well as experienced professionals. A seasoned leader and former high school special education teacher, Meeropol reorganized and restructured NSBE’s Programs Division to reflect strategic priorities and make better use of resources. Through its programming, NSBE strives to increase the number of black engineers graduating from college each year and to make Engineering a mainstream word in homes and communities of color. Prior to NSBE, Meeropol served as Assistant Superintendent for Postsecondary & Career Education for the District of Columbia.c American Society for There he oversaw theEngineering $35M/year Education
ofthe summer training. Although the majority strongly agreed (45.2%) or agreed (45.2%) with thepace, 7.7% thought the training session might have been too long. To address this potentialissue, a preliminary interest survey for the 2018 professional development workshop askedapplicants if they prefer a two-week training with weekends free or a delivery of nine days in arow. The results were split, and therefore the 2018 training will be delivered in the sametimeframe but with additional sessions for reflection. Table 3. ACADEME Fellows perceptions of the quality of the professional development workshop Statement % % Agree % Strongly
) Facilitated Discussion with Attendees – Attendees will have the opportunity to reflect on presented findings. Guided questions will be used to facilitate discussion on how attendees can implement the findings to better understand and support Black women in academic and professional STEM environments. (10 minutes) Debrief and Resources – Presenters will summarize the discussion by highlighting key points and provide resources for content and continued connection.Reference1. U.S. Department of Education National Center of Educational Statistics: National Studyof America: Indicators of Social and Economic well-Being. Retrieved on August, 28, 2014 fromhttp://www.whitehouse.gov/administration/eop/cwg/data-on-women.
representation reflecting the designer’s interpretation of the current situationand desired situation. Consequently, problem framing is an essential part of the engineeringdesign process. Also, engineering design situations often involve multiple, conflicting views andstandpoints, which requires engineers to consider various contexts including both technical andnon-technical issues in structuring and representing a design problem for the situation. Jonassenet al. (2006) illustrate that an engineering design problem involves a variety of goals andconstraints that sometimes contradict each other and include not only technical but also non-technical factors. In terms of the non-technical goals and constraints, they state that engineeringdesign
available.Results: Both engineers and non-engineers show increases in learning outcomes and confidenceas illustrated in Figures 1 and 2. Females attain par with male students in design self-confidence. Figure 1: Increases in Engineering Students’ Figure 2: Changes in a non-engineers’ explanation of Confidence and Success, and Decrease in Anxiety how a toaster works. Pre and post test results. using [4].Acknowledgement: This work was supported by the National Science Foundation under award1650889. Any opinions, findings, and conclusions or recommendations expressed in thismaterial are those of the authors and do not necessarily reflect the views of the NSF.References:1. Sarfaraz, A.R., and T.A. Shraibati, (2004, June), Responding to
concernsand better manage their life-work-study balance for the five cohorts that have been supported bythis NSF S-STEM program. Student demographics are summarized along with graduation rates.A description of the support activities is provided and their contribution to retaining students inengineering is discussed. The value of the financial support and ASPIRE related activities isassessed using a survey and student reflections. The paper concludes with lessons learnedthrough implementation of this program.BackgroundBeginning in fall 2012, the University of New Haven has offered financial support toacademically promising sophomore and junior engineering and computer science studentsthrough A Scholarship Program to Increase Retention in Engineering
, practices, and cultures that reflect expandedperspectives on gender, diversity, and intersectional identities. In order to better understand the role(s) of such a course in an engineering student'seducation and how engineering education considers these issues, the instructor team invited twoundergraduate researchers to undertake projects in support of these goals. One of these students(Amber Levine) was tasked with identifying other courses across the U.S. with similar subjectmatter and learning objectives (“EEL Related Courses Study”); she found 13 courses acrosstwelve institutions that connected issues of diversity and culture to engineering and were targetedto engineering students (Levine, 2016). The other student (Chloe Wiggins, who is
.,ComputerEngineeringCurricula2016:CurriculumGuidelinesforUndergraduate DegreeProgramsinComputerEngineering(CE2016); http://www.acm.org/binaries/content/assets/education/ce2016-finalreport.pdf.Accessed 2017August30.[6] ACMetal.,ComputerEngineering2004:CurriculumGuidelinesforUndergraduateDegree ProgramsinComputerEngineering(CE2004); http://www.acm.org/education/education/curric_vols/CE-Final-Report.pdf.Accessed2017 August30.[7] ACMetal.,InformationTechnologyCurricula2017:CurriculumGuidelinesforUndergraduate DegreeProgramsinInformationTechnology(IT2017);[8] Exter, M. E. & Turnage, N. M. Exploring experienced professionals’ reflections on computing education. Transactions on Computing Education, 12 (3), 2012.
