and Mental HealthAbstractMental health is a key attribute for success in graduate programs. However, previous studiesdemonstrate a growing mental health crisis in graduate education, which can contribute to issueswith productivity, departure, and well-being. Engineering students are not immune to this crisis,yet are one of the least likely disciplines to seek help for mental health.Despite this trend, there is limited literature available to provide evidence-based practices foraddressing the causes and persistence of mental health issues for engineering graduate students.To address this need and to begin advocating for systemic change, this project will explore howfaculty and student attitudes about mental health intersect with the
structure.Note: * are the new practices added in 2021 Fall semester based on feedback the instructor receivedfrom students attending the class in 2020 Fall semester. Figure 1. Roadmap for the hybrid online courseIn the beginning of each week, the instructor would publish a week module on Canvas, withinwhich there would be one overview page, microlectures, pre-recorded lecture videos (each ofwhich would be within 30 minutes), reading materials, and a quiz. Students then could watch thelecture videos, read supplemental materials, and finish the quiz based on their own schedule in thatweek. There was also a team project along the semester which was used as the substitution for theprevious field trips. Many other practices were also
the group. We also mentor and promote self-care to increase awareness of mental andphysical well-being. For the third, social justice pillar, we integrate teaching policies and socialand historical contexts of STEM higher education. The research aim of this project is to studywhether developing skills in self-advocacy of historically minoritized students will support theiracademic success and would be demonstrated by strong sense of belonging and self-efficacy in achosen field of PhD study, increased motivation in help-seeking and health or wellbeing, andincreased motivation to advocate for themselves or others and take on leader roles within theirresearch groups, departments or in service work on and off campus.Programming Because of
earning a M.S degree in Counseling and Psychology, she received her Doctorate of Philosophy degree in Mathematics Education and transitioned to higher education where she is a professor who teaching college level mathematics, specializing in calculus and statistics, and math education courses. She currently serves as the Assistant Dean for the School of Education at Bethune-Cookman University in Daytona Beach, FL and is Assistant Professor, Instructional Mentor and Program Director for Math Specialists at Liberty University Online. Dr. Jones also holds a B.S. degree in Mathematics. Dr. Jones is the Co-PI for NSF HBCU-UP Broadening Participation Research Project: Virtual STEM Peer Mentorship (Award No. 1912205) and is
the fellowship. The program should also facilitate the formation ofa community engaging current fellows and program alumni. Additionally, fellows reported thatexpectations for the fellowship could and should be better laid out and that fellowswanted opportunities to meet and learn from the experiences of other fellows. Those issues areexplicitly addressed in the recently awarded grant proposal entitled, “NSF InnovativePostdoctoral Entrepreneurial Research Fellowship (IPERF), NSF #1853888” in 2019. Based onadditional programs developed specifically for IPERF, the ASEE team was able to improve boththe program quality and fellows’ satisfaction levels. Details will be published at the end ofIPERF in 2023.The project team focused on developing
Engineering.Michael L Tidwell © American Society for Engineering Education, 2022 Powered by www.slayte.com Explaining Choice, Persistence, and Attrition of Black Students in Electrical, Computer, and Mechanical Engineering: Award# EEC-1734347 Grantee Poster Session - Year 4Our transformative mixed-methods project, funded by the Division of Engineering Educationand Centers, responds to calls for more cross-institutional qualitative and longitudinal studies ofminorities in engineering education. Our project builds on prior work that demonstrated theimpacts of gender and race on academic trajectories in Electrical
Paper ID #38349Backtracking CTE Pathways: Identifying and InvestigatingPathways and Critical Junctures in Two-Year InformationTechnology ProgramsMarcia A. Mardis (Dr.)Faye R Jones (Dr.) © American Society for Engineering Education, 2022 Powered by www.slayte.com Backtracking CTE Pathways: Identifying and Investigating Pathways and Critical Junctures in Two-Year Information Technology ProgramsAbstractThis NSF Advanced Technological Education (ATE) research and development project aims todesign and test a Backtracking Technique for understanding the pathways students take
corresponding textbook on global engineering ethics for a grant project at Purdue. His research and teaching interests lie at the intersection of moral psychology, engineering and technology ethics, and Chinese philosophy. His papers have appeared in Nature Human Behaviour, Science and Engineering Ethics, International Journal of Ethics Education, Techné: Research in Philosophy and Technology, New Directions in Children & Adolescent Psychology, Philosophy and Literature, the Journal of French and Francophone Philosophy, Modernity/modernism, Metapsychology Online Reviews, and the Journal of Philosophy.Qin Zhu (Assistant Professor) Dr. Zhu is Assistant Professor of Ethics and Engineering Education in the Department of
