barriers? 3) What has hada large impact? 4) What are the biggest challenges faced now and previously? 5) What are theoutcomes? The panelists described programs and initiatives they have led in their own careers tobroaden participation of underrepresented persons at every level of higher education(undergraduate and graduate student levels, faculty success, grant writing). They sharedsuccesses and pitfalls and highlighted high impact efforts that are replicable and sustainable.Breakouts provided opportunities to address issues raised by this outstanding panel, tobrainstorm collaborative ideas across institutions.On day 2, panel presentations from day 1 were reviewed and participants divided into breakoutgroups to identify 1-2 promising best
othercontexts improve the functioning of their relationship, including peer-to-peer mentor training aswell as hierarchical mentor training.The Positionality and Goals of Each AuthorJulie: Formally and informally mentoring graduate students, postdocs, and early-career faculty isone of the greatest joys of my career. I joined Ohio State after a two-year rotation as the programdirector engineering education in the NSF Directorate for Engineering, where I managed theRIEF program, among others. Being a tenured faculty member, a former NSF program director,and the editor-in-chief of a journal has positioned me as an influential member in the EERcommunity. In my NSF role, I set regular “office hours” in which I spent considerable timetalking with faculty
reviewed and discussed with respect to their benefits and limitations. Using the characteristics of these models of mentorship as a starting point, a methodology is developed. The methodology is meant to guide evidence- based decisions on the appropriateness of models to mentorship for meeting known mentorship program goals. • Explore: Two independent case studies, one long-standing (and sunsetting) in an undergraduate engineering program for first-year students and a second, newly implemented program for faculty at career transitions operationalized from within an engineering department, are explored to demonstrate application of the Mentorship Program Logic Tree.2 BackgroundMentorship can be
, female students reported much less interest in pursuing a career in the Navy andcompleting the certificate program than male students.These results may be interpreted as the students thinking more critically about their willingnessto commit to a decision as the object of the decision becomes more concrete. Whereas there isno cost to possessing an interest in naval S&T challenges faced by the Navy, most studentswould need to make a decision on completing the certificate program within about a year ofcompleting the survey in order to avoid graduation delays, and it would be too late for somestudents that completed the survey. Nevertheless, the level of interest suggests that other barriersto participation may exist, which may be mitigated
(Coutinho et al., 2017). Another study by Reeping et al. (2018) explored instructorsin an electrical and computing engineering department on their curricular decisions during areform of the program. They found four themes (valuing system thinking, valuing adaptability,seeing students struggle between values of concrete and abstract, and noting students’ lowtolerance of ambiguity) that explain how instructors decide on teaching essential knowledge inthe field. Many other studies explore the topic of teaching decision-making, with some focusingon having instructors adopt certain classroom approaches (Jarvie-Eggart et al., 2021; Moore etal., 2015). Many of these studies inherently lead to understanding of the beliefs behind thesedecisions. Another
; BackgroundThere exists a great variety of research communities which aim to improve engineeringeducation through innovative, evidence-based practice. While many of these researchcommunities work to develop new educational strategies with great success, there appears to be amissing link: that between the dissemination of evidence-based educational strategies and theiruse in an actual educational environment. Although new pedagogical methods continue to bedeveloped, tested, and published, instructors can often struggle to fit them into their classrooms[1]-[3]. This gap is influenced by a few factors: resources available to faculty members [4]-[6], afaculty member’s willingness to make changes to their pedagogy [7]-[8], and the social networks(or lack
including prior knowledge, cost of using technology, student motivation,academic confidence, and lack of ICT skills. Pedagogy aspect collected from instructors’ andfaculty members’ perspective includes 28 barriers of faculty effort, faculty development, ITskills of faculty members, and mode of delivery. The last aspect within the four conceptualaspects of the TIPEC framework is enabling conditions, covering seven barriers includingadministrative support and rules and regulations. This aspect has an overall impact on all thethree mentioned categories.This current study has examined four papers worldwide that talk specifically about the effect ofchange in aviation training in the COVID-19 era. First, the paper written by Jain [10] from theGeorgia
