pedagogies (e.g. traditional chalkboard writing, presentations, field trips,labs, etc.) to appeal to different student learning preferences and create a more inclusive learningenvironment. Utilizing the Myers-Briggs Type Indicator, instructors focused on the first twodichotomies, Extroversion vs. Introversion and Sensing vs. Intuition. With an innovativeapproach towards CE Materials, the goal of stimulating independent thinkers and assistingstudents with the retention of core course material is being achieved across a range of studentlearning preferences. By teaching the course in a way that encompasses all learning preferences,a greater breadth of students can succeed in and enjoy a civil engineering curriculum.IntroductionTypical civil engineering
department of Chemical Engineering for the past 13years. The theme for the workshop is “ How to Engineer Engineering Education” and the targetgroup is engineering and science faculty, and graduate students. The workshop is designed to 4 © American Society for Engineering Education, 2015 2015 ASEE Northeast Section Conferenceenhance the teaching expertise of participants by receiving instructions on the followingactivities in an engaging and interactive group environment11. a. Writing clear instructional objectives at appropriate cognitive levels b. Using active, cooperative, & problem-based
concentration in social statistics from the University of Washington. Erin also holds an MA and BA in Russian and Eastern European studies, and an AA in liberal arts and sciences.Kam H Yee, University of WashingtonBrenda N Martinez, University of Washington ©American Society for Engineering Education, 2025Abstract:Sometimes projects settle into a status quo of doing the same things because that iswhat has always been done. In this presentation, we’ll talk about the process oftransitioning a NASA-funded WA Space Grant to develop more meaningfulactivities/interventions for students and to improve the evaluation of the project. Theproject is writing a renewal grant now and has been collaborating with an evaluator
University). Complimenting my pedagogical research is an interest in bioprocess engineering, environmental engineering, environmental risk management, and I have authored >40 peer reviewed publications in these fields. I’m also active in developing workforce development initiatives, specifically within the biopharmaceutical manufacturing space. Beyond academia, I have 7+ years of international consulting experience working with the U.K. government, European Union, and the United Nations.Dr. Anne Marguerite McAlister, University of Virginia Dr. Anne M. McAlister is an Assistant Professor in the First Year Engineering Center at the University of Virginia. She has her PhD in Education and MS in Systems Engineering from the
-in-chief of ASEE’s Computers in Education Journal; and a trained ABET Program Evaluator. He is the author of over 75 peer reviewed articles, has appeared as a guest on NPR, and served on advisory panels for NSF, ONR, DoT, NASA, Office of the Secretary of Defense and the Marine Corps Intelligence Agency.Dr. Jenelle Armstrong Piepmeier, United States Naval Academy Dr. Jenelle Piepmeier earned a Bachelor of Science in Mechanical Engineering from LeTourneau University. She went on to earn a Master of Science and Ph.D. from Georgia Institute of Technology, also in Mechanical Engineering. For over 20 years she has taught robotics, computer vision, and control systems to the future leaders of the Navy and Marine Corps at
Aheadcurriculum also included some metacognitive skills surrounding learning mathematics.By reviewing research of other summer bridge programs, as well as both formal data collectionand anecdotal feedback from Engineering Ahead students, it became obvious that mathematicsreview and preparation was not the only significant factor that related to increasing retention inengineering. Thus, over the last nine years, Engineering Ahead has worked to build intra- andinter-institutional partnerships to systematically support student success. What started out as aclose daily interaction with a single mathematics faculty member during the summer bridge, nowincludes cooperative learning under the supervision of peer mentors as well as partnerships thathave been
Tanisha Gupta is currently pursuing a Bachelor of Science degree in Biomedical Engineering at Worcester Polytechnic Institute (WPI). She has worked on several projects, including her Interactive Qualifying Project in collaboration with Heidelberg Instruments Nano AG, which focused on demystifying nanofabrication and developing educational materials for beginners in nanoscience. On campus, Tanisha serves as Vice President of WPI’s chapter of the Society of Women Engineers, is a Global Ambassador for the Global Experience Office and works as a Peer Learning Assistant for Introduction to Biomechanics.Brett Michael Mann, Worcester Polytechnic Institute Brett Mann is currently pursuing a Bachelor of Science degree in Electrical
peerexamination approach among the authors to ensure rigor in the study [13].ResultsThe analysis yielded many interesting insights into the interactions and relationships amongfaculty members, shedding light on the situations and instances which lead to interactions and onthe purposes of these interactions.The major themes for the blue codes (“who” and “what” of the interaction) consisted of thefollowing: 1) Collaboration and discussion with colleagues: All participants described reaching out to fellow faculty members for varied reasons, such as, for help and support from experienced faculty and peers; for resources, techniques and new technologies; and lastly, for ideation and collaboration purposes. One participant described learning
