may buffer students from stress, thereby improving mental health [15]. Tinto’swidely cited model of college student attrition [16] concludes that the key to effective retentionis in a commitment to quality education and the building of a strong sense of inclusiveeducational and social community on campus. For a college student, a sense of belonging andacademic persistence is inextricably linked to the use of campus services, and good mental health[17]. The mental health impact of social isolation caused by the pandemic erodes the opportunityfor students to establish belongingness in their college community, thus threatening their mentalwellbeing and persistence to complete their educational goal. Smith, et.al [18] found that thepandemic
creativity in the classroom; thesechallenges include: 1. Lack of knowledge of instructional strategies to help students be more creative. 2. Difficulty in using quantitatively-oriented creativity assessment tools available in literature. 3. Lack of assessment rubrics that are a. customizable b. subject-domain specific c. inclusive of subjective and objective measures of design aspects and course objectives and d. easy to implement. 4. Lack of knowledge on the effect of the open-ended nature of creativity activities in the curriculum and its impact on students’ mindset and learning.The primary objective of this research is to assess students’ engagement and quality ofwork in
representative from MACILE, visited with the BYU faculty and studentsto engage in the first stage of curriculum development. One of the first items to emerge was theneed for Dominican students to learn about and be able to engage in the engineering designcycle. Additionally, it was deemed important for the Dominican students to learn what engineersand technologists do, the various types of engineers and technologists that exist, the types ofproblems they solve, and the impact they can have on society, especially the Dominican society.Because of their prior exposure with the Boston Museum of Science’s Engineering isElementary (EIE) curriculum, the (university name) students and faculty identified the EIEengineering design cycle as the model to guide the
study ‘a plow for Mexican peasant farmers’ [43] raises a combination of potentialbenefits and harms. But this is a generic person considered from a rather distant perspective. Thetext of this case study has only been orally presented and discussed during the class in a fewcourse iterations.Videos have also been used to show the positive impacts of engineering. Videos from the ASEECommunity Engagement Division video competition often highlight the benefits of student-involved engineering projects with local communities or individuals. Most show communitylevel impacts, although one highlighted a single child provided with an assistive technologydevice (e.g., I am Standing, Loyola Marymount University, which later became a short moviedocumentary
persistence as a manifestation of motivation,while Graham et al [6] view motivation as a driver of student engagement. Self-efficacy orconfidence is one among several constructs underlying motivation. Programs that have beensuccessful in improving the persistence of college students in STEM deploy threeinterventions, which include: 1) early research experiences, 2) active learning, and 3)membership in STEM learning communities.3. Literature ReviewStrategies to improve knowledge retention and student interest in Computer ScienceProblem-based Learning (PBL) is an instructional model that may prove a good fit forcomputer science education due to the problem-solving basis that is also a quality shared withthe nature of many STEM careers. Problem solving
) an ability to design and conduct experiments, as well as to analyze and interpret data(c) an ability to design a system, component, or process to meet desired needs(d) an ability to function on multidisciplinary teams(e) an ability to identify, formulate, and solve engineering problems(f) an understanding of professional and ethical responsibility(g) an ability to communicate effectively(h) the broad education necessary to understand the impact of engineering solutions in a global and societal context(i) a recognition of the need for, and an ability to engage in, life-long learning(j) a knowledge of contemporary issues(k) an ability to use the techniques, skills, and modern engineering tools necessary for engineering practice. The
Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright© 2005, American Society for Engineering Educationmaterial outside of one’s expertise, gaining insight from diverse viewpoints, providing outsidesupport for department internal review, and engaging in interdisciplinary scholarly activities suchas interdisciplinary research 4. These benefits also include more intangible notions such asfostering community across department boundaries and appreciating each other’s contributionsto student education.With these benefits in mind, the AE and HU/COM faculty chose to pursue collaborative teachingin three phases. First, as a test case a new writing course was developed and linked
