continue a rapport). Discuss with your partner some of the comments from the gallery walk that stuck with/struck you. Have you seen those ones play out in front of you before? What did you do? What didn’t you do? What would you do if you could redo it? ○ Large group sharing and reflection on the identified scripts. ■ What are some potential remedies for these scripts?● Potential fall-back questions to spark conversation:○ How has whiteness been defined historically? What purposes have changing definitions of whiteness served in America?○ Why is colorblindness problematic in addressing racism? Is it possible to address
Instructional Design. Inthese courses, students engaged in authentic design activities via participation in a collaborativecommunity of inquiry to solve instructional design case problems. Learning experiencesinvolved the analysis and synthesis of, and reflection on, instructional design case studies.Students participated in weekly discussions and proposed/developed relevant solutions to theissues presented in a case. Course activities and assignments were designed to help studentsdevelop the knowledge, strategies, and attitudes needed to become effective instructionaldesigners.Data Collection and AnalysisData was collected by using the online survey at the end of the semester through Qualtrics.Students' perceptions of metacognition were measured using
demonstrated most to the least, numbering them 1-mostdemonstrated to the 12-least demonstrated. Part two of the assignment requires students to createan improvement plan to improve the three least ranked project management principles from partone. A template will be provided. Part three of the assignment requires students to provide aminimum 5 paragraph reflection of their behavior during the group project comparing theirbehaviors to what they learned from the project management principles module. A template willbe provided.The goal of this homework assignment is for students to become aware of their behaviors andunderstand how their behaviors can positively or negatively affect project outcomes. Thishomework assignment is a learning activity will
this lesson allowedstudents to engage in completing hands-on activities and further enhanced their learning and un-derstanding of social studies concepts.AcknowledgementsThis research was supported by the National Science Foundation’s Innovative Technology Experiences for Studentsand Teachers (ITEST) program under award numbers DRL–1949384 and DRL–1949493. Any opinions, findings, andconclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect theviews of the National Science Foundation.References1 Enz, T. 2019b. Artificial Intelligence at Home and on the Go: 4D an Augmented Reading Experience. The World of Artificial Intelligence 4D Series. Capstone. ISBN 9781543554748.2 Enz, T. 2019a
ofstudents and total projects represented in this analysis from both semesters in the analysis. Table 1: Overview of Data from Semester 1 and Semester 2 Semester 1 (pre-EOP) Semester 2 (post-EOP) Total Projects 20 11 Students 60 33This comparison focuses on general distribution data from this rubric to understand differences inthe way students incorporated the EOP principles as part of their prototype of innovativetechnology. The rubric that was utilized reflected students’ performance at five levelsrepresentative of Poor to Excellent, with each integrating more elements of the Learning Outcomesassociated with
within STEM degrees.Intentional reflective exercises are woven into each workshop which links the growthover the year.The program is financially supported by the Provost with funding for Graduate Studentsand shared financial budget responsibility from the Dean of Engineering and Dean ofArts & Science. A Grant from the Clare Boothe Luce Foundation supports scholarshipsfor two student scholarships to develop programming and support the mentoringprogram workshops. We also have a unique housing situation at the university wherestudents can write proposals to live under a proposed theme. A group of seniormentoring participants are organizing and facilitating the monthly social events at theiruniversity house.Funding sources isn’t an intentional
media and at their stores. This community-rooted brand signaling STEM as cool and credible can shift mindsets. 14 Path Forward- By providing alternative pathways to engage with STEM content and see oneself as belonging in STEM, embracing role models with shared identities, and aligning with our partner to validate STEM as a viable field, we expect that participants will gain experiences that shape positive STEM identities and build STEM capital.- There is still immense work ahead. Dismantling systemic barriers requires tenacity. But equipping passionate students with experiences reflecting their brilliance and belonging drives us
reasons why students did not persist within the programas it was designed. While we focus and separate our four themes as to why our participants didnot persist, it is important to note that multiple variables were also involved and intertwined inthe decisions that each of the participants made. For many, finances and COVID-19 influencedtheir life events, some pointed to a comparable pre-transfer program was more appealing, andGPA requirements pushed decisions and actions that provided time away to reflect and make thechoice to change careers.Life EventsFor students in the program, life events took varying forms. The first was that of a globalpandemic and other health issues that took them away from school or led to them facingacademic challenges