have similarities, components exemplified in one model, may be excluded inanother (Flowers, 2010; Reeve, 2016). Other recent findings demonstrated that these engineeringdesign processes, may not be an accurate reflection of the practices used in industry andtechnical fields (Reeve, 2016). Accordingly, we investigated the perceptions of students,instructors, and practicing engineers through the assessment of a collection of student work froma first-year engineering course.Research Questions To investigate the potential similarities and differences in the values related to engineeringdesign between students, instructors, and practicing engineers the following questions guided ourstudy: RQ1: What correlation, if any exists, between the
observational protocol includes the identified observational settings, developed descriptionsof what was witnessed, and particularly interesting and surprising occurrences. Field notationwas guided by the following prompts: How do Black youth develop engineering skills within diverse sociocultural informal contexts? What does engineering learning look like in these informal contexts? How did the space allow kids to design/create? How did they interact with others while doing engineering? How they interact with parents and vice versa?Research ReflectionsIn this section, we present a summary of the field notes from each of the preliminary sites asreflections. We share our initial insights and reflections related
Cincinnati in the USA. He is currently writing a dissertation on the pre-service teachers’ understanding of geometric re- flections in the USA. His dissertation explores pre-service secondary mathematics teachers’ motion and mapping views and contributes to current research by offering insights into the development of an under- standing of geometric reflection. He is also working as a research assistant in Engineering Education. His work is focused on student learning and interest engineering design to teach engineering, science, and mathematics.Prof. Tamara J. Moore, Purdue University, West Lafayette Tamara J. Moore, Ph.D., is an Associate Professor in the School of Engineering Education and Director of STEM
ofmaterial Twoquizzesdropped Opportunitiesto retestconceptsto increasegrade Figure 1. Practice-feedback-assessment structure.Exams comprised 3-4 problems with multiple parts. All problems required students to show theirwork and obtain a numerical answer. Some parts of problems asked students to reflect on theiranswers in a few sentences or predict consequences of changing parameters. Multiple choice,fill-in-the-blank, and true-false were not testing constructs used heavily in these courses.Undergraduate graders were utilized in checking the completion-based homework
awareness of their own identities as writers and asengineers through their work facilitating, suggesting that the writing studio model providesan opportunity for writing center tutors to engage in metacognitive thinking about their owndevelopment as a disciplinary writer.The facilitators did note the difficulty in keeping their roles as engineering student separatefrom facilitator, and noted that they had to negotiate when to bring in their engineeringknowledge and when to act as an outside audience. One facilitator noted in her session notes,“An interesting reflection for me during this studio was that my first tendency when workingwith engineering students (especially those that I know in some context) is that I transitioninto being a team member
Source Day did notfulfill the participants’ expectations. Or the convergence of the post-experience survey maysimply reflect that the women had a better understanding of HFOSS by the end of the day and soresponse became more similar across ethnicities.Opinion results breakdown by age - The opinion responses were also analyzed by agecategories. Significant positive change was found in age categories “20-21” and “over 24” onH3, “consider taking more courses”. This mirrors the significant change for the total set ofrespondents. Sample sizes in the other age categories were much smaller and no significantdifferences were detected. White Hispanic Asia/Pacific Item Pre Post P Pre
), Engineering Ethics(Song Zhang), EngineeringEthics(Zhengfeng Li, Hangqing Cong, Qian Wang, etc.). All of them are classic andcommonly used. Methodologies including keywords extraction, text analysis andcomparative research are used to compare the six textbooks from the dimensions of style,frame, topics and cases.By the comparative study of two of the world’s leading countries in engineering education,the similarities, differences and features of engineering ethics educational contents in bothcountries are revealed. The generalities reflect the common foci of engineering ethicseducation. Engineering ethics textbooks set forth the basic concepts, theories and principlesof engineering ethics firstly; then according to the special requirements of
occupational health and safety (OH&S) management systems, and provides a common framework for organizations to improve health and safety performance and prevent injury and ill-health. ISO 37101 Specifies requirements for management systems for sustainable development, and provides a framework for improving the contribution of communities to sustainable development and enabling them to achieve their vision and mission with regard to sustainability.The educational approach was designed to support curricular integration of the content in diversesettings, reflecting instructor needs and individual course learning outcomes. Replicability incourses or degree programs with a significant tie to
