[29] b. Number of classes taught [29] c. Graduate degrees awarded [29] d. Number of students enrolled [29] e. Graduation rate f. Effectiveness of teaching4. External engagement indicators a. Community engagement [29] b. Collaborations – industry, international, multidisciplinary [29] c. Amount of technical assistance activity to external communities, e.g., industry, community agencies, etc. d. Amount of $ from industry for applied research5. Research and scholarship indicators a. Faculty output: research publications [29] b. Faculty Impact: citations and major scholarly [29] i) Papers indexed in Science Citation Index-expanded (in SCI or ENG or LIFE or MED fields) [31] ii) Papers indexed in
participated in the in-person labjuxtapose to those who engaged in the virtual laboratory environment. In addition, qualitativeresults suggest that students’ perceptions of the value of in-person and virtual labs varydepending on prior engineering experiences. These results suggest that there is room forimprovement in conventional course evaluation instruments of senior capstone engineeringeducation laboratories that take place either in-person or virtually.Keywords: virtual and remote laboratories, mechanical engineering laboratories1. Introduction The COVID-19 pandemic forced educators to make a paradigm shift in how they teachstudents in formal and informal settings, where emphasis was placed on the development ofeducational tools and
, both abbreviated as PBL, originatedin medical education (Burrows and Tamblyn, 1980) but found clear application in engineeringeducation, especially engineering design (Dym et al., 2005). Today PBL is considered one of thehigh impact practices of teaching and learning across all disciplines (Kuh, 2008). Manyundergraduate biological and agricultural engineering (BAE) programs feature service learningand project-based PBL opportunities, most frequently in first-year (cornerstone) and senior(capstone) design courses (Lima, 2013; Lima and Oakes, 2013). However, given the centrality ofdesign in engineering practice and the challenge students encounter in trying to master design, itis valuable to scaffold the learning of these skills by including
staff primarily evaluated based on their engineering education research pro- ductivity. She can be contacted by email at apawley@purdue.edu. c American Society for Engineering Education, 2019 Engaging in STEM education equity work through a course: studying race, class and gender theory in engineering educationAbstractEach of the authors are currently enrolled as students or serving as an instructor in a graduate-level engineering education course which is cross-listed with the women’s, gender, and sexualitystudies program at a large research university in the Midwest. Through engagement withpodcasts, readings, reflection, and discussion with others, this course seeks to help
. San Francisco: Jossey-Bass.11. Martin, L. Dixon, C., & Hagood, D. (2014). Distributed adaptations in youth making. Proceedings of FabLearn 2014 Conference, Stanford, CA, Oct 25-27.12. Terenzini, P. T. & Reason, R. D. (2005). Parsing the first year of college: A conceptual framework for studying college impacts on students. Annual Meeting of the Association for the Study of Higher Education (ASHE), Philadelphia, PA, November 17-19.13. Quality Matters Rubric Workbook for Higher Education (2nd ed.). (2011). Maryland Online, Inc. url: www.qmprogram.org14. McKenna, A. F., Kremer, G., Okudan, E., Plumb, C., Ro, H. K., & Yin, A. (2011). Approaches to engaging students in engineering design and
media analyses have limitations and ethical considerations, and this work is not meant tosupersede other forms of evaluation. Rather, our study explores the use of social media as apotential complementary source of data for practitioners. Our work has implications foreducators and institutions looking to develop low-impact ways to evaluate educationalprogramming in times of crisis and beyond. We hope that by presenting this work to otherresearchers and practitioners in engineering education, we will engage in mutually beneficialconversations around the pros and cons of using social media data and its potential applications.1 Introduction & BackgroundThe ongoing COVID-19 pandemic has had a huge impact on students' lives on a variety
careers.We found no statistical differences in group demographics or professional persistence. However,students who were high in intrinsic motivation and professional and interpersonal confidence(M/C) also reported higher levels of perceived importance of professional and interpersonalskills, participation in non-engineering extracurricular activities, and exposure to the engineeringprofession than students who were low in both measures (m/c). We present case studies of twostudents, one M/C and the other m/c, to illustrate differences in their attitudes toward activitiesoutside of the classroom and toward the importance of professional and interpersonal skills.While the M/C student felt that she best utilized her time by engaging in a number of non
