greatly impacted student performance, even well into face-to-faceinstruction in 2022. Jonathan Malesic details this in the New York Times guest essay “Mystudents are not ok,” in which he discusses dwindling student performance and the perpetuationof poor study habits generated during the online years2. Keshvarz points out that one of severalshortcomings of total online education includes the lack of discipline and inefficient time usage3,which compliments Malesic’s viewpoint on the development of bad habits. However, theinstructors in this department have noticed a deeper issue that became apparent through Covid-19 and post-Covid-19 instruction: a lack of quality control in terms of course consistency andstudent retention of knowledge. While
’ perceptions and attitudesabout the in-class problem-solving for civil/environmental engineering type of courses and theeffect of in-class problem-solving on overall performance? A course (CE 3702 - Introduction toEnvironmental Engineering) from the civil and environmental engineering program curriculumwas used in fall 2021, spring 2022, summer 2022, and fall 2022 semesters to implement this study.An objective was formulated to understand the students’ perceptions and attitudes about in-classproblem-solving and their overall performance in the course. The objective was accomplished viaonline and face-to-face anonymous surveys and statistical analyses of the survey data as well asthe final course grades. The primary goal of this study was to understand
Paper ID #36677Reverse Engineering an Engineering Design Challenge with Low-Cost 3DPrintingDr. Wayne M. Johnson, University of Georgia Wayne M. Johnson is a Senior Lecturer in the School of Environmental, Civil, Agricultural and Mechani- cal Engineering at the University of Georgia (UGA) in Athens, GA. Prior to joining UGA in 2022, he was a Professor of Mechanical Engineering at Georgia Southern University-Armstrong Campus, Savannah GA. He received his Ph.D. and M.S. in Mechanical Engineering from Georgia Institute of Technology and his B.S. in Mechanical Engineering (Cum Laude) from Louisiana State University. He has
forthe precursory elements of the entrepreneurial action - curiosity, connections and creating value.The first project applied Single-Degree-of-Freedom system concept to the design of a suspensionsystem for an airplane landing gear, and the second project applied Multiple-Degree-of-Freedomsystem concept to the design of a dynamic vibration absorber for a reciprocating engine. Bothdesigns used frequency spectrum as the primary guidance. The performances of the two projectsfor spring 2022 EM class, and for three regular spring classes without EML were investigated.The results from both projects showed that the percentage of excellence was high in the classwith EML.KeywordsVibration, entrepreneurially minded learning (EML), problem-based learning
Conferencedeveloped a comprehensive experiential learning facility where students can meet their mentors,hang out with friends, and explore their major options. B. The Project and Space:With the general idea of improving experiential learning in mind, the college solicited proposalsfrom faculty for specific ideas and plans in May 2022. Each of the four departments respondedwith at least one proposal. After reviewing and selecting the proposals, a supplemental facultyand staff development team was formed in June. Since then the team met regularly to brainstorm,plan, and implement the project during summer and fall of 2022. Areas discussed included userscenarios, facility staffing, furniture needs, equipment ordering, space layout, student
result in a negative effect on self-efficacy, but the same negative result couldbecome a motivating factor. A survey of students could be beneficial to aid in understanding theeffect on self-efficacy.References1 T. Ricci. Are Certifications Worth the Effort? Accessed on: November 13, 2022. [Online]. Available: https://www.asme.org/career-education/articles/certification/are-certificationsworth-the-effort2 L. A. Mata and D. D. Carpenter, "Innovative incorporation of industry certifications to enhance recruiting and retention in civil engineering," 2014 IEEE Frontiers in Education Conference (FIE) Proceedings, 2014, pp. 1-4.3 C. Archer. Why SOLIDWORKS Certification for Students is Important. Accessed on
Engineering student? Tune in for capstone day interviews with graduating seniors on teams High Rollers, PIT, and Glide Walkers. o 2022 Capstone Design To learn more about the projects described here and our capstone design program, check out the Department of Mechanical Engineering's Capstone Brochure and Annual Report at: https://mechanical.gmu.edu/connections/senior-design- capstone. • Target audience: college students o Mason ties to the Naval Air Warfare Center Aircraft Division (NAWCAD) In this episode hear from Jazzmin Robinson, Mason alum and student leader, on her pathway to a Navy civilian career, along
100%effectiveness due to requiring access to physical equipment and infrastructure”. Studentassessment and exam integrity are still the challenges in online courses.Our ApproachesA team of faculty members in computer science, mechanical engineering and constructionmanagement at Alabama A&M University implemented evidence-based instructional practices inthree gateway courses in STEM curricula in a synchronous online format from spring 2020 tospring 2022. Recognizing that it is essential to implement effective pedagogies in gatewaycourses where most attrition occur, this study has focused on: (1) designing three online gatewaycourses in computer science, mechanical engineering and construction management byintegrating evidence-based
qualitative approach post shared from October 2021 toJanuary 2022 in the subreddit r/adhd and r/autism, an online community for neurodiverseindividuals. Applying thematic analysis, we identified how neurodiverse individuals share job-related concerns and seek advice from community members. Our results show that most job-related posts are classified as having a negative or neutral sentiment. Furthermore, this analysis ofsocial media content is particularly relevant to graduate courses on Information Representation,Processing, and Visualization, as it encompasses the entire analysis pipeline, from data collectionto visualization, and serves as a valuable case study or project example for students to apply thetheoretical concepts learned in these
