of parents in every facet ofchildren's education and development from birth to adulthood, recognizing that parents are theprimary influence in children's lives.” (http://www.ctpta.org/parenting/parent_involvement.htm).The Association for Supervision and Curriculum Development web site says, “Family mathhelps students improve their skill by engaging in mathematical exercises with their parents athome, schools or elsewhere in local communities.”5 So, given the confluence of bothmathematics as a gatekeeper subject and parents as key to their children’s academic success, itfollows that efforts to involve and engage parents in mathematics instruction and learning will bevery beneficial.History The
in undergraduate education.6 Myers, B., Starobin, S. S., Laanan, F. S., & Russell, D. (2012). Examining student engagement and transfer intentions among community college STEM students. The OCCRP Research Brief, 6. Series on STEM Student Success Literacy Project. Ames, IA: Office of Community College Research and Policy.7 Johnson, J. D., Starobin, S. S., Laanan, F. S., & Russell, D. (2012). The influence of self- Efficacy on student academic success, student degree aspirations, and transfer planning. The OCCRP Research Brief, 7. Series on STEM Student Success Literacy Project. Ames, IA: Office of Community College Research and Policy.8 Laanan, F. S., & Hernández, I. (2011). Transfer student
Tremberger, David Lieberman, and Tak Cheung CUNY Queensborough Community College Physics DepartmentAbstractThe latent variable modeling technique has been used to detect the presence of internal force inhigh impact projects. The technique can also be implemented in undergraduate researchexperiments where latent factors, present in simulated data, may be detected as part of a discoveryexperience. The example presented here uses the accelerations and weights of two masses inmotion to illustrate the method. The learning objectives include the understanding of methodsinvolving regression in contrast to those based on covariance, the numeric computation of pertinentcoefficients, the exclusion of proposed causative models with
Architecture from Carnegie Mellon University and a Master of Science Degree in Architecture and Urban Design from Columbia University. ©American Society for Engineering Education, 2023 Impact of the digital design process in an Architectural EngineeringTechnology program: integration of advanced digital tools (work-in-progress)AbstractAn architectural design course demands a wide range of creative design approaches. Tostrengthen design concepts, students are encouraged to employ diverse digital tools during theirideation process. Traditional methods of representation include sketching, drafting, andmodeling that explain the spatial organization and relationships. Although these methods providean understanding of the
students toend users early in their research, expecting this will lead to increased motivation, engagement,and reduced burnout. They stated that understanding the broader impact of the work can helpstudents remain focused on their research goals and better tailor their research to real-worldneeds. One committee member also pointed out the benefit of involving end users as early as theresearch formation and recruitment stage – prior to the proposal development – which can helpstudents clarify and concretize their interests early on.Other committee comments were directed at extending and scaling the model. In addition toinvolving end users, some committee members suggested engaging stakeholders throughout theentire research lifecycle and even
, andprocesses. Students can practice skills, explore buildings, and study designs in engaging virtualworlds. VR is extremely useful for training in difficult-to-replicate settings, which improvessafety. It also enables students to digitally explore construction sites all around the world andlearn from industry professionals from a distance. Immersion in VR technology provides asensation of presence and has a wide range of applications including site training, design,coordination, and cost savings. BIM and VR are essential in the construction sector, helping withsafety training, quality control, scheduling, and project evaluation [21].Virtual Reality improves construction education by providing hands-on experience, simplifyingcomplicated topics, and
. Typically, the objective is to design a device or process that has value to acustomer (user). The project begins by defining a performance problem associated with anapplication and ends with a design solution. The problem drives the learning required tocomplete the project. Managing the project requires the engineer to demonstrate effectiveteamwork, clear communication and the ability to balance the social, economic andenvironmental impacts of the project.” This description provides us with a good sense ofthe attributes of a project or students’ performance that need to be assessed. Based on the foregoing, it would be important to bear in mind that in any PrBLbased course, professors are mostly trying to assess learning in a practice-based
