. © American Society for Engineering Education, 2022 Powered by www.slayte.com Electronics – A First Course for Printed Circuit Board DesignThe design of printed circuit board (PCB) is an essential aspect in learning circuits and systemsin the electrical and computer engineering (ECE) curricula. In fact, many institutions haveallowed for this opportunity in 3D printing labs for students to rapidly prototype their circuitdesigns and other 3-D printed projects. Further, we see a high importance for students to learnpractical aspects of circuit design in the sophomore year, and to retain ECE students who feel agreater level of accomplishment in computer science courses or plan to drop out. In this articlewe
major since the students are exposed to all levels ofcognitive difficulties such as, applying and linking the fundamental knowledge and theories into amore complex real-world application. Learning-by-doing can be very impactful in comprehendingabstract engineering concepts at the introductory level. So, a first-year scholar develops learn-to-learn by yourself skills by learning-by-doing. Some important benefits of participating inundergraduate research that might assist in the student’s preparation for either graduate educationor a professional career, include gaining experience and learning the research process, increasingknowledge and how the knowledge is applied, defining their future career plan, learning aboutacademia and graduate life
faculty have mentionedinclude: • Thinking about building systems as a whole, instead of individual systems • Different design strategies that can be used to create a net-zero building • Education on building science and construction • Real world operations and how to apply theoretical knowledge.Participating in a team-oriented project also allows students to build their soft skills. Here are someways that our students and faculty have said they have grown with the Solar Decathlon: • How to sell a story • Learning how to get architecture and engineering students to work together • Increasing their ability for proactive planning and research • Growing their own agency and confidence • Finding external partners
the vast majority of class activities anddeliverables are team-based. In-class lesson plans, especially those associated with buildingtowards the Cornerstone Project, are scaffolded in a manner such that resolution becomes moredependent on team dynamics as the semester progresses. ENGR 111 student feedback pertainingto the teamwork experience had been overwhelmingly positive prior to the pandemic [3].ENGR 111 also employs various forms of active learning, including collaborative, cooperative,problem-based, project-based, and discovery-based learning [8-16]. Cooperative learning takesplace when students pursue common goals as a team while being assessed individually and hasbeen shown to increase students’ sense of belonging, which, in turn
mostnegatively impacted by the COVID-19 pandemic may not be responding to surveys due to thestruggles they are facing. Although we were unable to undergo a thorough validation andreliability verification process for the added survey items, we felt it was acceptable to moveforward due to the fast-paced nature of the pandemic. We plan to continue to collect survey data and as classes move to in-person and hybridformats, recruiting participants will likely be more successful. We plan to conduct interviewswith students, selecting participants based on their demographics and the depth of their originalresponses to the survey. For example, our results showed a statistical difference between studentswho identified as Hispanic/Latino and White in terms
integration of engineering design and technology intoSTEM instruction for pre-college students. Roehrig and Moore expand upon this position stating, “... toprepare students to address the problems of our increasingly technological society, it is necessary toprovide them with opportunities to understand the problems through rich, engaging, and powerfulexperiences that integrate the disciplines of STEM” (Roehrig et al., 2012). They identify the EDP as a keystandard for inclusion in the scope of knowledge and skills for the K-12 student population (Roehrig etal., 2012).eSTEM Challenge PilotIn April 2021, NJIT’s Center for Pre-College Programs’ staff planned, implemented, and hosted a pilot ofour eSTEM Design Challenge. In partnership with NJIT’s Newark
interests/passions and STEM fields I I plan to apply for a STEM discipline when I go to college. E I know how to find out more about STEM if I want to. 0.5 0 A B C D E F G H I Figure 4. Program participants’ responses to pre- and post-program survey.funded researchers, as they are often looking for ways to add a broader impact component to theirresearch projects. The cost of these projects is as low to the host research group, as the projectsuse relatively inexpensive and commonly available equipment
generalautomotive engineering knowledge. Some of the topics that were covered are the following: 1. Baseline automotive engineering terminology 2. Vehicle setup and performance measures 3. Chassis design 4. Suspension design 5. Tire analysis 6. Engines 7. Drivetrain* 8. Brakes* 9. Aerodynamics* 10. Telemetry and Data Acquisition* 11. Vehicle models* 12. Analysis of common vehicle components** At the time of this submission these topics have yet to be covered however, there are plans tocover this information in future lectures.After the 30 minute lecture, the students were provided time to provide progress updates, ask foradvice/approval on projects they were working on, and go to the machine shop to continueworking on