engineering are part of a research group, typicallya team of peers working under the supervision of the same faculty member. These groups arecentered around a specific research focus and provide space for collaborative learning. They caninfluence how students approach their research, acquire knowledge, develop skills, and feelabout being part of a broader academic or professional community [8].Despite their importance, the role of research groups on a graduate student’s experience has notbeen studied as extensively as the role of the supervisor. Yet, existing research highlights theirunique contributions. For example, Pyhältö et al. found that while supervisors tend to provideindividual mentorship, research groups foster teamwork and intellectual
students to illustrate a concept from waterchemistry. Details of the project have been published; see [10]. At the beginning of the semester,students were randomly grouped into teams of 4-5 (in one case a student dropped the courseresulting in a team of 3 students). Teams and/or individuals were assigned to write shortReflective Memos (RMs) throughout the semester in order to scaffold their learning throughtypes of innovative behaviors and cognitive skills (under Dyer’s innovator’s model [2-3]). Asdepicted in Table 1 below, two RMs were given as individual assignments (RM2 Observing andRM4 Networking), and three were assigned to be completed as a team (RM1 Questioning, RM3Experimenting, RM5 Associational Thinking).Table 1- Reflective Memo (RM
’ institution as it has with manyother institutions across the US.As a Jesuit Catholic university committed to “the ideals of liberal education and the developmentof the whole person,”[11] LUM operates primarily as an undergraduate institution withconsiderable liberal arts requirements. Students who pursue LUM’s ABET-accredited bachelor’sof science in engineering must select one of four concentrations in electrical, computer,mechanical, or materials engineering. At the same time, all students are required to completecourses in the natural sciences and mathematics, as well as in the humanities and social scienceswherein reading, writing, and critical thinking skills are heavily emphasized [12]. The LUMCore Values Statement “calls upon the curriculum to
Computer Engineering [20] andare broken down 135 knowledge units, further divided into a total of 908 learning outcomes.This question helped the TF define important knowledge that students should master beforegraduating in order to prepare them for their future careers in Industry 5.0.At the time of this writing, we received seven responses from our survey, a very small numberthat is hard to draw a lot of firm conclusions from. Nonetheless, we plan to expand the number ofrespondents to be statistically more significant and include a larger variety of companies andrepresentative positions within the same. The responses are from engineers from severalcompanies, including Apple, The MathWorks, Verizon, Toast, Randstad Technologies, andAltaeros. The
Paper ID #37237An Evaluation of an Implementation of High School GirlsSummer Outreach Camp Converted to an Online Format(Evaluation)Carol Geary Carol Geary is a doctoral candidate in the Engineering Education program at Virginia Tech. While at Virginia Tech Carol has directed peer mentoring programs and high school STEM outreach camps. Her research interests include co-curricular support, student success, and persistence. Carol received her B.S. in Aerospace engineering from Virginia Tech.Tawni Paradise (Graduate Student)Hannah GlissonKim Lester (Director Pre-college Programs) © American
,participants are guided by faculty experts while working in teams to accomplish data gatheringand analysis for research projects. In these endeavors, the undergraduate researchers gainexperience collaborating with peers specializing in biology and engineering [6].The only Belize trip involving LSAMP-sponsored participants was completed in 2019. Therewere no LSAMP evaluation surveys administered to student participants for that trip.Now, TAMUCC LSAMP and faculty leaders explored potential domestic research sites for the2022 summer research experience in consideration of COVID-19 pandemic travel restrictions.However, leaders received approval to host the summer 2022 research experience in Belize. Pre-and post-participation evaluations are planned for
post-graduation. In each case, wewill be taking a sequential mixed-methods approach consisting of surveys followed byinterviews. The five research questions are: (1) What professional competencies do alumniidentify as most developed through their EWB-USA experiences as undergraduates? (2) What isthe nature of how undergraduate participation in EWB-USA may bridge the experiences offormal post-secondary engineering education and professional practice? (3) How do variations inthe nature of involvement with and/or the structure of EWB-USA programs impact the aboveelements? (4) How are Alumni of EWB-USA perceived by other members of industry, relativeto their peers? (5) How do the above elements vary between female versus male students
