into consideration for subsequent oral exam designs and implementation. 4. Data and MethodsTo assess project outcomes evaluation methods were implemented at each stage of the projectand results were used to inform and refine oral exam designs, IA training, and evaluationinstruments. The research team collected both quantitative (interval and ratio) and qualitative(nominal and ordinal) data from several sources, including student and instructional assistantsurveys, focus groups with students and instructional assistants, and a post asynchronous trainingself-evaluation/reflection from IAs. The data used in this report was collected from Fall 2021from the 5 instructors, 29 instructional assistants, and approximately 580
women’s retention in engineering by shaping courses to increaseconfidence [13]. These factors may have had a positive influence on our sample population’sperceptions of expertise, where gender disparities were less apparent.Degrees of Expertise OwnershipOf the 10 participants, six expertise statements reflected both active and passive ownership ofexpertise. These statements often began with dismissal of expertise through a negative sentimenttowards a past expertise or a declaration of skills that they did not possess followed by what theyconsidered their current expertise to be. For example, one participant proclaimed, “I have less ofan expertise in some specific engineering and more of an expertise in engineering in conjunctionwith people
effective options for developingdebugging and troubleshooting skills [7].DE can be an intimidating course for applied Engineering Technology (ET) and ComputerSystem Technology (CST) students for a variety of reasons. For example, students from bothmajors reported that they did not see the relevance and connection to their major(s) and futurecareer path. Additionally, many students reported that the course was more challenging thanother courses on end-of-course evaluations, and overall grades were often reflective of theseconcerns. DE is required for CST majors and is an elective for ET students. The ET and CSTprograms have different expected program outcomes; however, the DE course is expected toaddress the goals of each program. To accommodate
constitutes effective mentoring relationships between faculty members. The perceptions ofsenior faculty constitute half of our greater effort, which seeks to identify and compare theperceptions of what constitutes effective engineering faculty-to-faculty (F2F) mentorship fromsenior faculty and junior (pre-tenure) faculty. The specific intent of this work is to determinewhat individuals and institutions can do to establish better F2F mentorship practices thateffectively foster the professional growth of tenure-track faculty in engineering. Semi-structuredcritical incident interviews were conducted and thematically analyzed to capture reflections fromsenior faculty members on specific instances where they provided mentorship to junior
developersdescribe EIF’s engagement as reflecting either external regulation (i.e., behaviors performed tosatisfy an external demand or reward), introjected regulation (i.e., behaviors performed to avoidguilt or anxiety or attain ego enhancements), and internal regulation (i.e., behaviors performeddue to identified, integrated, and intrinsic forms of regulation). Figure 1: Adapted Self-Determination FrameworkMethodsAs part of a larger study exploring EIF experiences at HSIs, interviews were conducted with fourfaculty developers from CTLs at different HSIs regarding their firsthand experiences workingwith EIF at their institutions. Researchers de-identified, transcribed, and coded the interviewsusing self-determination theory as
job market. Furthermore, BME graduates receive lower startingsalaries and have fewer discipline-specific job opportunities than other engineering disciplinedegree holders [1]. Thus, there have been many efforts to identify and understand skills andexperiences that are of value to BME recruiters. This work in progress study seeks to explorewhat recruiters in industry, healthcare, and academia are looking for in BME graduates. Thework is guided by the following research questions:What qualities, skills, and experiences are recruiters looking for in potential BME hires? Howcan they be represented on resumes of BME undergraduates?We will explore these questions by analyzing resumes designed to reflect the specific qualitiesdesired by BME
advertise the Noyce program on campus andhighlight the importance of teacher training to STEM faculty and the administration. During their internships, the interns make regular entries in journals describing theirexperiences. We use the D2L (Desire-to-Learn) course software for these journals, which aremade available to all the mentors and the other interns. In D2L, we have set up a discussionboard for interns and mentors, on which questions and comments can be posted. The internsare expected to post regular reflections on their internship activities to this discussion board.They are asked to give their perceptions on the activities and learning of their students, tocomment onboth positive and negative interactions they had with the students
