategies have been brought to engineeringeducation (Figure 1); hundreds of examples are available on
of objects with applied external forces 2. Calculate components of forces and solve the equation of equilibrium in 2D and 3D 3. Calculate the moment of a structure under a point load or a couple of forces 4. Calculate centroids of areas and volumes 5. Analyze trusses, frames, and machines by finding the internal forces and reactions 6. Analyze beams and cables 7. Calculate the moment of inertia 8. Determine the internal forces of systems with frictionThis project option was well received by students, and the participation of students in the finalproject options increased year by year. The total enrollments of the experimental sections of theStatics courses in the Fall 2020, Spring 2021, and Fall 2021
Presentations o ReflectionsStep 3 (b): Identify Relevant Course Topics. Review your course topics and determine howand where the selected areas of awareness can be integrated. Instructors may need to refine theirchosen areas of awareness after identifying relevant course topics. Therefore, it is recommendedto select more than one area in Step 2. Revisions to the chosen delivery methods may also bemodified to ensure effective alignment with the course content, which is why topics and deliverymethods are assigned within the same step.In the third meeting, community members sought peer feedback on their drafted assignments andworked on designing a grading rubric to assess both technical knowledge and students'awareness of selected areas. We
in both developed and developing nations, Dr. Tsegaye has strong relationships for international collaboration.Dr. Long Duy Nguyen, P.E., Florida Gulf Coast University Dr. Long Nguyen is an Associate Professor in the Department of Environmental and Civil Engineering at Florida Gulf Coast University (FGCU). Before joining FGCU, he was the deputy director of Tuan Le Construction and a lecturer at Ho Chi Minh City Universi ©American Society for Engineering Education, 2023 Data Science in the Civil Engineering CurriculumAbstractData science is an emerging field that encompasses several STEM domains and offers excitingcareer prospects in a wide range of engineering applications. Given
. These students subsequently mentored new participants in subsequent semesters.This approach has demonstrated success inincreasing undergraduate interest in research,with five students from the research groupcontinuing their studies at the graduate level.By providing students with clearly definedlearning objectives and hands-on opportunities,the training model helps students with skilldevelopment, enhances research participation, Figure 3. Simscape training session led byand promotes coding among undergraduate a GRA.students.Virtual Lab Simulations for Soft Robotics and Compliant Mechanisms Courses.A mechanism can be created in MATLAB by
over a full semester or a fullacademic year, it is often necessary to demonstrate strong project management skills [3], [5]. Themost difficult outcomes to assess are communication and teamwork, but the student teamsrecognized and valued the need to work together and communicate their technical knowledgeeffectively [5].While there is great benefit to working with an industry sponsor for capstone projects, it is notalways feasible to find an industry partner to work with students, especially undergraduatestudents. Within the last 20 years, professional societies have developed student competitionsdesigned similar to culminating capstone projects. These competitions are designed forundergraduate students to apply the engineering skills they have
the curriculum was needed to effectivelygive the students an understanding of SCADA concepts. Through trial and error over the last 4course offerings the curriculum was reduced to about five weeks (of two 3 hour sessions perweek) worth of essential presentations and lab modules. The following is a breakdown of thetraining: Week1: General SCADA introduction and labs in identifying and wiring SCADA compatible hardware including PLCs, power sources, sensors and actuators. Week2: Discuss SCADA communication concepts, including protocols and network concepts needed to understand how the system links together. Perform labs in configuring network IDs into the PLCs and network adapters in a LAN setting. Week3
not be re-taught during design course lecture sessions. Figure 3. Design course example of Classical Model expectations used in engineering courses.Further Work and Student ResponseStudent response to the Classical Model course maps has been anecdotally positive. Studentsseem to value the “you are here” reminders and the encouragement to stay engaged in math andscience courses. Even in freshmen-level engineering courses like engineering drawing, ClassicalModel awareness has enhanced intentional engagement with seemingly trivial practiceassignments, such as lettering and line drawing. The Classical Model in statics has changed thenature of the surprise on the first day of mechanics of materials. Where students once weredismayed by the rapid
/2024.[8] G. B. Wright, "Student-Centered Learning in Higher Education," International Journal ofTeaching and Learning in Higher Education, vol. 23, no. 3, pp. 92–97, 2011. [Online]. Available:http://www.isetl.org/ijtlhe/.[9] J. Palazón-Herrera and A. Soria-Vílchez, "Students’ perception and academic performance ina flipped classroom model within Early Childhood Education Degree," Heliyon, vol. 7, no. 4, p.e06702, 2021.[10] L. Deslauriers, L. S. McCarty, K. Miller, K. Callaghan, and G. Kestin, "Measuring actuallearning versus feeling of learning in response to being actively engaged in the classroom," Proc.Natl. Acad. Sci. USA, vol. 116, no. 39, pp. 19251–19257, Sep. 24, 2019.[11] I. Pablo-Lerchundi, C. Núñez-Del-Río, A. Jiménez-Rivero, S
Session 2586 The Verizon Next Step Program: A Look Back and a Look Ahead Gary J. Mullett Next Step New England Curriculum Coordinator – Electronics William S. Mullett Next Step New England Curriculum Coordinator – PhysicsI. OverviewThe innovative Verizon NextStep Program is a unique industry/education collaboration thatprovides Verizon employees with the opportunity to earn an associate in applied science degree(A.A.S.) in telecommunications technology during their regular workweek. Started in the State ofNew York in 1995 by the
pedagogies such as problem-based learning or responsive teaching,instructors require students to make mistakes and admit to and grapple through confusion. Studentsare often reported to be resistant to active learning, and it is important for instructors to developepistemic empathy for their students’ affective responses to confusion in the classroom. In thiswork, I report on two class sessions of a higher-level engineering elective in which I elicited andresponded to student confusion in one class session, and then in the next, which I initially describedas a “math disaster,” made technical mistakes and became confused myself. Through reflectivepractice on these experiences with confusion, I developed heightened empathy with students whoare