morehands-on and less ‘demonstrative’. The data presented in this paper confirms that theintegration of the GCT had a positive impact, but the method used to engage the students makesa difference. Evidence suggests that the current student population has a diverse learning style.Recall that the typical teaching approach (utilizing the abstract, verbal, passive, and sequentialmethods) prevents students from reaching their full potential11. These data imply thatcomprehension and retention increases when the teaching style is more visual and sensory.Changes in Student Self-Efficacy Beliefs and Self-Regulated Learning Strategies It is important to address the reliability and validity of the surveys that wereadministered. The ‘Student Self
Paper ID #14811Dialogues Toward Gender Equity: Engaging Engineering Faculty to Promotean Inclusive Department ClimateJ. Kasi Jackson, West Virginia University Dr. J. Kasi Jackson is an Associate Professor of Women’s and Gender Studies at West Virginia University. Her research covers supporting women faculty in STEM, STEM education, gendered impacts on animal behavior research, and the representation of science in popular culture. She completed her PhD in biology, with a focus on animal behavior, and graduate certificate in women’s studies at the University of Kentucky. She is a Co-Investigator on a National Science
). However, one of the earlier definitions is still widely accepted andcomprehensive: Service-learning is “a course based, credit-bearing, educational experience inwhich students (a) participate in an organized service activity that meets identified communityneeds and (b) reflect on the service activity in such a way as to gain further understanding ofcourse content, a broader appreciation of the discipline, and an enhanced sense of civicresponsibility." (Bringle & Hatcher, 1995). Key elements of service-learning that appear to beimportant to researchers and practitioners include: projects or placements that meet academicobjectives in a credit-bearing course, the meeting of real community needs, analysis or reflectionon the part of students to
, real-world examples, and the impacts of theseexamples and the students can have professionally on their communities. In place of a finalexam, small-group (2-4 students) research projects will be conducted and presented by studentsrelated to energy and other large-impact engineering fields to encapsulate the design processwith relatable scenarios. The student groups will be provided with one of two initial scenariosthat impact large regions and communities in California in the areas of water supply and powerdistribution to small communities. Through each research study, students will consider the needsof the community being served in addition to the social, environmental, economic, and technicalimpacts or considerations of the project after
source of clean energy (e.g., electricity rather than kerosene lanterns for lighting, forexample), and sanitation are seldom met.With a focus on service, technology can be an instrument of peace, community development,restoration of human dignity, and the alleviation of hunger and suffering. This happens as theseendeavors and their practitioners orient their craft toward an end that has meaning as well aseconomic profit.We will illustrate our approach by discussing engineering service projects that students in ouruniversity have completed. They have implemented projects in East Africa and CentralAmerica. We are currently working on other projects in the Pacific Rim. These case studies willbe analyzed to show how student engineering service
Paper ID #25567Student Views on their Role in Society as an Engineer and Relevant EthicalIssuesDr. Angela R. Bielefeldt, University of Colorado, Boulder Angela Bielefeldt is a professor at the University of Colorado Boulder in the Department of Civil, Environ- mental, and Architectural Engineering (CEAE). She has served as the Associate Chair for Undergraduate Education in the CEAE Department, as well as the ABET assessment coordinator. Professor Bielefeldt was also the faculty director of the Sustainable By Design Residential Academic Program, a living- learning community where interdisciplinary students learn about and
initialcohort of instructors who adopted APEX modules and then provide preliminary evidence ofsignificant increases in students’ interest and confidence in applied computing after experiencewith these modules. These findings suggest that embedding programming exercises inintroductory biology and statistics classes can have a significant impact on students’ perceptionsof computing. We will continue to assess the experiences of both instructors and students as ourprogram expands, in turn allowing us to improve the APEX program and encourage nationwideadoption of embedding computing into popular introductory community college courses.IntroductionRecently, a number of four-year institutions have begun offering interdisciplinary computingdegrees such as
syoungbl@cameron.edu, icorriet@cameron.edu, tyler.bishop@cameron.eduAbstractAn engineering program, in collaboration with a mathematics program in Lawton Oklahomahas developed three annual pipeline development opportunities to strengthen the link betweenK-12 and a university. The primary goal of these opportunities is to give Southwest Oklahomamiddle school, high school, and community access to enrichment programs that increase theirinterest in engineering and mathematics careers and attract them to majors in engineering andmathematics. It is imperative that middle and high school students learn to apply engineeringand mathematics prior to entering college. It is equally important that students feel confidentand comfortable on a college campus