this paper. This paper hopes to contribute to these emerging needs and thefuture development of these crucial areas of graduate engineering education.1. IntroductionAs organized in the Cold War and perpetuated with funding from federal agencies such as theNSF, NIH, etc. [1], [2], traditional graduate student research is often limited to an academicscope--for the advancement of graduate advisors, the continuation of students’ academic careers,and/or to be published in academic journals. Yet this knowledge rarely reaches impoverishedcommunities in need of research findings and undergraduate students eager to turn graduate-levelresearch into design and service-learning projects, especially in languages and formats that canmake it accessible and
of EM and educational research.Thirdly, some educational institutions offer faculty-led writing groups as another opportunity forfaculty members to accomplish personal and career goals. In these cases, it's common for thefaculty members in these groups to be randomly assigned and receive the benefits of peerfeedback on their research [25, 26]. However, there is the possibility to get paired with people ofdifferent disciplinary interests and motivational levels. Despite a seemingly successfulbeginning, the lack of motivation, monetary benefits, and similar education or researchbackground still possess challenges.This professional development experience, an entrepreneurially-minded SOTL virtual writinggroup, overcomes these barriers through
this workshop. We first proposed a much broaderrange of topics than initially planned. From biomimicry, green chemistry to sustainable designand sustainable business, the students received a much richer and broader overview onsustainability & innovation in biomass. The structure of the workshop was also much morestudent-centric because each 1-hour lecture was accompanied by a case study developed aroundthe 3 C’s of the KEEN network: curiosity, connection and creating value. During our CoPmeeting, several times we discussed negative (and incorrect) connotations for the concept ofentrepreneurship. Through recommendations from the CoP Faculty and VentureWell team, wegradually immersed our graduate students into developing an active
Science in Computer Science with honors in 2019 from Florida International University. She is dedicated to improving women and minoritized students’ retention and persistence in computer science. Her research interests include exploring inclusive pedagogical practices, implicit theories of intelligence, disciplinary culture, and their effects on women’s and minoritized women’s persistence in computer science. She is passionate about improving diversity and equity in computer science by conducting research that promotes inclusive learning environments. Her goal is to complete her Ph. D. and become a computer science (education) faculty member to continue serving the computer science education community through
Perception of Student Performance,” Int J Engng Ed, vol. 22, no. 2, pp. 257–263, 2006.[11] K. Parker Brown, “Mentors and Role Models: Are They Important?,” Leadersh. Manag. Eng., vol. 1, no. 4, pp. 49–50, Oct. 2001, doi: 10.1061/(ASCE)1532-6748(2001)1:4(49).[12] P. Lockwood, “‘Someone Like Me can be Successful’: Do College Students Need Same- Gender Role Models?,” Psychol. Women Q., vol. 30, no. 1, pp. 36–46, Mar. 2006, doi: 10.1111/j.1471-6402.2006.00260.x.[13] G. Lichtenstein, H. G. Loshbaugh, B. Claar, H. L. Chen, K. Jackson, and S. Sheppard, “An Engineering Degree Does Not (Necessarily) an Engineer Make: Career Decision Making Among Undergraduate Engineering Majors,” J. Eng. Educ., vol. 98, no. 3, pp. 227–234, 2009
responsesfrom nonbinary or gender nonconforming students in 2019 an 2020 respectively, however, therewere too few responses to be included as a statistical category. The threats to validity are dis-cussed in subsection 2.4. The first study was conducted in the Spring quarter of the 2018-2019 academic year.It consisted of 96 questions that ranged from binary response questions to Likert scale ques-tions and short answer questions. Initially there were 175 responses and after removal of non-computing majors, computer engineering majors, and off-topic responses, 154 remained. Theresults consist of both graduate and undergraduate computing students, and a summary of respon-dents’ demographics can be found in Table 1. The second study was
Building. Confidence is a fundamental factor for success and satisfaction in students’ professional, academic and personal lives. This workshop explores the positive impact of self-confidence on the students’ academic and professional careers and their impetus to satisfactorily achieve their short- and long-term goals. 3. Resume Building. This workshop enables students to embark on an exciting career journey that will prepare them for the future. As a result, students learn the connection between enjoying the academic career journey and building a competitive resume to effectively obtain a job after graduation and become well-rounded professionals. 4. Financial Literacy. Practicing good personal financial habits
graduates through early and mid-career transitions withinthe context of support and the context of barriers. Figure A: Conceptional Framework Early and Recent Graduates Mid-Career Context of Support TransitionsMath and science Intent and Entrance into an overall Entrance into discipline-self-efficacy builds willingness to STEM community and specific STEM and advance in network of support workforce positions of STEM leadershipExposure to career Self-confidence STEM identity development Identity development andmentors