feedback for both instructors and students, long term retention of academicconcepts, improvement in communication, reduction in academic dishonesty, andencouraging critical thinking3, 4, 5.Oral exams are most commonly used in graduate school, where a student’s research ispresented and followed by questions from faculty members. Despite their benefits, oralexams are used much less frequently compared to written tests for the evaluation ofundergraduate students due to time restrictions for large classes, low degree of objectivityin evaluation, and anxiety affecting those who are unfamiliar with the format leading to apoor performance that does not reflect the students’ actual ability3,4,5. An oral examformat is most often seen in business school6,7
facilitated with question prompts on self-regulated learning andcreative problem solving. These question prompts served as the scaffolding for creativeproblem solving and included metacognitive prompts, procedural prompts, elaborationprompts, and reflective prompts, as well as prompts for creative problem solving strategies.Sixty-four participants among those students were voluntarily recruited for interviews toexplore the follow-up effect of Scaffolding for Creative Problem Solving at least one yearlater after they participated in the community service learning with the scaffolding. Thefindings from the interview reveal that students have adopted some strategies ofself-regulated learning and creative problem solving and deemed the benefits from
students draw on a higher number of identities when navigating theirdoctoral experiences when compared with undergraduates [17], leverage the past and the futurewhen making decisions for the present [16], and seek ways to integrate their identities into theirresearch projects and graduate experiences [15].Quantitative Instrument Development and DeploymentIn addition to describing the experiences of students and identifying key themes and features ofthese experiences, results from IPA analysis informed item development for a quantitativeinstrument. We developed novel Likert-type survey measures of graduate student future timeperspectives, identities, identity based motivations, and experiences to begin establishing itemsthat reflect graduate
) discover how to observedifferent process skills during group work. Participants explore the process skill definitions andthen reflect on ways they can elicit these skills in their own classes. In order to model an activelearning classroom where process skills could be observed, an introductory sample assignmentwas developed on a topic that was accessible to all participants. Participants complete theactivity in groups and then reflect on the process skills that were employed while working on theactivity.In the remaining modules, participants explore the rubrics to familiarize them with the generalstructure, then use two different rubrics to assess students in an authentic context. In the module‘Student Interaction Rubrics.’ participants examine
required by state reporting guidelines where possible, and existing coursearticulation agreements for alignment of math placement information. Qualitative data from focusgroups have been collected by the same two researchers in each setting, with a core set ofconsistent prompts.Descriptive validity. We have recorded each focus group session with two independent audiorecording devices, then had the audio files transcribed verbatim through a secure third partyservice. Each audio file was verified against the recordings prior to analysis. Written artifactsgenerated in the focus group were labeled and photographed before analysis.Evaluative validity. Each member of the qualitative analysis team submitted written responsesand reflections to bracketing
implementationThe practice run element holds the space in the process where recruited university studentfacilitators receive training in the curriculum(s) for that month so they can be prepared to supportthe in-classroom activities. While student facilitators were not initially included in the NSFITEST proposal, their engagement in the classroom provides extra hands to support the activitieswhile serving as an engineering role model to the 6th grade students and teachers. All of thestudents volunteering for the program are pursuing degrees in engineering or science- andtechnology-related fields. As indicated by Figure 2, there is a loop from observations, reflections,and artifacts back to intervention design indicating a continuous improvement model
students are led through a discussion of heuristics and errors from cognitivebiases. They then self-reflect on their own failures in judgement and self-assess factors thatinfluence their behavior. While students seemed to engage with the content more on commentedfavorably about the content in this module being exciting and relevant, the reduction in emphasisof critical thinking theory coupled with the reduced emphasis on the practice of evolution peersanalyses likely reduced the potential learning gains in critical thinking.2017-2018 – This year brought two more modifications: 1) Digital Storytelling was introduced toimprove communication of innovative ideas and 2) the (PREP)ARE modular structure [16] wasintroduced into the online course