time at UB, she was the architect of a strategic growth plan for engineering. Previously, she performed research and development on nanoscale magnetic materials and devices in support of the data storage industry for 16 years in Silicon Valley. Dr. Folks has co-authored more than 60 archival peer reviewed journal articles and 14 US patents, resulting in more than 12,400 citations. She served as President of the IEEE Magnetics Society from 2013-2014 - the first female president. She also served as chair of the congressionally-mandated National Academies panel which delivered the “2020 Quadrennial Review of the National Nanotechnology Initiative” report. Dr. Folks has long been a champion for women and underrepresented
from theco-teacher would be from a similar perspective as the course student, a practice typically employed by co-hosts to make the topic more appealing to the audience [18]. For example, the co-teacher may ask agenuine or pre-planned question that leads to an alternate explanation, potentially leading to furtherdiscussions and helping students to better understand the topic. Studies indicate that students can alsoimprove their question asking skills from similar interactions as part of a vicarious learning strategy [19].This concept of employing graduate students as co-teachers is comparable to how students in fields suchas education and social science are traditionally trained through practicum courses and real-worldteaching
approaches were carried out as described below9,10 but they were based on acustom build manufacturing system and were not scalable nor reconfigurable alike thepreviously described efforts 5,6,7,8: • Yip-Hoi and Pasek developed a manufacturing system handling LEGO blocks9. Their paper focused on a general concept for a computer integrated manufacturing (CIM) environment intended for the design and assembly of ‘products’ built out of LEGO blocks. The ‘products’ are designed within a Lego CAD System. Process and trajectory planning software was utilized to determine the build sequence and robot program for assembling the products directly from the CAD models. The robot program is downloaded into a cell controller
significantly impactedby the pandemic.In our first year, travel restrictions and rescissions of internship offers led us to delay our initialpilot by a year. During this most recent summer of year two, we proceeded with delivery of ourenhanced internships albeit with online delivery of the pre- and post-internship workshops insteadof face-to-face delivery as originally planned. Despite some of the conveniences afforded byremote delivery, and the incentive of receiving $50 electronic Amazon gift card upon completionof the program, we were still only able to yield a net enrollment of 5 students who investedapproximately 14 hours to complete all activities associated with the enhanced internship.In addition to the significant impact of COVID, we
phrases became“Building Information Model,” known as BIM.Recently, BIM has been rapidly increasing in the design and construction industry due to fosteringcollaborations among many disciplines [11]. As the results of the Zion Market Research (2021),the BIM industry accumulated revenue of US$ 22.58 billion in 2020 and is planned to gain profitsworth US$ 30.24 billion by 2028. Furthermore, BIM acts as an essential key tool for growth inArchitecture, Engineering, and Construction (AEC) industry globally. According to Zion MarketResearch [12], 40 percent of U.S. BIM building owners expect to increase use to 75 percent ofprojects in the next two years.Due to the demands of the environment, the construction industry is moving towards Sustainability[13
with the Landivar University students.This also helped with trust-building, an important element in successful education.On the other hand, the remote interaction between Villanova University students and LandivarUniversity students has been less successful. Challenges in communication and internetinfrastructure in Guatemala, as well as bringing the students from Landivar University rather lateinto the project led to the limited success of the project.We plan to continue to work on the second project with a new set of students from VillanovaUniversity and may include a trip to Guatemala for those students to both get a better contextualunderstanding of the country as well as meet the students from Landivar University. In previousprojects
d'oeuvre served by the cheffor free [20]. This challenge asked students to reimagine theirfavorite holiday dish on a single spoon using the techniquesdeveloped in class. To help students design their dishes,brainstorming activities were conducted which included (1)asking students to derive lists of common foods used inthanksgiving meals, (2) selecting dinner vs. dessert, (3)discussing broad concepts for their dishes with peers,teammates, and instructors, and (4) sketching their dishes on Figure 2. Example worksheet itemworksheets with appetizer spoons (Figure 2). for students to plan their amuse bouche dishes.Dishes must include each of the following elements