presented.Assessments and student outcome tracking for the course will be discussed. Experiences,outcomes, feedback, and lessons learned from the initial offering of this course will be presented.Introduction Recently, the Honor’s program in our college has been revised to focus on undergraduateresearch. Undergraduate research experiences are considered High Impact Practices (HIP)[1] andare broadly used to improve recruiting and retention. As a result, all students will be required totake 3 credits of undergraduate research, complete a senior thesis, and deliver a researchpresentation.[2] The goal of this change is to increase the number of students conductingundergraduate research and to also increase the number of students applying for graduate school
acknowledged the impact of peer-to-peer relationships, socialdynamics and the trust, community and support for personal risk-taking as well as the positiveinfluence this had on learning outcomes [33], [55], [79]. The same dynamic was found inleadership roles and effectiveness of teams in operations [80].Research on attachment and resiliency among university students pointed to the important role ofpositive mentoring attachments which directly impacted overall resiliency of individuals [81],[82]. Friborg’s Resiliency Scale for Adults (RSA) [83], [84] and other collaborative research onresilience validity [85] directly measured social competence within his 6-point measurementscales. Organizational and team “connectedness” were found essential for
Session 1406 On the Use of Equation Solvers, Interactive Software, and Hands-on Projects in Integrated Sophomore Engineering Courses Mario A. Medina Civil, Environmental, and Architectural Engineering Department The University of KansasAbstractThe long-term objective of this effort was to fundamentally change the quality of engineeringinstruction and student interactions-through the use of newest education technologies in theclassroom. Three principal areas of student impact were identified. These were: (1)Improvement of the quality of engineering
and engineers’ career paths, we introduce the situatedlearning perspective that grounds our work and present our findings in two parts. Part onecharacterizes six discrete paths—1) Company man, 2) Technical specialist, 3) Boundary spanner,4) Entrepreneur, 5) Social impact change agent, and 6) Invisible engineer, and part two identifiessalient leadership learning experiences that correspond with each path. We conclude bydiscussing the implications of our findings for engineering leadership educators.Literature review: Engineers’ career paths as a site for leadership learningOur literature review touches on two discrete bodies of research—one addressing engineers’leadership learning opportunities and another highlighting engineers’ career paths
the adoption andimplementation of an innovative active learning pedagogy by instructors and faculty at one of theHBCUs in the United States is the main emphasis of this study. By Examining the uniqueobstacles and opportunities experienced by educators, our goal is to comprehend the aspects thatfoster or hinder the implementation of active learning techniques in HBCUs. In this descriptivequantitative study, we adopted a validated survey instrument with 17 items that were divided intofour factors: student engagement and preparation, support for instruction, teacher comfort andconfidence, and institutional environment/rewards. We evaluated these elements to comprehendthe challenges and lessons of instructors and faculty members at our
theory that situateshistorically marginalized groups’ strengths instead of deficits as the center of analysis. It is aframework for addressing the pervasive gaps in the educational experiences of students frommarginalized communities, and strives for: a) high achievement – wherein students choose toachieve academic excellence; (b) cultural competence -- wherein students maintain their culturalintegrity; and (c) critical consciousness -- whereby students develop an ability to understandand critique the existing social order [25,41,42]. relevant educators uphold robust conceptions ofself as well as others; they acknowledge and employ multiple ways of knowing. They haveinternalized that marginalized students’ experiences exist on a continuum of
, techniciansand technologists in a wide variety of impacted disciplines are not receiving an adequateeducation about: fundamental sensor theory, basic sensor operation, sensor system deploymentplanning, appropriate data-transport and networking connectivity schemes, applicationssoftware, and impending system maintenance support needs of these increasingly moresophisticated and complex, smart sensor/actuator based systems.This paper will report on the development, organization, and use of a novel interdisciplinarysensor networks laboratory. The heart of the laboratory is a dedicated data-network (SensorNet)that emulates a wide area network or WAN. The SensorNet WAN nodes and other networkaccess points allow for the interconnection of numerous types of
studies – Massi et al.24 surveyed graduating seniors whereasSeymour et al.29 interviewed rising seniors. As students approach graduation time, their thoughtsare turned more towards deciding on a career. Fifty-one percent of gains were noted in thepersonal/professional domain (which includes “thinking and working like a scientist”)24, 29.Hunter et al.30 found that 57% of students attributed “gains in confidence” to their “feeling like ascientist.”The advantage of offering undergraduate research and entrepreneurship/ internship experiencesthrough one program is that it creates a cohesive, structured learning community for students to Page