moreclearly addressed the targeted student population(s) in their project summaries. By contrast, theydid not improve in their abilities to align evidence-based strategies with institutional/programneeds and to present research questions that showed potential for knowledge generation or toidentify multiple areas of far-reaching, plausible, and measurable broader impacts, includingthose related to STEM workforce development and graduate school placement.One of the limitations of our analysis is that the post-workshop summaries were collectedimmediately following the workshop, and thus are not necessarily reflective of the summariesthat were actually submitted with the proposal. We believe after participants returned to theirinstitutions and used the
topics in sustainability through a presentation on life-cycle assessment (LCA) and a hands-on activity using a sustainability simulation tool. Followingthe SolidWorks Sustainability tutorial [11], the students modified materials assigned to a mugdesign. In the modifications, they also sought to reduce the total material used. The changes indesign and material were examined using LCA that characterized the environmental impacts interms of Carbon, Energy, Air and Water.Post SurveyFollowing the in class activities, the two groups were asked to answer Questions 8-14 in the presurvey in addition to a question to reflect on the effects on the respective in class activities.Results and DiscussionBoth the pre and post activity surveys were conducted in
outcomes were formulated.By the end of the course students are expected to: • Be better prepared for meaningful involvement with a rapidly changing world characterized by diverse individual perspectives, globalization and multi-cultural interactions, and scientific/technological innovation. • Have taken advantage of opportunities to build and enhance abilities to understand the social and natural worlds around them; to analyze, evaluate, and integrate the information available; and to synthesize and communicate thought effectively. • Have enhanced their intellectual and academic development by exposure to knowledge, concepts, and/or experiences that reflect different cultural frames of reference
teams, we adopted a participatory action research approach. This approach recognizesthe capabilities and valuable input of research subjects, undermining the traditional hierarchybetween researcher and subject; it incorporates collaboration into research design andmethodology [7]. As in a fruitful partnership, participatory action research works to create clearcommunication about goals and outcomes, and proceeds reflectively. Besides being a specificethical approach to social science research, participatory action research is especially suited tothe study context: the RED teams are comprised of individuals who are disciplinary experts inengineering and computer science fields, in social science, and in education research, allconducting their
career. Table 1: Male/Female Students Response - Part 1The first part of the survey Survey Questions Male Femaleconsisted of three questions on the 1. My school did prepare me extremely well for 3.00 3.46 college?quality of K-12 education in State 2. Preparing female students for career in STEM 3.85 4.65of Qatar in preparing students for a should be a top priority for schools in QatarSTEM careers. Students were asked 3. Comparing to other countries, Qatar is a doing 3.85 3.86to rank their viewpoints based on a a great job in teaching STEMscale of 1 to 5 with 5 being Strongly Agree and 1 being Strongly Disagree. Table 1 reflect
wants its graduates to be able to reflect critically on the practices of engineeringto know why, how, when and whether to use engineering in the co-creation of fair and sustainablesolutions [3] or not. In Colombia, the initiative Ingenieros Sin Fronteras at Universidad de LosAndes is focused on educating engineers capable of proposing feasible, profitable, environmentallyresponsible, socially inclusive, innovative, technically possible, high-impact and sustainablesolutions [4].In line with these examples, this paper presents the proposal of the Humanitarian EngineeringEducational Program in Universidad Sergio Arboleda in South America, as an innovative proposalin engineering education who’s aim is for students to become professionals who can
experiences,other courses in the curriculum, and their own career goals. Some of these questions askedstudents to reflect on and self-assess their own learning processes. Practice problems were low-stakes, “lightly graded” (for completion only) problems that were similar to homework and testproblems. For the first unit of the course, students were required to complete Portfolio 2(blended) to expose them to the active learning–based style. This experience allowed them tomake an informed choice of their preferred portfolio for Units 2, 3, and 4. A student choosing thetraditional portfolio was instructed to complete only the homework and test for the unit. Studentswho were undecided were allowed to complete the low-stakes activities and choose