Paper ID #37585Developing Collaborative Online International Learning(COIL) projects in Engineering EducationMeredith Blumthal Meredith Blumthal became the Director of International Programs in the Grainger College of Engineering in 2017, and has 15 years of experience in international education. She collaborates with faculty members across the college to create international education opportunities for engineering students, including semester, short-term faculty-led and summer research experiences. Meredith has doubled faculty led programs since her start, and was instrumental starting COIL courses in
finish.” Although all student participants had some government funding to support theireducation during data collection, three veterans expressed their concerns regarding finances. Onestated, “I think a lot of veterans, they log out after their four years because they don’t have themoney to continue to get an education.” The faculty mentors were keenly aware of the dedicationand sacrifice made by their student veterans every day to stay in a graduate program, especiallythose still on active duty or with family obligations. One faculty member shared, “One of theways that I try to encourage them is that ‘I know you’re sacrificing your own personal life, yourfamily, but after you get Ph.D., you're going to have much, much bigger opportunities with
students make sense of their engineering identityin the context of their experiences in an REU summer internship program? (2) Whatacademic and non-academic factors influence their engineering identity development?Milem et al.’s campus racial climate framework informs our study. This case study approachaligns with our conceptual framework as it allowed us to situate participants experiences andperceptions in their university context. Our study findings reveal students’ participation inthe REU summer internship program positively affected their engineering identitydevelopment as students developed increased confidence in their ability to conduct researchand pursue a career in engineering. Additionally, students’ interactions with mentors,faculty
Engineering from Manipal University in India. During her time at Virginia Tech, Sreyoshi was recognized as a Graduate Academy for Teaching Excellence (VTGrATE) Fellow, a Global Perspectives Program (GPP) Fellow, a Diversity scholar, and was inducted in the Bouchet Honor Society at Yale in 2017. Sreyoshi is passionate about improving belonging among women in Engineering. She serves as Senator at SWE (Society of Women Engineers) - the world’s largest advocate and catalyst for change for women in engineering and technology with over 42,000 global members. She also champions and serves as advisor at Sisters in STEM - a not-for-profit led by school students, aimed at increasing interest, engagement, and allyship in STEM. Views
Huang-saad Dr. Huang-Saad is an Associate Professor of Bioengineering at Northeastern University and the Director of Life Sciences and Engineering Programs at Northeastern's Roux Institute in Portland, Maine. Dr. Huang-Saad is Deputy Editor-in-Chief of Springer’s Biomedical Engineering Education and Division Chair for the American Society of Engineering Education’s Biomedical Engineering Division. Dr. Huang-Saad’s current research areas are entrepreneurship, innovation, and transforming higher education. She is funded by the NSF to explore the influence of the microenvironment of entrepreneurship education on minoritized populations, entrepreneurial ecosystems, and fostering graduate student professional development
researchers and learners during this project were important to our decision-making process,as our learning is itself an exploration of EFA as a method. Considering the amount of decisionpoints and interpretations involved in EFA research, the team agrees with recent calls in the fieldfor engineering education scholars to include positionality statements in quantitative work (e.g.,see [11-13]). The project team is composed of one undergraduate student in an engineeringprogram, one research scientist who recently earned a Master’s degree in an engineering programand is an incoming engineering education research PhD student, a doctoral student in educationalpsychology with an engineering background, and a faculty member in an engineering programwhose
to show how shareddialogue between a mid-career faculty member and an early-career postdoctoral researcher canshed light on issues and lessons related to preparing for an academic career. The aim of this workwas to use individual reflection and collective sensemaking to examine professional formationand explore how to seed and sustain a discipline-based education research group in engineering.PositionalityThe collective and individual voices are woven throughout the paper with the author’s namespecified for personal reflections. Both of us completed our undergraduate and graduate degreesin civil engineering at large, public research-intensive universities in the United States: Denise, aBlack woman, at Clemson University and Madeline, a White
major initiatives this year, and one of them will be towork towards launching sustained, pervasive education around issues of race, ethnicity,unconscious bias and inclusion for everyone in engineering – students, faculty and staff –within one year.We have the beginnings of a plan for all community members to receive ongoing, sustainededucation, and to incorporate it into their daily lives as employees, students and engineers. Wehave assembled a number of community teams to develop five proposals to bring DEI educationand awareness, with an initial focus on race and ethnicity, to all persons in the Collegecommunity, including undergraduate, graduate, and postdoc students, as well as faculty, staff,and the community at large.1. Materials for