of our experiences helped with our transformations, we position thispaper as a propositional report which is informative about the inquiry domain (i.e. what we areexploring) describe the inquiry method and provide a report on our findings. We also believe thatthe outcome of this study can lead to practical actions of transformations in the broaderengineering education community including students, instructors, and administrators.Co-Subjects: Co-Researchers As previously mentioned, the authors of this paper are all the co-subjects and co-researchers of this study. Therefore, data of this study is produced by us (the researchers) as wereflect, share and discuss our experiences of being ESL students in an engineering educationprogram
-spectrum inSTEM through robust demographic data collection in undergraduate engineering and computerscience courses at four institutions. PLoS ONE 17(3):e0264267.[CAHB21] Casper, A.M. A., Atadero, R. A., Hedayati-Mehdiabadi, A., and Baker, D. W. (2021).Linking Engineering Students’ Professional Identity Development to Diversity and WorkingInclusively in Technical Courses. Journal of Civil Engineering Education, 147(4).[EdMc02] Edwards, K. E., & McKelfresh, D. A. (2002). The Impact of a Living LearningCenter on Students' Academic Success and Persistence. Journal of College StudentDevelopment, 43(3), 395-402.[FlEW16] Flynn, M. A., Everett, J. W., & Whittinghill, D. (2016). The impact of a livinglearning community on first-year engineering
investment analyst and a startup strategy and business development consultant. She also worked on several innovation projects for companies such as BMW and the automotive supplier Ebersp¨acher. American c Society for Engineering Education, 2021 Decades of alumni - What can we learn from designing a survey to examine the impact of project-based courses across generations?ABSTRACTFor over half a century, the “Project-Based Engineering Design Innovation & Development”(ME310) course has engaged Stanford University graduate students in industry-sponsoredprojects focusing on various phases of integrated design thinking through engineeringfabrication. In recent decades
mind, body, and spirit in learning and the value of smalllearning communities with teachers who hold degrees in engineering and possess design workexperience. Low student-to-teacher ratios have been found to have a positive impact on teacher-student engagement, learning, student motivation, and future academic outcomes [35] - [37]. Theability of experienced educators to draw on their episodic memories to create personalizedimages and examples is crucial in helping students recognize and integrate details that triggercomplex ideas and emotions, leading to a deeper understanding, connection, and formation ofnew concepts [33], [38], [39]. Furthermore, it advocates for a combined approach to learningpedagogies that includes holistic, active, and
their CoPs and therefore the likelihood that EBIPswere widely adopted in their community [4].In this study, we are interested in a unique type of CoP: communities formed throughparticipation in Engineering Unleashed Faculty Development (EUFD) workshops. Since 2019the Kern Entrepreneurial Engineering Network (KEEN) has been offering EUFD workshops toengineering faculty to give them tools for supporting the development of entrepreneurial mindset(EM) in engineering students. EUFD workshops consist of three days of in-person engagementfollowed by a year of coaching. The post-workshop coaching is focused on reinforcing theworkshop content and developing connections between participants and facilitators/coaches andamong participants
addition, Halpern et al found inorder to cultivate girls’ interest in STEM they should be exposed to women in STEM rolemodels and come to understand and appreciate their achievements in math, science andengineering8. 1 Proceedings of 2015 St. Lawrence Section of the American Society for Engineering Education Making Engineering Attractive to Middle School Girls through Project ENGAGEProject ENGAGE aims to foster girls' understanding of engineering as an avenue through whichthey can contribute to societal change and have a positive impact on people and the environment.By introducing engineering to girls at the middle school level, a pivotal time when so many girlslose interest in STEM9, and
engineering of alternative energysystems with hands-on activities that concentrated on Wind and Solar Power design projects.Also, energy conservation and efficiency and carbon footprints were covered.Students in these bridge programs were selected from new applicants to NECC or studentsalready enrolled at NECC that had accumulated fewer than 15 credits and were enrolled indevelopmental mathematics courses.Pre and post-surveys of student attitudes toward engineering were administered in 2009, 2010and 2010 and an independent evaluator was employed to analyze and report on the results. Asummary of the reports from the independent evaluator is included in the paper.An extensive tracking of the participants in all four summer bridge programs was
look at their similarities and differences withinformed designers. 3Engineering Design: TroubleshootingThe Framework for K-12 Science Education [12] introduces engineering practices along withscientific inquiry appropriate to be used for a K-12 student. One of the engineering designpractices that separate engineering design and science is troubleshooting [13]. Troubleshootingis an essential component for successful practicing engineers. When creating any product orsystem, engineers continuously engage in troubleshooting. Troubleshooting, in general, is aproblem-solving ability and thinking process that can be attributed and applied to operators