plan to expand the 3D models in the future to include other types of structures, aswell as horizontal construction projects, such as installation of utilities, bridges, and earthretaining structures.Key words: Construction, 3D printing, Education, Tactile, KinestheticsIntroductionEngineering education is greatly enriched if instructors incorporate a variety of methods,including props and demonstrations, inside and outside the classroom. As such, trainingprograms such as ExCEEd [1] help faculty develop these methods and incorporate them into theclassrooms. Props can be simple and low cost, such as incorporating foam blocks, tubes, anddrinking straws; in some cases, props and teaching technologies can be more intricate, requiringtraining and the
analysis, shown in Figure 2, displays sevenclusters of related topics. As observed in the epoch trend analysis, civil engineering appears the most inengineering education for sustainable development. Themes of climate change, United Nations,Engineers Without Borders, grand challenges, developing countries, and communitydevelopment emerged in this cluster. In addition, both first-year and senior design projects showup in this cluster. An interesting observation about this cluster is the presence of ‘social justice’which did not show up in the epoch trend analysis (though “community development” doesappear). Of the three pillars in SD, ‘social justice’ falls under the social pillar, the least discussedaspect of SD in engineering fields. This
, it has 4 holes on opposite faces to drill a screw into the IMUand secure it in place. This limits its range of motion and keeps the results more accurate than ifgiven complete freedom while simultaneously protecting the delicate piece.Arduino CodeIn this project, it was essential that we first collect data and then make the data accessible to theuser, and eventually medical professionals who would perform additional data analysis. Therefore,we needed several different programs that would assist us as we try to accomplish these two goals.As shown in Figure I, the RedBoard and the Apple Watch served as our primary methods ofcollecting data from the patient. This is because the RedBoard was able to pair to the phone, usingBluetooth, and the
reflection exercise roughly every two weeks to guidethe students to discuss methods to enhance team functioning as their projects became morecomplex. Two sixteen-student sections were introduced to scaffolded team reflection exercises,with each activity aiming to encourage different discussions within the team The discussionprompts given to the student teams are listed in Table 1.Table 1: Discussion prompts for the scaffolded-team reflection exercises. Team Reflection Discussion Prompts Intended Outcome Exercise Rose, Bud, Thorn Rose: What is something that the team 1) General discussion of team did well or something you liked about successes and challenges
Paper ID #37172Work In Progress: Effects of COVID-19 Pandemic onEngineering Students’ Sense of Belonging and LearningMatthew Sheppard I earned my B.S. in Industrial Engineering and my M.S. in Mechanical Engineering; both at Clemson University. I have several years’ experience as a Manufacturing Engineer supporting process improvements, machine design, and capital project management. Now, I have entered into the Engineering and Science Education PhD program at Clemson University with hopes of teaching hands-on engineering principles to students in Appalachia after graduation. The focus of my research is
Paper ID #37201Conocimientos and the borderlands of identity from MexicanAmerican women in Engineering and Computer Science(Work in Progress)Norma Elizabeth Garza Norma E. Garza is a Ph.D. student in experimental psychology at The University of Texas at Arlington. Her research projects and interests include attitudes toward immigrants and immigration, acculturative stress, bi-cultural identity, right- wing authoritarianism, nationalism, patriotism, underrepresented students in higher education, Latinas in STEM fields, voter turnout, and political efficacy. After graduation, Norma would like to continue working
master’s and 2 percent in doctoralprograms [7].Project OverviewAddressing the low numbers of Latinx in graduate computing will be accomplished through aparadigm shift in how Latinx students are supported in advancing to and through graduatestudies. Prior work by CAHSI has demonstrated the success of undergraduate researchengagement, most recently in a virtual experience [8]. Recognizing the importance ofidentifying research careers in the first and second years of undergraduate study, participatinguniversities will highlight research opportunities and expose students to research in theirintroductory courses through in-class and lab assignments. The intent is to convey theimportance of research and excitement of innovation and discovery. This early