c American Society for Engineering Education, 2013 Impact of Research Experience for Teachers with International and Societally Relevant ComponentsIntroductionWe sought to bridge the divide for teachers and their students between secondary science andmathematics content, on one hand, and the engineering of solutions to real-world societally-relevant problems, on the other hand. The expected outcomes for the Research Experience forTeachers: Energy and the Environment project* (RET) included: 1. Teacher knowledge and attitudes toward science and engineering will improve as a result of participating in ongoing engineering research projects for six weeks during the summer and
learningcommunity (FLC) with a local two-year institution to foster a collaborative community andsupport faculty in adopting APEX materials, which included helping them to consider, plan,apply, and reflect on effective practices for integrating computing into their courses. Buildingupon these pilot efforts, we are actively expanding adoption of the APEX program in severalways. First, we have begun holding summer and winter training workshops for faculty at severaladditional community colleges. Second, we are refining and improving the FLC experience aswe initiate new FLCs with these institutional partners. Finally, we will continue to assess theprogram’s efficacy through a research plan that evaluates student and faculty experiences,allowing us to optimize
engage and attract individuals towards STEAM and STEM fields by showcasing how those skills impact the current project in real-world ways that people can understand and be involved in. As part of a university that is focused on supporting c American Society for Engineering Education, 2017 Paper ID #18676the 21st century student demographic he continues to innovate and research on how we can design newmethods of learning to educate both our students and communities on how STEM and STEAM make upa large part of that vision and our future. c American Society for Engineering Education, 2017 WORK
space, thefaculty cohort, along with university administration and leadership (e.g. provost, vice presidents,deans, chairs), and community influencers gathered for breakfast and networking. Afterintroductions by the Interim Vice President of Research & Economic Development, the PI andco-PI framed the experience, offering a brief primer on ASSERT and asked the audience toprovide constructive and supportive feedback to help ASSERT Fellows move their ideasforward. Each fellow was allotted three minutes to share their transformational research ideawith the use of only one visually impactful image. Audience questions and applause were helduntil the end when all fifteen fellows took the stage to field audience questions and comments.Preparation
capstone design course at MichiganState University. Each year a student design team has designed and built a cycle for a youngsterwith special needs from the local community. These cycles have included a robust three wheelcycle for a large young man (six feet nine, 285 pounds) with a mild form of cerebral palsy, ahand cycle for a double amputee, and a hand cycle for a youngster with little use of her legs.These projects have not only proved to be challenging design projects, but they have also beenvery rewarding for the students too because they see clearly the benefits of their endeavors. Theoutreach projects have also impacted the other students in the course and this has developed inthem a greater appreciation for the service aspect of being a
Session ???? Increasing Georgia’s Hispanic Community into Higher Education Barbara Bernal Thomas School of Computing and Software Engineering Southern Polytechnic State University Marietta, Georgia 30060 bthomas@spsu.eduAbstractA comprehensive study of Georgia’s Hispanic population will enable academia to understand thehistorical progression of the Hispanic population in the state. The implications of this progressioncan help us address the overall impact of this population in academia. We
Paper ID #42807Board 344: PALAR in Pieces: An Informal Framework to Encourage MultifacetedEngagementDr. Jessica Rush Leeker, University of Colorado Boulder When expanding her impact within her community— and encouraging others to do the same— there is no shortage of inspiration and devotion within Dr. Jessica Rush Leeker. Fueled by her desire to deepen her knowledge and understand how she can leave a lasting impact on the world and the people around her, Dr. Rush Leeker has cultivated a rich educational background. Equipped with her undergraduate degree in Supply Chain and Information Systems from Penn University and her
, opportunitiesidentified in programming instruction, and challenges identified in programming instruction.They found that teaching analog programming before robot or block-based programming allowsstudents to understand the step-by-step process necessary for CS. They also found that the robotwas a powerful tool to keep younger students engaged with CS concepts and practices. The robotprogramming led to student collaboration, increased motivation for mathematics, and anintroduction to block-based programming. The various types of programming made integratingCS into mathematics easier.Luo et al. conducted a year-long qualitative study to explore the impacts of third and fourth-gradestudents (n=22) that participated in eight math and CT lessons focused on sequencing