programmed into the Robotarium for additional practice navigating the robotsacross the testbed using point or turtle movement schemes. Throughout the pilot and at theconclusion, we solicited feedback from participating teachers on the student learning module, theblock coding website, and the experience of using the Robotarium for learning in the high schoolsetting.Module FeedbackAs mentioned previously, the goal of the module was to use the Robotarium as a vehicle forteaching introductory coding concepts. The module was primarily implemented in introductoryhigh school courses in computer science, which meant that many students had little prior codingexperience. Feedback around the module reflected this, with much of the feedback reporting
/2020/nsb202015.pdf, accessedApril 20, 2021.US College Student and Faculty Diversity At the current pace of change: it will take 300 years for US college students to reflect the % of Native Americans and Blacks in the US population. It will take more than 1,000 years at the current pace to reach parity with regard to faculty diversity for all US universities. R1 institutions will never reach faculty diversity parity at current rate of change.Adedoyin, O. “Despite Renewed Commitment to Diversity, Colleges Make Little Progress, Report Says,” The Chronicle ofHigher Education, July 18, 2022. Declines in Population & College-GoingWe are in the midst of a two-decadedecline in the US birth rate, with fewer& fewer high school
theory, if narrated solutions are effective, examperformance should improve. There is a significant variability between the same exam indifferent semesters due to different questions and the addition or subtraction of content due to thepacing of the course. Effective teaching tools will lower the variability of understanding in aclass, which will be reflected in exam statistics. Thus, the standard deviation of exam scoresbetween semesters was also considered as a measure of impact.Results and AnalysisThe size of each class at the time of each exam is shown in Table 1. Number fluctuations are dueto students dropping out or taking that test with another section. Most fall and spring classes are20-30 students with some smaller classes in earlier
SustainableDevelopment (2005-2014)27. However, the field has been gaining increased importance andextended application in recent years, as reflected in some updated reviews28-30.Integration of green chemical engineering with traditional chemical engineeringThe implementation of sustainability into the engineering curriculum generally starts with theintroduction of some sustainability related topics in existing courses, to be followed potentiallyby an entire module or course, and then it may evolve into a full program26. At our institution,the University of Pittsburgh, we have experienced a fast development along this pattern. There isnow a wide spread of over one hundred sustainability focused or sustainability related coursesacross the various disciplines
sinceAI is still in its initial stages of development and the issue of liability if an AI system makes amistake. The skill gap and training are required to prepare many workers on how to reflect AIsystems on their jobs.9 Finally, there are many ethical challenges the construction industryshould consider. Workers need to ensure that AI systems are used fairly, without bias, and withdue respect for human privacy. 10, 112. Study Objective This study aims to evaluate the effectiveness of integrating AI into BIM software forinnovative construction management and decision-making. The software assesses an existingbuilding designed to meet LEED standards. Furthermore, the study aims to compare theevaluation of energy consumption. This involves
argued for launch, with Larry Mulloy finally asking in exasperation, “My God,Thiokol, when do you want me to launch? Next April?” [20, p. 97]. Thiokol managementreversed its no-launch decision following an off-line caucus between managers.Professors Esser and Lindoerfer have examined teleconference statements in light of groupthinktheory, categorizing them as positive (reflecting groupthink tendencies) and negative (exhibitingmore individual thought). Their results indicate that the longer the meeting lasted, the moreparticipants’ comments tended to exhibit groupthink tendencies, with the most occurring afterthe off-line caucus [59]. NASA pressure swayed Thiokol managers. In fact, the House reportstates, “There is no doubt that operating
personally. As asecond year student studying industrial engineering, I have learned many intangible skillsthrough this process. I have also learned more deeply about the importance of engineering ethics.I have been able to bring a unique perspective as a student to the micro-credential creation byusing as a baseline the typical knowledge of a current undergraduate engineering student andfurther by reflecting on the benefits to be gained by my peers going forward.I have learned about historical engineering ethical issues through the research on each of the fivecase studies. The cases cover a wide range of scenarios and thus have given me a practicalunderstanding of a broad area of engineering ethics. I originally wrote a review paper onsoftware