it encouraged teamwork and co-operating between all groups in the class. • I would also keep all the PR deliverables, as they kept groups on track with the project. • I enjoyed having an entire semester to plan and build our project • I would say overall it was good. everything about the project was fun. • Though it was tough, learning things on the go forced us to learn a lot over the semester - at least for me • The idea of the scale project. I felt that it was a good mixture of software, electrical, and mechanical. • The scale project because it dementrates [sic] the process of making something. • I would also keep the budget as is. It was difficult at first trying to figure out what we had to get
Program (WIEP) at Purdue University employs manyundergraduate and graduate students. WIEP personnel work individually and cooperativelywithin multidisciplinary engineering work-groups. Student workers work up to 10 hours per weekand have different work responsibilities depending on the program they were hired into: • Mentoring Leaders (ML): Plan, schedule, organize, and execute monthly mentoring and networking events for a large (600+ participant) undergraduate peer mentoring program. The mentoring program employs from 12 to 15 student workers annually. • Recruiting Leaders (RL): Organize events and activities for recruitment of high schoolers into engineering undergraduate programs. Student workers also design physical and
individuals who participatedin Innovative Readiness Training for their annual training, building homes for Cherokee veteransin partnership with the Housing Authority of the Cherokee Nation. This human subjects researchwas reviewed and approved by an Institutional Review Board (Protocol # 21-0218).Participant recruitment took place through the Sunday “Right Start” unit briefings held by theInnovative Readiness Training summer duration staff every two weeks, jobsite walk-aboutimpromptu volunteer interactions, and phone calls with higher level planning personnel.Volunteer interviews were conducted from May through July 2021. The first author conductedthe interviews.Discussing individual motivations for joining the military and selecting a
severaldifferent departments, with a focus on biology, physics, engineering, and geology, as these bestalign with the broad areas of content in the NGSS [19]. Twenty-eight of these GSs consented toour GIFT study. A summary of the demographic characteristics of these participants can befound in Table 1. Table 1 Graduate Identity Formation through Teaching Participants First Self-Identifi Race/ Generation Graduate Graduate Field Future Career Plans ed Gender Ethnicity College Program Type
"Distinguished Citizen by the City Council of Asunción" for his contributions to education in Paraguay's space sector. And in December of the same year, he was mentioned as the "Outstanding Protagonist of 2017" by the newspaper Ultima Hora. Currently, in addition to his activities in academia, Dr. Kurita is working as the General Director of Planning and Management at the Paraguay Space Agency. © American Society for Engineering Education, 2022 Powered by www.slayte.comStudent Paper: Workshop evaluating the systems integration of a CubeSatas an effective tool for STEAM education, a case study of work in progress.IntroductionThe STEAM approach and Aerospace Education have
, without considering STEM support within peercontexts. Moreover, most of the research that examines young women’s engineering identity hasbeen at the post-secondary level, when young women have already entered an engineering major.Therefore, our study is relatively unique in considering the experiences of a group of youngwomen in high school who have professed a commitment to engineering. We also make asignificant contribution by distinguishing between the support offered by girls and boys, with thegoal of understanding which may be more impactful in bolstering the engineering identity andfuture plans of young women in SWENext. Specifically, we investigate the following researchquestions:(1) Do SWENext young women receive similar levels of peer
) (CaliforniaState Polytechnic University, Pomona) Lily Gossage (Director, Maximizing Engineering Potential: Center for Gender, Diversity & Student Excellence, College of Engineering/Cal Poly Pomona) provides management-level oversight for development, strategic planning, recruitment/retention of minority, women, first-generation, low-income, adult-returning students. She is advisor for American Indian Science & Engineering Society, National Society of Black Engineers, Society of Women Engineers. As a seasoned grant writer, her composition skills help her procure funding for engineering student success. With 22 years in higher education, she developed academic interventions for addressing low-completion rate engineering
Sciences.Maartje E. D. Van Den Bogaard (Research Fellow) Maartje Van den Bogaard holds a MSc. in Education Science from the University of Groningen and a Ph.D. from TU Delft, both in the Netherlands. She studied student success using linear and complex models and was awarded the Outstanding Dissertation Award by the International Society for Educational Planning. Maartje worked as a senior consultant in curriculum and instruction at Leiden University and served as head of program at the TU Delft STEM Education and Communication graduate program. Maartje has extensive experience in STEM, medical and teacher education. Currently she is a research fellow at Iowa State University.Lea K. Marlor Ph.D. Candidate in the Department of