questions.Group ActivitiesThe group activities allowed students to begin applying concepts learned in the course to real-word applications [14] relevant to their engineering fields like suspension bridges, arches, gothiccathedrals, dams, culverts, and more. An activity handout was created specifically for the onlinedelivery which allowed students to complete them using materials found at home or using onlinesoftware applications. Students were placed in groups to promote student to student interactiondespite being online. Following up with the activities, each group was required to write a reportand answer the prompt questions as provided in the activity handout.AssessmentsGiven the circumstances as laid out by Covid-19, the First-Year Office at the
© 2022, American Society for Engineering Educationparties, thereby playing a central role in developing new innovations. 21 Although designed forpracticing professionals, within education it has been successfully used as a framework forpromoting technical writing skills22 and for thinking creatively in organizing proposal (AKAelevator) pitches in various engineering design projects. 23, 24MVPFrank Robinson first conceived the Minimum Viable Product (MVP) in 2001 as a visual form ofcustomer engagement designed to maximize return on risk. 25 The process became popular whenfeatured in Ries’ book The Lean Startup26 and is considered an essential step in the Lean Startupmethodology. This step focuses on the software development team getting a working
advice related tothe workload of the course, indicating a heavy reading and writing focus in the course. This samecohort of students was also asked to discuss reasons for their unsuccessfulness in the onlineenvironment. The top three reasons for failure in online courses included: falling behind withcoursework, personal conflicts (health, job, children, etc.), and inability to balance school andlife responsibilities. These three reasons were cited by over 47% of all respondents.The number of students enrolled in online courses has steadily increased since 2012, with over35% of all university students, undergraduate and post-baccalaureate, enrolled in at least oneonline course in 2018 23, suggesting that the COVID-19 pandemic may have only
, online education effectively competeswith residential programs. For many disciplines, the interaction among students required fordiscussion or peer review of written work can be handled in courses through discussion boards,chat sessions, team conferences, and written assignments. Furthermore, for some courses,simulations and case studies can replace active learning sessions.[1] However, even with theadvances in online education, the challenges of most laboratory courses required on-sitelaboratory experiences because of the need for physical hardware and resources. Some of themost affected disciplines include engineering, the physical sciences and health sciences.[2][3][4] The 2020 pandemic created immediate and focused challenges that
workshops,specifically as it relates to hearing different perspectives and time commitment.Finding: Multiple PerspectivesThe co-designing of exam wrappers, as opposed to each individual working on their separateproject, provided a diversity of perspectives that aided instructors in developing effective examwrappers in two main ways: guided exercises from the study designers, and peer-to-peerconversation and learning. The sessions and activities designed by the research team were aimedat creating conversation around a few key exam wrapper concepts, not all of which individualparticipants may have explored on their own: “what shouldn’t an exam wrapper be?,” “who iscompleting the reflection (i.e. individuals vs. class)?,” “what is the format of the
and practicing design skills) • Professional Communications (conveying designs and interacting with peers/customers) • Professional Tools [4] (teaching and implementing design tools) • Professional Ethics [5] (evaluating and practicing appropriate professional behavior)Offering a hands-on, project-based environment does not require much convincing. It has beenstated that the value of active learning is “sufficiently answered.” [6] To address the morepertinent follow-up question: “what kind of activities work best in which situations?” WKU MEfaculty continue to deliver, assess and refine the Professional Plan.This paper is focused on design experiences at freshman and sophomore levels, which eitherintroduce or reinforce the design
Foundation, with a $6.4 million research funding participation from external sources. He has been directing/co-directing an NSF/Research Experiences for Undergraduates (REU) Site on interdisciplinary water sciences and engineering at VT since 2007. This site has 95 alumni to date. He also leads an NSF/Research Experiences for Teachers (RET) site on interdisciplinary water research and have 10 alumni. He also leads an NSF-funded cybersecurity education project and serves as a co-PI on two International Research Experiences for Students (IRES) projects funded by the NSF. He has published over 90 papers in peer-reviewed journals and conferences. American c