switched to “old school”advertisement and outreach techniques such as press releases in local newspapers, ads in radiostations, billboard advertisements, posters in local barbershops, churches and handing outbrochures to help spread awareness of the membership program and WASH education. We havecreated and published our first success story highlighting the importance of stakeholderengagement in community outreach. We conducted our first annual community membershipmeeting that was a big success. BBUWP launched a mascot – Miss Poopette to help makeWASH education easier and accessible to local residents by removing the stigma around thetopic. The resulting change in outreach methods reflected an increase in press coverage andhigher membership
reflection, multi-disciplinary learning accomplishments, ground-breaking innovations, collaborative studies, entrepreneurship, intellectual and ethical responsibility, and service to the scientific, national, and international communities.Prof. Tak Cheung Tak Cheung, Ph.D., professor of physics, teaches in CUNY Queensborough Community College. He also conducts research and mentors student research projects. ©American Society for Engineering Education, 2024 Synchrotron X ray absorption student projects in community college and gateway for chemical engineering related educationAbstract:A Synchrotron radiation student project in our community college consists of data collection,data
. In this article, the authors delve into the significance of self-assessment withinthe broader context of social cognitive theory, emphasizing how individuals' beliefs, interests,and goals shape their career trajectories and academic achievements. Lent et al. (1994) arguesthat self-assessment processes, such as reflecting on one's skills, strengths, areas forimprovement, career goals, aspirations, and professional interests, play a pivotal role in guidingcareer decision-making and goal setting. By examining one's competencies and aspirations,engineers can better align their professional development efforts with their long-term careerobjectives, ensuring that they acquire the necessary skills and knowledge to thrive in their chosenfield. Lent
. Most beams and slabs are continuous with three or morespans.System Layout and DesignTo present and teach the system approach of Reinforced Concrete design, a class project is oneway to do it. At a minimum, a three-story building is recommended and consists of enoughelements that work together to reflect a system behavior approach. Students should beassigned in groups of 3 or less to achieve such a task. Figure-1 presents such a system layout forstudents to study and design. Figure-1The system is initially analyzed for gravity load (dead load plus live load). Then at a later stagein design, the lateral loads generated from seismic activities are introduced. With buildingsystems designed from top to
Press, 3175 Princeton Pike, Lawrenceville, NJ 08648.2. Kolb, A.Y. and Kolb, D.A., 2005. Learning styles and learning spaces: Enhancing experiential learning in higher education. Academy of management learning & education, 4(2), pp.193-212.3. Andersson, A. and Kalman, H., 2010. Reflections on Learning in Interdisciplinary Settings. International Journal of Teaching and Learning in Higher Education, 22(2), pp.204-208.4. Nickel, A.M., Farrell, J.K. and Domack, A., 2016, June. Science Fiction Literature Crossed with Nanotechnology: How Experiential Learning Enhances Engineering Education?. In 2016 ASEE Annual Conference & Exposition.5. Nickel, A.M., Farrell, J.K., Domack, A. and Mazzone, G.E., 2018, June. Measuring
error for each datapoint reflects the heterogeneityof cells (Figure 5). Dead ReNcells are spherical, displaying little heterogeneity in morphology. Sincethese NSCs are dead before the buffer washing process, surface proteins and ion channels are similaracross these dead cells which is reflected by the smaller standard error bar. As for live progenitor cells,they exhibit a higher standard error due to the environmental stress they experience during bufferwashes with NaCl concentrations.Figure 5. Electrophoretic mobility measurements of Live Undifferentiated ReNcell VMs and DeadUndifferentiated ReNcell VMs as a function of added salt concentration. The symbols represent the average of three experimental measurements.To
connecting with nature, staying mentally, physically, spiritually, and socially active, constantly learning and reflecting, and challenging himself to improve. He is interested in learning/teaching collectively, engineering philosophy, and social and ecological justice. His purpose is to help people freely and fully develop in a sustainable world. ©American Society for Engineering Education, 2024 Towards the Mycorrhiza Framework: An Engineering Education framework for Social and Environmental JusticeAbstractNature and people require a drastic change in how we educate engineers. Social andEnvironmental Justice should be a fundamental pillar in engineering education. Both
engineering ethics education, such as using technology adoptionscenarios and cases, fostering ethical awareness, and reasoning, and promoting a culture ofethical reflection and action.KeywordsTechnology Adoption, EthicsThe Scope, Scale & Pace of Technology AdoptionEngineers are deeply engaged in the “how” of technology – delivering new functionality tosociety through products, services, infrastructure, etc. Engineering students are burdened withthe acquiring the knowledge and skills to understand current technology deployments, whilepreparing for future technology developments. In an era of increasing technology specialization,engineers, and engineering students are confronted with an ever-increasing volume oftechnological advances. The ASEE