] Time After a graduation from high school and “Clark and Lovric (2009) proposed a before college begins, a gap in transition model based on the mathematical education may occur, anthropological concept of a rite of which leans to learning loss. passage, arguing that the transition takes The rite of passage takes time. time…” [19, p. 763] Building a new community in college takes time. Students need time for individual mathematics practice. Mathematics in the final years of high school are critical.Each of the 72 articles were coded twice to
such as operating machinery, repairingequipment, and using tools to correlate most highly. The prior experience results showed thatmale students spent many more hours engaging in the activities with the strongest correlations toMAT performance. The attitude survey included questions relating to confidence and enjoymentof figuring out how things work and troubleshooting. Based on the results, the male students hadmore confidence and enjoyment than female students at statistically significant levels.IntroductionThe representation of women in engineering is quite low relative to other previously male-dominated professions such as law and medicine. Thus, women are a large untapped resource forfuture engineers. Despite efforts to expose more middle
Automotive Technology and Electronic Engineering Technology, with emphasis on ElectricDrive Vehicles. The programs also include certificates with Electric Vehicle Technologycourses, an undergraduate concentration and a graduate certificate program in EVE, and tosimultaneously provide for general public and consumer education. This paper presents thedesign of the program curriculum, development of undergraduate and graduate courses and thelaboratories, implementation of the degree programs, and the outreach activities, including theSummer Academy on HEV for community college students, professional development shortcourses in Advanced Energy Storage for community college automotive instructors and K-12science and technology teachers, and a national
students’ perceptions of videotaped lessons’, International Journal of Intercultural Relations, vol. 27, no. 3, pp. 355–374, 2003, doi: 10.1016/S0147-1767(03)00016-6.[6] P. J. den Brok, J. Levy, R. Rodriguez, and T. Wubbels, ‘Perceptions of Asian-American and Hispanic-American teachers and their students on teacher interpersonal communication style’, Teach Teach Educ, vol. 18, no. 4, pp. 447–467, 2002, doi: 10.1016/S0742-051X(02)00009-4.[7] J. R. Lotto, ‘Engagement of Hispanic/Latinx ESL Students in Higher Education Flipped Classrooms: A Qualitative Descriptive Study Submitted by’, Grand Canyon University, 2022.[8] C. L. Carter, R. L. Carter, and A. H. Foss, ‘The Flipped Classroom in a Terminal College
teacher. Pseudonyms areused throughout this paper.Preliminary Results:Data collection continues, particularly through Canvas (LMS), in teacher reflection and futurefocus groups. We expect more data to emerge as we progress through the year.From our initial findings, the main themes that emerged from teacher interviews wereadaptations (communication with students), student motivation (grades and student engagement),digital equity (laptops and internet access), successes (alternate projects) and teacher futureplans.Grading proved challenging for many of the teachers in terms of student motivation. Jack, ane4usa teacher, expressed "In Pennsylvania here, our governor, sort of in part of the decree saidthat no student could fail, on account of the
, with other studiesinvestigating professional identit tity development, and how students become memb mbers of theirprofessional community. Both uundergraduate and graduate engineering educatio tion researchershave published a great deal on re recruitment and retention, or attrition, in their resp espective areas.While all of this research has gre reatly increased our knowledge about how interna national studentsadapt to a new culture and how ggraduate students adjust and persist in graduatee school
, or gender group anindividual belongs to, he or she can make valuable contributions to and can benefit fromengineering. Also, every individual should have an opportunity to engage in engineering in waysthey find meaningful.Our work in this paper is encouraged by these ideals related to diversity and inclusion, and aconceptual framework that supports the use of an interest-based framework for engineeringchallenges to broaden participation in engineering. Curricular activities based on this frameworkprovide opportunities for students to engage in engineering by solving problems they findinteresting, thus making the activities more inclusive for people with myriad interests. In thispaper, we present findings from an activity based in the
Paper ID #37001Engineering Education in Support of Urban GardeningBrenden Drinkard-mcfarland Brenden Drinkard-McFarland is a first year Engineering Education PhD student at the Ohio State University. His research interests include exploring university-community partnerships and their impacts on student engagement and community support.David A. Delaine (Assistant Professor)Zachary K Smith © American Society for Engineering Education, 2022 Powered by www.slayte.com Engineering Education in Support of Urban Gardening