Paper ID #37353Engineering a Chain Reaction Machine: Inspiring StudentInterest in Engineering and Engineering Technology(Resource Exchange)Melissa Huppert (STEM Outreach Director) Melissa Huppert, Ph.D., is the STEM Outreach Director for the Minnesota State Engineering Center of Excellence. She has served in this role for over five years and oversees various grant and program development projects, as well as serves on several regional and statewide STEM-related committees. Dr. Huppert has over 15 years of experience in program development and evaluation, working primarily with STEM outreach programming, and has had
, and project sponsors. The literaturereveals that the struggles doctoral students face are largely the result of complicated relationships withand within the academic environment [8]. Factors that affect student persistence are commonly groupedinto personal factors, such as imposter syndrome and mental health, and systemic factors, such as fundingand advisory fit [9]. These issues are even more prominent for individuals with non-normative identitiesin fields like engineering, which is recognized for being gendered and raced [10]. Students fromhistorically marginalized populations have a complicated relationship with the academies, particularly inengineering. Individuals from minoritized and disadvantaged backgrounds often lack the social
materials, homework,projects and anything related to the course material. Online office hours also were one of the waysof communication between the instructors and their students. In fall 2021, we moved back to F2Fteaching mode where everything went back to normal in terms of teaching in physical classrooms.The students started using the computers in the lab since then where the software is alreadyinstalled, and the students can do their classwork and homework assignments in class. Also, theyhave the option to do the homework on their computers sine they can install a free educationalversion of the software on their computers. 2. LITERATURE REVIEWMany researchers have studied the impact of this pandemic on education quality. Jin et al. (2021
through project based learning. My husband is a computer science teacher and together we have 3 incredible children. © American Society for Engineering Education, 2022 Powered by www.slayte.com Contact information: Dr. Erica Marti (erica.marti@unlv.edu) and Rebecca Kober (nelsorf@nv.ccsd.net) Beat the heat: Coupling technology and engineering design for young elementary students An NGSS-aligned lesson involving energy, light, material properties and technology Target Grade: K-2OverviewThis Next Generation Science Standard (NGSS) aligned lesson helps elementary teachers meet performanceexpectations for K-2
have offered a voluntary two-day workshop (“ChemE Camp”) at our institutionfor rising chemical engineering sophomore students just before the start of classes in the fall.The workshop includes team-building exercises, a hands-on project, career fair information, a labtour, presentations from faculty and upper-level students about upcoming classes, the curriculum,and internship opportunities, and some recreational games. A detailed description of the campand its activities can be found in previous publications [22,23]. The workshop allows students tolearn more about chemical engineering courses and the profession and also serves as anopportunity for them to meet peers and interact with upper-level students and faculty. Since thetypes of
infrastructure of educational institutions, industry partners and professional trade associations that evolves MNT education based on emerging technologies. • Establishes resource sharing among current ATE Centers and Projects in MNT related disciplines. • Initiates partner mentorship to increase ATE proposal submissions from a more diverse population. • Optimizes national MNT technician curricula, skills and competencies by incorporating distance education with hands-on training. • Delivers professional development to increase enrollment and retention, ensuring sustainability of MNT programs, and increasing the quantity of qualified technician workers across the U.S.The overarching goal of
(HSI)-wide National ScienceFoundation (NSF) funded grant focused on developing a model for an inclusive polytechnicuniversity that inspires creativity and innovation, embraces local and global challenges, andtransforms lives. Specifically, the project is designed to support STEM faculty in creating aninclusive atmosphere within the classroom, especially in critical transition courses, by attendingto students’ motivation and other malleable social-psychological factors. This project examinesstudents’ sense of belonging and academic achievement in traditional engineering gate-keepingcourses within the college of engineering (after Calculus and Physics) with the support ofTechnology-Assisted Supplemental Instruction (TASI). Courses selected to be
. Byevaluating the effect of the Success Coach on the students supported by the grant, we may beable to predict the results when such support is provided on a broader scale under the GuidedPathway system1.1 The first two pieces of the Guided Pathways model are also completed in this case. The first piece in completedsince this project only involves students who have already selected a STEM major and the second piece iscompleted since most STEM programs such as engineering rather have a rather rigid and clearly defined pathway ofrequired courses.The Grant The College of DuPage is a large community college in suburban Chicago with anenrollment of approximately 22,000 students enrolled in credit classes with a full-time equivalentenrollment of