. Additionally, wedescribe the instructional efforts and approaches taken by faculty to resolve the practicalchallenges because of the pandemic. Student perceptions of faculty effectiveness and supportwere examined by analyzing means and frequencies of survey items. Results revealed that onaverage, engineering students were positive in their perceptions of the effectiveness andresources/support provided by their professors/instructors during the COVID-19 pandemic.Qualitative data from an open-ended question where coded and quantified. The theme thatemerged most frequently reflected engineering students’ need for professors/instructors todemonstrate flexibility/leniency with assignments, quizzes, exams, and deadlines. This shortpaper provides critical
thematic analysis (Braun & Clarke, 2012). We first converged data from both qualitativedata sources. Then, we followed the six steps for conducting thematic analysis suggested byBraun and Clarke (2012) and generated themes reflecting students' learning and evolvingawareness of cryptology and cybersecurity careers.ResultsStudent learning of cryptology and cybersecurityWe used a paired samples t-test to compare the learning assessment scores from the pretest andthe posttest. The result indicated a statistically significant difference between the mean scores onthe pretest and posttest (Mpre = 5.51, SDpre = 1.79, Mpost = 7.46, SDpos t= 2.39, t = 9.07, df = 143, p< 0.001). The effect size was large with Cohen's d = 0.76. Qualitative data served
submission at 2023ASEE Annual Conference reflecting on recommendations and broader observations from theoverall project is also anticipated. Acknowledgement This material is based upon work supported by the National Science Foundation underGrant No. 1927218. Any opinions, findings, and conclusions or recommendations expressed inthis material are those of the authors and do not necessarily reflect the views of National Sciencefoundation. References[1] C. McEntee, "STEM Supports 67% of U.S. Jobs - Eos", Eos, 2020. [Online]. Available: https://eos.org/agu-news/stem-supports-67-of-u-s-jobs.[2] R. Varma, "U.S. science and engineering workforce
Leadership Program supported by the grant united both pilot leadershipprograms into a single, experiential platform grounded in the Social Change Model forLeadership Development (SCM) theoretical framework. This framework develops leadersthrough a process that results in social change through values-based reflection and action at threelevels: 1) individual (consciousness of self, congruence, commitment); 2) group (collaboration,common purpose, controversy with civility); 3) and community (citizenship) (Komives et al.2017). Students voluntarily engage in the Hornet Leadership Program from their freshman tosenior year by participating in one or more of the four different leadership experiences shown inFigure 1. The leadership learning experiences
]. The implementation of an introductory course and its impact onstudents’ academic success and retention was also published to an educational conference [5].Also, the structure of the industry mentorship program for undergraduate students was acceptedby an engineering education journal.ConclusionsWe have recruited 47 scholars across three different cohorts. Our scholars come from a diverseset of backgrounds, which reflects the diversity of the campus and Chicagoland. One of thecohort I scholars has already graduated and started a job and other 46 students are currentlycontinuing their engineering degree programs. Since all the continuing students have been passedthree semesters of their studies, the project has a 94 percent first-year retention
harsh environment of the welding process due to its smoke, heavywelding torch, heat, and high-density light. This technology provides a safe environment forstudents, which is very important for beginners who have never welded prior to this class. Theother benefit for the ET department was that a significant material and cost were saved sinceaugmented reality welding systems only use electricity. Overall, students reflected very positivefeedback verbally and in writing at the end of semester. Authors are aware that there are many variables that could affect the results of thiscomparison, such as students' age difference in the two groups, the population of students, genders,dominant hand, average number of hours that student spends per
their perspectives Talks that reflect on ● SWBAT make connections between how the different multiple stakeholders’ perspectives might be Should-we/ perspectives and in conflict, or in alignment Who and what is affected by Impact Talks relationships of those ● SWBAT notice anthropocentric, and the building of a telescope? who may be impacted Western ideological orientations of by a design perception ● SWBAT notice histories, processes, and/or relations of power.1
organize several Zoom meetings for the studentparticipants with professionals from the automotive industry, including several former REUstudents. The use of Zoom was more convenient for many of these busy professionals who didnot have to drive to campus and hence had more scheduling flexibility. It also allowed us toinvite speakers from out of state who might not have otherwise been able to meet with thestudents. While the level of student engagement and casual conversation with the industryspeakers was not the same in a virtual setting as it typically is in-person, the mere act of exposingstudents to a variety of role models and career paths is still critical, particularly when dealingwith first generation college students. This is reflected in