attainment ofengineering students has been shown to vary significantly between ethnic groups [1]. Whilstit is recognized that the participation rates of minoritized students varies across individualdisciplines within science, technology, engineering, and mathematics (STEM) [2], thereexists a general underrepresentation of those referred to as ‘BME’ [* see Notes] [3].Participation rates also vary between level of study, with 32.3 % of those accepted onto UKbased engineering undergraduate courses in 2017 classed as ‘BME’, compared to only 22.2%at graduate research level [3]. Such issues with persistence (which here refers to the transitionfrom one career stage to another, for example, progressing from an undergraduate program toa graduate program
9:00 10:00 Curfew b. Technical sessionsEngineering activities spanned across the disciplines of engineering majors offered at theuniversity and often offered by an engineering faculty, staff, or graduate student from theuniversity. Some examples of sessions included Avoiding Failures through Engineering Design,Lotus Leaf Effect, Intelligent Systems and Smart Materials, and Sea Urchin Structures.In 2020 the staff coordinator surveyed the engineering faculty and staff to see who was availableand to shift their activity to an online modality. These activities were done in various modalities,most of them were done synchronously via zoom. These activities are similar to those offered forin-person camp and were much the same in
Powered by www.slayte.com An Empirical Study of Programming Languages Specified in Engineering Job PostingsAbstractAdvancements in information technology have driven a demand for computer literacy and agrowing need for engineers to develop computer programming skills. Given the shift in demandfor these skills in engineering, educators must assess the learning outcomes of current curriculaand the selection of programming language utilized to develop students’ foundational knowledgeof programming in order to prepare students for their future careers. One way to approach thiscourse content decision is to teach based on industry needs. The purpose of this study was toidentify the programming languages desired by
topics with their advisorswith much higher rates for personal topics.B. Faculty Students had similar experiences with faculty members with 16% of women agreeingfaculty had spoken inappropriately to them (Table 1). Nearly a quarter of women agreed facultyhad spoken down to them with 18% of marginalized students agreeing. More than 13% of studentsacross groups reported faculty do not treat students from different backgrounds the same (Table2). While about 10% across groups reported faculty do not respect students from differentbackgrounds (Table 3). Lower rates of students reported unfair treatment from faculty in the lab,except marginalized women (10%).C. Peers Women reported their peers tried to exert authority over them
. © American Society for Engineering Education, 2022 Powered by www.slayte.com Student Satisfaction and Perceptions of Summer REU Experience in an Engineering/Communicative Disorders Focused Site at Program MidpointIntroductionParticipating in a research experience for undergraduates (REU) site provides opportunities forstudents to develop their research and technical skills, raise their awareness of graduate studies[1], and understand the social context of research [2]. In support of this mission, our REU site atThe University of Alabama (Sensors, Systems and Signal Processing Supporting SpeechPathology) is exploring research at the intersection of engineering and
(FCG) program.Student 5Student 5 grew up in Canton, a suburb of Detroit. Student 5’s mother works in the healthcarefield as a respiratory therapist and her father is a fire fighter. Both parents have bachelor’sdegrees. She has two younger sisters one of whom is finishing nursing school and the youngestis graduating from high school. A person of influence in her career choice was her grandfatherwho was an engineer working for General Motors and provided for a large family. Student 5 andseveral of her cousins have been inspired by his career and are pursuing engineering. During herearly years in school, she had Math anxiety and would cry in Math classes but Math turned intoher favorite subject in high school. This happened through a combination
professor, she brings three overarching objectives to the learning environment that originate from the belief that teaching is an invitation to inspire, encourage, and impact lives. Her students have received national recognition under her tutelage as a result of her efforts. She carefully advises students toward making conscious decisions about their studies that will ultimately impact their careers. Horsey has made impactful change to the construction management department since becoming interim department chair in June 2020. She was also instrumental in the transition of all degree programs and certificates to online modality during the height of the COVID-19 pandemic. She is the founder and creator of the KSU Women in