(URCAD) enablestudents to explore and comprehend the essence of research.Undergraduate students participating in research experiences show to enhance many of theirtechnical and professional skills [2], [3]. Communication and critical thinking, careerclarification and even further aspirations to continue to graduate school have been documentedbecause of a research experience for a student [2], [4], [5]. Another key and important element,especially at UMBC, is the impact on diversity. These experiences demonstrate increasing self-efficacy in students who are working to complete a STEM degree, especially women andmarginalized populations [5], [6], [7], [8].However, not all students have the chance or find themselves in a position to pursue such
obstacles or achieve breakthroughs. • Describes major accomplishments of the team. • Conveys a deep understanding of the impact the project has or can have on a community, market, sponsor, industry or profession. • Several team members are engaged, with questions answered clearly and confidently in a way that complements the entire exhibit experience. Team members are able to effectively reflect on the professional experience they have gained.Although there is some duplication of the in-class assessment, the judges’ criteria provides aslightly different perspective, with less emphasis on the process and a greater focus on the finalproduct and each team’s presentation skills. The average IPRO exposition score in our
impression that there may not be a need (engineering) and evenif there is one, it probably wouldn’t satisfy the educational objectives. Hence, one of the firsttasks in implementing design projects for community is to educate the community partners.The process of identifying partners, cultivating relationships, performing needs analysis, anddeveloping specifications for a product or service itself is an important learning process and itteaches students valuable real-world skills. However, implementing all these tasks along with theproduct development within reasonable time frame of two or three quarters is very difficult.Finally, there are risk management issues related to having students in partner sites. Typicallymost partners are non-profit and
] and national reports on the future of engineering,considerable attention has been given to the need for better ethics education in the engineeringcurriculum [2-3]. Several publications have been written about various approaches to addressingthis need (e.g. see Herkert, 2000 [4]). The current state of affairs is a wide-array of pedagogiesused in undergraduate engineering education to teach ethics, ranging from direct lectures onmoral philosophy, to courses based on community service, to the use of online ethics tutorials.While there is an abundance of techniques for conveying ethics education, comparatively littlework has been done in assessing the impact of these techniques on students. Overall, we have agood sense of “how” to teach ethics
Paper ID #36645A Roadmap for the Design and Implementation ofCommunities of Practice for Faculty DevelopmentVictoria Matthew Victoria currently leads VentureWell’s Community of Practice and social learning initiatives with a focus on providing faculty with the resources, tools and support network needed to integrate innovation, entrepreneurship and sustainability into the curriculum. Prior to that Victoria led VentureWell's collaboration with the Bill and Melinda Gates Foundation’s Frontier Set, a network of 31 post-secondary institutions working to close the student opportunity gap, and the NSF funded Pathways
to “real world”scenarios requiring the application of Microsoft Office Suite Skills. ACC and Aims faculty weretrained on a project-based learning case that involved students working collaboratively, butassessed on an individual basis, just as they would on a real-world business project. Thisexperience proved crucial to faculty understanding the infusion of employability skills into anexisting curriculum and being fully engaged toward altering their teaching methods. Page 26.168.7The PBL scenarioInitially, CATEP modified BATEC’s PBL project to integrate employability skills intointroductory CIS classes. Ultimately, Aims Community College faculty
for Fall 2005. One of the significant changes was a partnershipwith an interdisciplinary bioengineering research facility on campus, Bindley Bioscience Page 11.716.3Center within Discovery Park at Purdue University. This partnership provided thestudents with hands-on experience on bioengineering research instrumentation andexposed them to a research environment as opposed to a traditional teaching lab. Inaddition, the partnership increased the impact of the research by engaging undergraduatestudents. A grant obtained from Purdue University and Li-Cor Biosciences from theGenomics Education Matching Fund program, provided a DNA sequencing instrument
academically comfortable in my classrooms where theyare directed to work in teams while they code and produce quality lab reports. This validates thatthe curriculum is directed where it needs to be as coding, collaboration and research reportingwill be key for all students as they progress through their careers.The new curriculum drives students into engineering activities very quickly such that they have avery clear view of what engineering entails by the end of their first semester. This is beneficial inthat they can make an informed decision as to whether or not engineering is their future. Thosethat are positively impacted and engaged find that the first semester immersion places them in agood position (vocabulary, vision, skillsets) to explore