thatassist students outside of the classroom. Students who use supplemental instruction have beenshown to earn higher term and cumulative grade point averages (GPAs) as well as more timelygraduation rates than their peers who do not utilize supplemental instruction.2,3 Moreover, it hasbeen found that less-easily measured factors such as long-term retention of course information,teamwork, communication skills, information processing skills, and motivation are improvedwhen students engage in supplemental instruction.2 With so many positive outcomes resultingfrom the utilization of supplemental instruction, it could be assumed that many students duringtheir course of study would seek out and utilize these additional resources. Yet, there aresignificant
, in recruiting materials, and in departmental brochures. New communication staffmembers are required to familiarize themselves with CTC messaging before communicatingwith the public about engineering. School D had improvements on items 4-10 for all students;items 5-8 and 10 for female students; and items 3 and 5 for URM students. School D sawimprovements on many items, particularly ones involving perception and value of engineering.Whereas many schools saw few, if any, improvements for URM students, School D sawimprovements on items for URM students including Engineers can design their own workschedules and Engineers are well-paid. Although it is not clear from the particular interventionsexactly why School D has made these particular
mechanics, and ocean hydrodynamics. Benitz is a Hassenfeld Community Engagement Fellow and a Diversity and Inclusion Fellow at RWU. Her research focuses on offshore wind energy, oyster growth, community engagement, and engineering education. ©American Society for Engineering Education, 2023 Strengthening Undergraduates’ Appreciation of Engineering Ethics through a Simulated Stakeholder Meeting on Offshore Wind Energy DevelopmentAbstractThe need for deepening students’ appreciation for the importance of engineering ethics remainsever present. However, accomplishing this learning outcome can be challenging, as theprinciples often come across as abstract and distant to many
of the Greater Antelope Valley and adjacent regionshas evolved, out of the regional desire to train engineers locally, without a thoroughunderstanding of customer needs. A realistic model for higher education suggested by Maguadhas been adopted that views employers as the customer and students as the higher educationproduct. Understanding who the customers are is the crucial first step, according to Drucker, inunderstanding customer needs. Guided by Dewey’s and Tyler’s works on curriculum development, an exploratory mixed-methods study was initiated to identify customer needs. This was a sequential-explanatory study.The initial phase was quantitative and defined critical cases that informed the qualitative phase.The qualitative phase had
from hands-on, problem-solving approaches intrinsic to PBL Sustained exposure to PBL has been shown tomethodologies. These findings reinforce the argument enhance cognitive skills and improve standardized testthat long-term exposure to PBL fosters deeper performance over multiple years. Research suggestsconceptual understanding and improved problem- that students engaging in STEM PBL experience ansolving abilities. This delayed impact suggests that average improvement of one-quarter of a standardPBL's benefits accumulate over time as students deviation in their strongest subjects, with an overallbecome more proficient in applying learned concepts improvement
through contextual problem solving. Her work on an NSF funded project entitled Modeling: Eliciting, Developing, Integrating and Assessing (MEDIA) Project is creating and researching multi-disciplinary engineering problems for use at the undergraduate and K-12 level. Problems from the MEDIA project are being extended to the Reach for the Sky project, as well as to local school districts, such as Mahtomedi Community Schools, who are implementing engineering into their curriculum.Gillian Roehrig, University of Minnesota Dr. Gillian Roehrig is an Associate Professor of Science Education. Gill is a former high school chemistry teacher with a strong interest in engaging students in inquiry-based
. Currently, I am involved in two research projects at RUM. The first is the Sustainable Engineering (ISOS) project, directed by Dr. Christopher M. Papadopoulos, and the second is the project on the relationship between executive functions and academic performance in university students (ESFERA), under the direction of Dr. Cristina Perea and Dr. Mary Moreno. I am also a member of the Association of School Psychology Students (AEPE) at RUM. I volunteered in the community program Aula en la Monta˜na. My research interests cover a wide range of topics, including the role of play in early childhood cognitive development, mindset, social support, behavior, learning, and physical activity. Additionally, I have a particular