the United States.Cynthia Hampton, Virginia Tech Cynthia Hampton is a doctoral candidate in the Department of Engineering Education at Virginia Tech. While at Virginia Tech, Cynthia has directed summer bridge programs, led peer support initiatives for un- derrepresented groups, and served on various commissions, committees, and research groups focused on student support, organizational change, graduate student policy, and culturally responsive evaluation. Her research interests include organizational behavior and change as it pertains to engineering education and broadening participation, faculty change agents, and complex system dynamics. Her research investigates narrative inquiry of faculty who use their agency
in more depth and highlighted the challenge in getting gender balance inthe program. In addition to an extended description of the Summer Bridge Experience, Ennis etal. (2011) also discussed the impact of residential life and peer mentoring on the program.Student academic placement was outlined and lessons learned from the math and scienceplacement tests and subsequent performance. Again, student feedback was assessed againstprogram goals and the impact of the Engineering GoldShirt Program on the culture in theengineering college is discussed.Many Engineering GoldShirt Program components were also researched extensively using bothquantitative and qualitative methods as part of a larger Inclusive Excellence project, Sullivan et.al (2015). In
, handling stress, etc. Service and Civic Responsibility: Engineering is a service profession. Engineers are charged to use their talents and gifts to solve problems that impact others. The performance and practice of engineering is an act of service. Understanding of Engineering Ethics: Engineers are expected to exhibit the highest standards of honesty and integrity. Engineers are to hold paramount the safety, health, and welfare of the public. Those whom engineers serve deserve nothing less. As one example, the competencies are also used in the required first-year seminar course, wherestudents create action plans and write goals to
six credits and took two courses, an engineeringelective taught by a University faculty member and a humanities elective taught be an Indianprofessor. The University of Texas at Austin has also offered several six-week, six creditprograms4. Students are encouraged to travel while studying abroad since the program isarranged to have no classes on Friday through Sunday.Many universities and colleges have long offered semester study-abroad programs often throughthird party organizations. Grove City College has participated in such programs throughout theyears; however, engineering majors have never been able to take part without significant issuesassociated with transferring of credits and remaining “in sync” with their peers. LafayetteCollege
challenge to getting more underrepresented minoritystudents to graduate school is get them to more frequently consider the graduate school option.The myths and reasons given by students on why they do not consider or want to attendengineering graduate school are many. Engineering faculty have the prestige to effectivelycounteract the attitudes about graduate school that the students have formed based onmisinformation, peer pressure, the mass media, campus information sources, and family not toattend graduate school.4 Here are some of these attitudes: • Tired of school7 • Want to start earning a living7 • Want to work at least a while before going to graduate school7 • Going to graduate school results in loss of industrial
acceptance (sometimes a bias issue),and avoiding professional prejudice. However, this document will report that some of theseadvantages are not as clear today as in the past. In fact, the graduate school and licensureopportunities for holders of BS degrees in CE or CET may be nearly identical in the future.2. Proposed CurriculumA proposed CE course list (Figure 1) and block schedule have been developed based on ABET-EAC criteria for 2008-2009 Accreditation Cycle21, conversations with ABET-EAC/TACevaluators, and review of curricula at selected peer institutions. The existing CET check list ispresented in Figure 2 for comparison. Courses that have been dropped from the existing CETcurriculum are shaded. Please note that our University is on a
identify, understand, and elevate best practices; facilitate peer learning and deepen knowledge; spark replication and advancement across regions; and inform long-term public investment in talent development through research and educational resources.Mr. Ikenna Q. Ezealah, Clemson UniversityMr. Christopher Ciuca, SAE International Chris Ciuca is the Director of Pre-Professional Education at SAE International. He oversees the strate- gic direction of SAE’s programmatic offerings at the K-16 level, including the National Science Board Award winning A World In Motion and Collegiate Design Series Programing. Chris leads numerous U.S.-based and global initiatives designed to increase science, technology, engineering and math
, the presentations themselves took place in two sessions, oneweek apart.After each presentation, both independent judges and peers assessed what they had just heard,using the following survey prompts:1. Rate how well the presenter told a story. Was it dynamic and engaging? Was there an easily identifiable impact, lesson or takeaway? Did the presenter adhere to the time limit? (On a scale of 1 to 5, with 5 being the best)2. What is the most important takeaway you learned from this presentation? (Open response)3. Rate how important you think the key lesson identified above is to our students for their future. (1 = not important; 5 = very important) 4. Please enter any other specific feedback for the presenter here: (Open