researchers, and their desires to participate ininterdisciplinary collaborations throughout their careers.The results presented in this paper are a set of recommendations for early career STEAM facultyresearchers to engage in interdisciplinary collaborations. Recommendations are based oncommon themes that emerged across cohorts from the longitudinal case study analysis, such asthe impact of incorporating an arts discipline in STEM, overcoming imposter syndrome, andusing storytelling techniques to communicate across disciplines. The results provide implicationsfor early career faculty researchers interested in bridging the divide between STEAM disciplinesto develop creative solutions to the world’s grand challenges and provide a baseline for
extensive students’ practice toimplement the strategy in various examples of flows relevant for a typical course in fluidmechanics suitable for the chemical engineering undergraduate or graduate level curriculum. Aftereach one of these exercises, students formally presented their solution approach and engaged in acollaborative discussion with classmates and instructors. Also, on few occasions, other facultyfrom the department and with expertise in fluid mechanics joined the discussion section andengaged in productive conversations with the students offering their perspectives. 1. The Kinematic of Fluid Flow helped me in gaining a deeper understanding of how fluids move and interact in various flow scenarios. It was interesting to learn
more attention and talk using Web 2.0, keep their customersmore efficiently informed and stay in touch with the needs of their customers. Students need it tobuild a bigger personal network throughout the country or world so that they can advance theircareer or get a new job by bypassing stacks of resumes sent the traditional way. Students alsoneed it so that they can be one step above their peers in productivity and effectiveness by takingadvantage of the latest ways to communicate that their coworkers or competitors might not beusing.Video SharingVideo sharing sites like YouTube have drastically changed how we communicate and arecommunicated with. Individuals can now get their ideas out by bypassing traditional expensivemedia. YouTube can be
elements of Designthinking [28]. Through practical projects and hands-on learning, CDIO integration inengineering education seeks to encourage students to apply their theoreticalknowledge to real-world situations and foster active learning and problem-solving[29]. This approach frequently involves interdisciplinary collaboration, which helpsstudents develop their communication and teamwork abilities. Furthermore, CDIOmeets industry needs by presenting students with real-world engineering problems,which improves their preparedness for careers. Remarkably, several engineeringinstitutions have already used the CDIO teaching style, realizing its ability to close theknowledge gap between theoretical knowledge and practical application. CDIO
findings of this study support the development and implementation of practical learner-centerededucation for building construction education using reality capture. This technology-based training alsoinforms the discipline about the opportunity for utilizing automated data capture technologies to monitorconstruction progress and train the workforce.Keywords: Construction management education, Reality Capture technology, Practical learner-centerededucation, Leadership and communication skills. 1. IntroductionThe traditional lecture format style is one of the most used teaching styles in higher education settings. Thelecture-based teaching format provides limited engagement and interaction with the course materials forthe students and might result
Demonstration Project, a pilot projectdeveloped by CSforALL to bring CS and Cybersecurity education to high schools across the UnitedStates that offer Air Force Junior Reserves Officer Training Corps (JROTC) [3]. As a pilot project,we wanted to understand the complexities of the program and how the various factors, inputs, andoutcomes correlate, particular with the focus on reaching marginalized communities and subgroupsof students. This includes the changes in course offerings (access) and participation in courses bystudents (participation). For our evaluation of this program, we used the CAPE Framework.Although, to date, we have provided evaluation and research within each of the individual compo-nents of CAPE, this paper focuses on the impact of the
domain, and thepractice. When building a CoP, one must intentionally reflect on all three elements. Theeasiest place to begin is with the domain – because the focus of one’s CoP should bealigned with the domain that is at the heart of one’s project. In PEPS, the domain iscareer decision-making in engineering students. One must also determine what group ofpeople one’s project is hoping to influence. The answer to that question will provide aguide to locating potential members of the community. In PEPS, our focus is people whoinfluence engineering students’ career decisions – academic advisors and career centerpersonnel. Finally, one must consider the practice one wishes to impact. In the PEPSCoP, our aspiration is to encourage the use of data