learning. New modes of communication and presentingmaterial through different electronic mediums can encourage interactions and exchangesbetween and among faculty and students, creating a more engaging learning environment4,5,6 . Technology-based tools can provide simulation and problem-based learningopportunities and access to video and audio clips, wikis, and blogs can be used toexamine a variety of viewpoints. Instructional technology affords multiple access pointsfor learners and instructors leading to more time on task as time and space issues arereduced 7.The literature provides less information about how the application of instructionaltechnology can be assessed to determine whether and how these tools are changing thepedagogy being
autonomy framework? (b) How does the level ofstudent autonomy impact student’s participation, interest, and perception of performance in theseclassrooms? and (c) How do student and faculty perspectives on student autonomy affect theclassroom environment? Our results indicate that students and faculty have mixed feelingsregarding SDL, which drive frustration and discomfort with open-ended learning in theclassroom. In general, students often do not feel well-supported in SDL environments andexhibit a lowered sense of competency and expectancy. On the other hand, faculty presentblindness towards structural supports necessary for effective SDL classroom environment andspecifically their own roles in scaffolding students’ SDL
after the completion of fundedsupport from the National Science Foundation, our CoP remains impactful and cohesive. OurCoP supports ongoing interactions among practitioners in a virtual domain, leveraging a sharedCanvas platform that provides access to co-created lessons and lectures. Prior to COVID-19, theCIT-E CoP supported face-to-face engagements through regular workshops and plannedconnections at academic conferences; since the pandemic began, we have shifted first to virtualand now to a mix of virtual and in-person interactions, providing expanded opportunities forengagement with people who would otherwise be unable to participate. As a community, CIT-Ehas collectively defined the domain of knowledge for undergraduate introductory
(88.5%) and in Fall 2024, 50 of 62 (80.6%) students completed the survey.Data from three additional 2024 responses was discarded for low survey engagement time. Theseresponse rates show that students were willing to engage in this optional, ungraded activity onthe final day of class and additional incentives were not required in this context. Note that somestudents skipped on the final day of these classes, which lowered response rates.Results from the Fall 2023 and Fall 2024 course offerings are shown in Table 1, with the relativeimpact, the change (or delta, Δ) across the two course offerings, the overall ranking of eachtopic’s impact, and the change in the ranking across the two course offerings shown.Table 1. Class Topic Impact Findings
, etc. Persuasive and effective communication skills to “upand across'' are crucial to success; they directly impact whether a project will be approved ordenied, allotted for more or less resources, given higher or lower priority and/or visibility in theorganization, as well as affect how much data can be obtained from the targeted populationdepending on the effectiveness of the survey campaign, design of questionnaire and/orinterviewing technique, etc. The Communications course provided the much-needed coaching and practicingopportunities to students, especially those who work in the technical field (e.g. engineers) thatare intelligent and data savvy, but do not have polished communication skills to be successful ina new leadership role
strong community of support could have a significant impact on a student’strajectory in STEM. Each program participant received a $2,000 scholarship each semester thatthey qualified for and participated in the program (4 semesters max). In some cases, thescholarships eliminated the need to work completely. In others, the scholarships reduced thenumber of hours worked each week. And in a few cases, the scholarships were enough to allowthe students to move to campus where they could be more engaged in campus culture.To date only one cohort has completed the Endeavour Program. Therefore, the remainder of thispaper describes the program results for the first cohort of 20 participants who entered theuniversity with the fall 2018 freshman class. Since
], working with a smallfuel cell car [13]), and skill development (e.g. teamwork exercises [18]); while later in the term,it is free time to complete the end of term course project with teaching team members availablefor consultation (to lessen the impact of the project on other courses in the term). Since 2018,Tron Days (described in 2.1.3 below) has also taken place during two weeks of this studio time(in weeks 3 and 4 of the term). With the transition to remote instruction in fall 2020, a significantredesign of the course was required to maintain active student engagement and some hands-onlearning of design skills.For 2020, the fuel cell car, keychain activity and teamwork exercises were removed; as was theintegrated LEGO course project, which