researchers and learners during this project were important to our decision-making process,as our learning is itself an exploration of EFA as a method. Considering the amount of decisionpoints and interpretations involved in EFA research, the team agrees with recent calls in the fieldfor engineering education scholars to include positionality statements in quantitative work (e.g.,see [11-13]). The project team is composed of one undergraduate student in an engineeringprogram, one research scientist who recently earned a Master’s degree in an engineering programand is an incoming engineering education research PhD student, a doctoral student in educationalpsychology with an engineering background, and a faculty member in an engineering programwhose
part of a project funded by the National ScienceFoundation (NSF), the BSU mechanical engineering program integrates sustainability conceptsspecifically by using active learning modules (ALMs) suitable for each student's education level,progressing from freshman to senior. ALMs have shown to be more effective in improvingmotivation in the classroom compared to traditional learning. A modified survey instrument wasdeveloped for distribution to BSU mechanical engineering, engineering plus students, andalumni; both the student and alumni survey was modified using the 2009 American Society ofMechanical Engineerings' (ASME) sustainability survey with a combination of a study byNatasha Lanziner. Current mechanical engineering and engineering plus
curriculum. In this paper, we provide a summary of our evalua- tion of the distributed Cyber Academy by first describing the curriculum and then highlighting outcomes from 2021. The outcome analysis is based on data we collected from surveys, focus groups, and cadet grades. We provide an overview of the evaluation conducted based on the CAPE (Capacity, Access, Participation, Experience) Framework, a novel approach for evaluat- ing an intervention that takes into account how the capacity to offer education, who has access to it, who ultimately participates in it, and how the experience impacts learners from diverse backgrounds.1 IntroductionThe U.S. Department of Labor Occupational Projects (2016-2026) has stated
field, they can relay to the students their experiences in which these topics areapplied. As these individuals know best, the most efficient way to pass on the information isto provide the most memorable examples that took place in their careers [9]. Additionally,they may also provide their opinion about the usefulness of the topics as well as thefrequency that they may be applicable in the jobsite [10]. Second, industry practitioners cannarrow down the emphasis of the classes to the current needs in the industry. As fields inCTE programs are in constant expansion and development, only individuals who participatein projects in a daily basis can have the perception of the most required skills [11]. Ratherthan teaching a broader pool of case
Jadavpur University, Kolkata, India (2001). Dr. Nandy had served as a Co-Principal Investigator of an NSF S-STEM Project, and as the Principal- Investigator of an NSF IUSE project. Dr. Nandy is a member of the American Society of Mechanical Engineers (ASME), and American Society for Engineering Education (ASEE). © American Society for Engineering Education, 2022 Powered by www.slayte.com A Highly Integrated and Successful Approach to Program Development and Implementation of Accreditation Strategies for an Engineering Technology ProgramAbstractThe accreditation strategies and efforts are often completely disregarded or overlooked
five of seven fishermen onboard. The U.S. Coast Guard and NationalTransportation Safety Board (NTSB) convened a Marine Board of Investigation to identifycausal factors of the vessel’s sinking. Testimony identified current vessel regulations under 46Code of Federal Regulations (CFR) 28.550 may not accurately account for vessel icing on crabpots – a surface consisting of netting and open space where ice can accumulate in a non-uniformpattern. The lack of understanding of icing phenomenon on porous crab pots may put marinersand the environment at undue risk.This research project, conducted by a team of faculty and undergraduate students, forensicallyanalyzes the vessel’s actual loading condition and stability on the day of the sinking to create
State University.Rafal Jonczyk (Dr)Janet Van Hell (Professor of Psychology and Linguistics)Zahed Siddique (Professor) Zahed Siddique is a Professor in the School of Aerospace and Mechanical Engineering at the University of Oklahoma.Gul E. Okudan Kremer (Wilkinson Professor and Senior Director) Gül E. Kremer is Dean-elect of Engineering at University of Dayton. Kremer served as chair of the Department of Industrial and Manufacturing Systems Engineering (2016-2021) and Senior Director Presidential Projects (2021-2022), in addition to past leadership roles at Penn State. Dr. Kremer has degrees in industrial engineering from Yildiz Technical University, a masters in business from Istanbul University, and a PhD in Engineering