African-American identifying students areunderrepresented by nearly ten percentage points, and Asian identifying students areoverrepresented. Despite our institution’s recent designation as a Hispanic Serving Institution(HSI) by the Department of Education, our program’s Hispanic identifying students are alsounderrepresented.ApproachIn the past four years, our philosophy toward admissions shifted to a focus on active recruitment.Research highlights the importance of fostering the confidence of diversity groups in academiaby establishing personal connections, encouraging a community-based ethos between currentlyenrolled students, faculty, and potential applicants, and reflecting an institutional commitment todiversity [7]. Doctoral programs might
, Question #40, “What did you feel you were lacking ininterviews?” is limited to those who select one of the options categorized as industry. In 2017,Question #40 was open to all respondents regardless of their answer to Question #25. For thesake of consistency in the data due to the varying display logic of these questions among thesurvey years, only 2018-2021 data is reviewed here.ABET updated the SOs from a-k to 1-7 beginning in the 2019-2020 cycle. Because the 2017 and2018 data reflect SOs a-k, those years are not included in this analysis.DiscussionThe exit survey distributed to all seniors enrolled in the final capstone design course has been aneffective tool used to collect data from graduating students over the past five years with anaverage
management courses with bonus points for the in-class problem solving relatedto each topic of the course. The survey questions are presented in Figure 2. The first two questionswere asked to understand the students’ perceptions and attitudes about the course content andalignment. The third question introduced the active learning concept and its effect. Q.1. Did tests reflect the material covered in the class? a. Excellent (5) b. Above Average (4) c. Average (3) d. Below Average (2) e. Very Poor (1) Q.2. Is there a good agreement between the course outline and the course content? a. Excellent (5) b. Above Average (4) c. Average (3
learning outcome of the students.DiscussionThe results from the undergraduate Statics and Dynamics course show that video assignmentscan facilitate peer discussion and enhance students’ understanding of a subject. In particular,video assignments in the form of group discussions allow students to explain the concepts totheir peers and receive feedback. The feedback probes their thought process and encouragesthem to rethink their reasoning and problem-solving approach. Moreover, listening to others andproviding feedback requires in-depth thinking and creates an opportunity for higher orderthinking and mastery of the material. This is reflected in the learning outcomes of the students inthe Statics and Dynamics course and the results from their
strategy used toimprove processes. It has five phases: Define, Measure, Analyze, Improve, and Control(DMAIC). The letters in the acronym represent the five phases that make up the process,including the tools to use to complete those phases. The first step was to rewrite the Six Sigmaphases to reflect the higher educational process (Figure 1). 1. Define: Identify the objective and clarify students needs
methods in which sustainability isintegrated in engineering courses and the discipline that focuses most in engineering educationfor SD.Figure 2: Complete Heterogeneous Map NetworkFigure 2a: Enlarged Heterogeneous Map Network (top half)Figure 2b: Enlarged Heterogeneous Map Network (bottom half)DiscussionWhile engineering education research has been exploring ways to incorporate sustainabledevelopment effectively, the results of this study indicate an uneven distribution in engineeringdisciplines and SD topics. Civil engineering appears the most in the ASEE papers related toEESD. This indicates that there is a stronger association between SD and civil engineering thanother engineering disciplines. This association could be a reflection on the
simple interventionto help students improve the quality of their feedback and improve the peer feedback process.Impact and Benefit of Peer FeedbackOne could assume the benefit and impact of peer feedback are one-sided, with only the studentreceiving the feedback benefiting. However, Kim [8] suggested that peer assessment provides anopportunity for learning by both the student conducting the assessment (assessor) and the studentreceiving the feedback (assessee). The act of peer assessment requires students to thinkreflectively and “use their knowledge and skills to review, clarify and correct others’ work” [8].Nicol et al. (2014) echoed this, noting that the value of peer assessment comes not only from thestudent reflecting on their own