and organizations to mutually reinforce transformation toadvance science and serve society. The initiatives recognize various identities or terms like“underrepresented groups” (URG), “underrepresented minorities” (URM), or “broadeningparticipation” should include representations of race, ethnicity, gender identity and genderexpression, persons with disabilities, neurodiverse persons, and members of theLGBTQIA+ community to reflect the true richness of our society when it comes toequality, diversity and inclusion.The ETS and GRE (Graduate Record Exam) programs [4] have developed guidelines tofacilitate institutions’ holistic admissions processes. The recommended admission processincludes the following steps: setting a timeline and goals for
to the NSF. At this point in the process we need you to think about the steps it would take for you to form your own S-SEM project. As you think about this process, prepare to answer these following questions: 1. What strategies would you use to identify partners? 2. What goals and interest would you share with your partners? 3. What resources would you share? 4. What other information do you need? If you desire additional resources around reflecting about partnerships or with partners, please see Appendix B in this open access journal article: https://doi.org/10.1002/jee.20403Research Methods: Descriptive Case StudyA case study is a research design methodthat involves collecting data from a specificsubject.A descriptive case
workplace. The full analysis of the larger study, which includes both quantitativeand qualitative data, was published by Henley, Lucietto, and Peters4. Therefore, this documentwill not replicate the full analysis, but will instead focus on key findings and references toanswer the research questions presented here.The researchers utilized an abbreviated Content Analysis of data that supports responding to theresearch questions. Further analysis found that the data reflected 4 areas that supported theresponse to the questions and provided a greater understanding of what the collectiverespondents were sharing with them.FindingsThe research questions in this paper are answered in accordance with the available data on eachrelevant topic. The data
reflect the demographics of the College of Engineering, which the students attend. It was also noted that although these teams recruit at college-wide events, they are still predominantly comprised of white male students who already have pre-established friendships or connections.Opportunities for Growth auter et al. [21] have found that there is potential for team learning despite these setbacks.RShepherd et al. [22] emphasize this point by highlighting the importance of directing attention and resources to the setbacks of project team members to maintain the group’s cohesion and morale while encountering challenges during the design process. his paper, herein, considers students’ challenges and negative
behavior, such as littering ordisregard for the plants in the park. It is more difficult to see the possible motivations behind positivebehavior. I assume that most humans are refreshed by and enjoy communing with nature. The Sörqvistarticle suggests there is a certain amount of "eco-guilt" on people who knowingly cause harm to theenvironment by their choices [4]. People may feel a moral imbalance, and their response to it may be todo pro-environmental activities to compensate.Through this activity and other sustainability readings, I take a deeper look at my behaviors and theirimpact on the environment. It takes a conscious effort to look at daily activities and choices ofconsumables that meet the basic needs for life and reflect on the
% of the U.S. population, marking a substantialincrease from previous decades (U.S. Census Bureau, 2020). This demographic shift is driven byfactors such as immigration, higher birth rates among Hispanic communities, and naturalpopulation growth. The growth of the Hispanic population in the U.S. not only reflects thenation's increasing diversity but also has significant implications for various aspects of society,including education, the workforce, and political representation. As this trend continues, itunderscores the importance of addressing issues related to diversity, inclusion, and equitableaccess to opportunities to ensure that the changing demographics are accompanied by sharedprosperity and representation for all demographics of the
environments,universities in the US have increasingly prioritized equity, diversity, and inclusion (EDI)initiatives, reflecting a broader societal commitment to equity and social justice [1]. Thisparadigm shift has prompted universities to engage in numerous initiatives aimed at creating amore inclusive environment for students. The benefits of EDI efforts in higher education arewell-documented, ranging from enhancing innovation to improved academic performance andretention rates among underrepresented student populations [2], [3]. As the US grapples withshifting notions of equity and justice, recent Supreme Court decisions in SFFA v. Harvard andSFFA v. UNC which have effectively eliminated affirmative action have added a significant layerof