materials and engineering practices. In addition, elementary students are often asked towork in teams, requiring them to engage in difficult collaborative work involving roles andrelationships, planning, gathering and sharing information, generating ideas, and resolvingconflict [1]. Engineering design tasks require students to engage with both the technical and thesocial as they navigate the complexities of collaborative decision-making. Oftentimes, decisionpoints are where these technical and social aspects of engineering come to a head; students mustwork collaboratively to choose a solution, while balancing the disciplinary ideas relevant to theirdesign problem. Additionally, when we ask students to engage in engineering within the contextof
Paper ID #36476Creating a collaborative cross-institutional culture to supportSTEM women of color and women with familyresponsibilities at four midwestern research institutionsCinzia Cervato Dr. Cinzia Cervato is the lead PI of the NSF-funded ADVANCE Midwest Partnership project and Morrill Professor of Geological and Atmospheric Sciences. She has served as faculty fellow for early career and term faculty in the Office of the Provost and faculty fellow for strategic planning in the College of Liberal Arts & Sciences. She earned a doctor of geology degree from the University of Padova (Italy), and a Doctor of
experiences to increase engagement and retention.Cinzia Cervato Dr. Cinzia Cervato is the lead PI of the NSF-funded ADVANCE Midwest Partnership project and Morrill Professor of Geological and Atmospheric Sciences. She has served as faculty fellow for early career and term faculty in the Office of the Provost and faculty fellow for strategic planning in the College of Liberal Arts & Sciences. She earned a doctor of geology degree from the University of Padova (Italy), and a Doctor of Natural Sciences and Doctor of Science (Habilitation) from the Swiss Federal Institute of Technology (ETH) in Zurich, Switzerland. Her geoscience research focused on geochemistry and sedimentology. She led the CHRONOS project, a collaborative
EarSketch composition. Students learn how to layer tracks of music through using theEarSketch API function fitMedia(), create sections and variety in their song through writingcustom functions, and write comments to organize their code and interweave their messagethroughout their script. The project implements this workflow across each module, allowingparticipants to iterate upon a single artifact until reaching a desired product.The curriculum features several videos highlighting diverse STEM professionals, including amusic technologist, Pharrell’s audio engineer, an entrepreneur, and a scholar of Hip Hop studiesat the Georgia Institute of Technology. Additional resources include an interactive website, slidedecks, teacher lesson plans, computer
in the classroom[38]. I expanded the model to include student intentions and faculty perceptions of studentbehavior so a more reciprocal understanding of interactions in classrooms could be rooted out.To this end, I posed the following research questions:Q1: What are the qualities of faculty-student interactions and relations that support care andwell-being?Q2: What intentions do faculty hold for their interactions with students?Q3: How do students perceive faculty intentions and interactions?Q4: What intentions do students hold for their interactions with faculty?Q5: How do faculty perceive student intentions and interactions?When Covid-19 shuttered college campuses, some of the planned classroom observations and in-person interviews
. He is currently an Associate Professor with the Department of Physics & Engineering Science, Coastal Carolina University, USA.Ryan Kerns Ryan Kerns is a 4th-year Engineering Science student at Coastal Carolina University in South Carolina with a concentration in Physics. Kerns plans to graduate in August 2022. He has an interest in mechanical and aerospace engineering specifically in the field of innovative technologies. His long-term goal is to work with an industry company dedicated to technology innovation. © American Society for Engineering Education, 2022 Powered by www.slayte.com Work-in-Progress: Developing an Interactive, Immersive, 360-Degree
was used to identify faculty experiences thatinformed how they mentored their postdoctoral fellows. Faculty who had completed a postdoc aspart of their training reflected on their experiences, often identifying positive and negativeexperiences they used to guide, mentor, and plan the development of the postdocs they advise.Faculty who did not complete a postdoc used doctoral and industry experiences to inform theirdecisions. This work provides a unique window into postdoctoral training and mentorship,highlighting the need for more explicit expectations and plans for postdoc advisors.Keywords: Postdoctoral studies, Mentoring, Qualitative Thematic AnalysisI. Introduction and review of relevant research The postdoctoral position in