engineeringeducation research, I realized that my cultural heritage is of worth in academia, especially inengineering. When I reflect on these events that helped me to rediscover how my cultural andengineering identities can elevate each other, it goes back to my genealogy. I wanted to becomean engineer to tie the perspectives of my ancestors into my work for the betterment of the planetand all things that inhabit it. This ʻāina-based perspective lives through me and the places thatmy ancestors have thrived. Bringing their story back is where my cultural identity fits into theengineering space and will continue. This concept goes back to the ʻŌlelo Noʻeau (HawaiianProverb) “I Ka Wā Ma Mua, I Ka Wā Ma Hope” that translates to “the future is secured in thepast
19 17 9 0 4 Computer Hardware 17 19 8 1 4Table 2. Level of proficiency of the participating studentsOne of the goals of the competition was to expose un-experienced students to the technologies involvedin IOT. As reflected in Table 2, this goal was achieved, with most participants having zero or limitedexperience with embedded platforms (Raspberry PI) and coding for them.The event was organized on November 16, 2022, and the participants were grouped into 8 teamscombining students with various levels of expertise and experience. Each team was provided with the kitneeded to assemble the communications shim and sensor, the guide to
process has taken longer than expected asthe problem nature presents a high-level research work. We then started modeling airflow aroundthe wind turbine blade, which is not included in this paper. Figure 3: Left - Velocity results from simulation with medium mesh elements. Right - Velocity results from simulation with fine mesh elements.LESSONS LEARNED This section describes our perspectives on being engaged in undergraduate researchproject-based learning. As part of a big team consisting of eight students from eachprogram totaling 24, both of us were assigned this task while our colleagues from themechanical engineering program were divided into two subgroups of three students. Wewill not cover their reflection
students to gain a comprehensive understanding of the IDE and the important concepts associated with Arduino programming [6].• e-portfolios: Students were asked to hold regular meetings with their teammates and to create design alternatives based on the provided restrictions. The faculty members provided constant feedback on students’ designs. The reports, the meeting minutes, the initial designs, and feedback were collected under each team’s e-portfolio. This collection is then used to create a final presentation poster to which members of the community were invited. The e-portfolios allowed the opportunity for reflection on students’ own progress and self-awareness of their potential for learning and comprehension
werefocused on allowing the participants to tell the stories they wished to share. Interviews took placeover Zoom or in-person and were recorded.After the completion of the interviews, audio files were uploaded to AI transcription software forinitial transcription and then edited for accuracy. Because the transcription software tends toremove verbal hesitations (such as ah or um), the researcher added those back in if it served ameaningful function in communicating thinking or hesitation. In this paper, some verbalhesitations were left out and quotations were lightly edited for clarity. Bracketed ellipses ([…])were used to note where content was edited out. Overall, efforts were made to ensure thequotations reflected the speaking style of the
interaction (F(1, 117)=.87, p=0.35) reached statistical significance. Figure 2. Mean quiz performance (%) as a function of having received the Informational Message (IM vs. NIM) and the Difficulty Order (First Question Easy vs. Hard) of the first question. The error bars reflect one standard error of the mean.We also examined whether the inclusion of the informational message about the testing effectinfluenced performance on the midterm and the final exam. The mean scores on the midterm foreach Informational Message group and the scores on the final for each of the two groups areshown in Figure 3. The scores were entered into an Analysis of Variance (ANOVA) withInformational Message (IM vs. NIM) as a between-participant factor and
case study method to provide women STEM graduate students witheducational materials on how to recognize and confront discrimination, both interpersonally andorganizationally. Our skills-based program promotes the internalization of learning and thedevelopment of analytical and decision-making skills, as well as proficiency in oralcommunication and teamwork. The core of the training program is a set of ten peer-reviewed casestudies, with detailed facilitation guides, which explore issues related to gender-based bias,harassment and discrimination in the STEM workplace. Each case study is coupled with discussionquestions for individual and group reflection, for which the accompanying facilitation guidesprovides possible answers for those leading
, atool is planned to be developed to measure middle school identity-based motivation. AcknowledgementsThis material is based upon work supported by the National Science Foundation under Grant No.2106264. Any opinions, findings, and conclusions are recommendations expressed in thismaterial are those of the authors and do not necessarily reflect the views of the National ScienceFoundation. Additional Support has been provided by an internal seed grant from the Penn StateCollege of Engineering. SCCT