to engineering core curricula are synergizedwith institutional-level testing infrastructures to improve outcomes spanning academic integrity,grade accuracy, and elevating students’ success. The combination of multiple-attempt testingwithin a properly proctored testing environment is explored herein. Namely, we compare thestudents’ success rates in two different engineering core courses delivered as hybrid online/livecourses during Summer 2022: Dynamics (155 students) and Thermodynamics (282 students).Assessments took place in a novel STEM-focused interwoven testing and remediationinfrastructure, referred to as an Evaluation Proficiency Center (EPC), wherein students werepermitted three attempts per test while they convened with the Graduate
for the faculty to build rapport with students by giving them a greater sense ofcontrol over their testing resource. The second hypothesis is that increased student annotation, which mayindicate greater student interaction with the FERH, would yield higher test scores.MethodsStudent Cohort Selection: This study focuses on the current senior-level students at The Citadel in theCivil Engineering major. This group of 36 students took the same sequence of courses in junior andsenior years. This includes all taking the CIVL 322 course in Spring 2022 used for the one course casestudy. As such, they have all had comparable exposure to the FERH in their upper-level engineering © American Society for Engineering Education
. © American Society for Engineering Education, 2023 2022 ASEE Southeast Section ConferenceTransfer students experience transfer shock, which is typified by a decrease in student performanceas in Cedja3 and Hills4. The shock is occasioned by social and academic adjustment issues thatinclude, learning a new system, environment, policies, and academic culture. Transfer shock ismore pronounced in engineering majors as per Lakin & Elliot5. The dip in GPA often occursduring the first semester post transfer. However, for some students, the shock lingers for a longerperiod in what Lakin & Elliot refer to as “transfer norming” which in turn impacts their time todegree explained by Smith, Grohs, & Aken6. A prolonged
Communication Device) was probably one of the most impactful.7”The team has since volunteered to make a slightly modified device for another communitymember. After having received feedback that the design could possibly be patented, the teamdecided to make it publicly available as an Instructable8 instead.The response from participating students has been overwhelmingly positive. Not only do wehave 10 of the 16 studentsfrom last year returning in Table 1: Make:able participation in 2021/22 and 2022/232022/23, but we have had Project Year 2021-22 2022-23to limit total participation Age Group Below 14 14-18 Below 14 14-18to 7 teams and 28 students Male 4 6
. Dr. Batouli received Harry Saxe Teaching award in 2022 based on students’ votes and stu- dents evaluation of instruction. His previous research has resulted in more than 30 referred journal and conference publications as well as five research reports. His past research received major awards and hon- ors including a third-place best poster award from the construction research congress and a Dissertation Year Fellowship from Florida International University in 2016. ©American Society for Engineering Education, 2023 2023 ASEE Southeast Section Conference A Game-Based Approach to Teach Delegation and Organizational Structure to
eight semesters tocomplete. The program resides in the College of Architecture, Art and Design, and wasconceived through and has strong ties with the School of Architecture. BCS is accredited by theAmerican Council for Construction Education (ACCE). ACCE requires demonstratedachievement of twenty student learning outcomes to maintain accreditation (ACCE, 2022).These required outcomes are assessed in the studios through assigned projects.Eight of the required ACCE student learning outcomes are higher level Revised Bloom’sTaxonomy (Anderson and Krathwohl. 2001) outcomes, well suited to project assignments intechnical academic programs. “Remember and Understand” are lower order thinking skills andare better suited to multiple choice or true false
assignments for a selection of six procedures completed in lab. Each of the six lab © American Society for Engineering Education, 2023 2023 ASEE Southeastern Section Conferenceexperiments were completed in a two-hour lab period each week. The format of the threesemesters was: Semester 1 (Fall 2021): one full-length laboratory report Semester 2 (Spring 2022): three post-lab assignments (sequential question/response format), three mini-lab reports, and one full-length laboratory report Semester 3 (Fall 2022): six mini-lab reports and one full-length laboratory reportTo assess the success of this intervention, performance on both the post-lab assignments from therotation of six
classroom, although not significantly so. Thecomplete details of the assessment are given in Ref [36].2.6 In-Person Flipped Modality with Adaptive Learning (2021-22)Starting in the Fall of 2021, our classes returned to in-person face-to-face (F2F) instruction. Weimplemented the pre-class learning via the adaptive platform for all course topics and continuedto do so in Spring 2022.Pre-class learning: The activities remained the same as for the flipped modality mentioned inSection 2.5.In-class activities: The activities remained the same as for the flipped modality mentioned inSection 2.2. The only change was using the Poll Everywhere [37] audience response system forthe conceptual questions, as the university subscribed to the service. Poll
Paper ID #36663A Comparison between Blended and Online Teaching Method for StaticsCourse: a perspective in a Community CollegeDr. Edwin Lim, University of Georgia Edwin Lim is a lecturer at the School of Environmental, Civil, Agricultural and Mechanical Engineering at the University of Georgia. His research interests are in the field of engineering education, earthquake engineering and reduce order finite element modeling. Prior to arriving at UGA in Fall 2022, he taught engineering mechanics, numerical method, materials science, and fundamental engineering courses at Tacoma Community College. He holds a Ph.D. and M.S
impact but are limited to the type of online buzz common in news and media outlets. Theuse of an interactive medium such as roleplaying (Hingle & Johri, 2022). should be explored andimplemented if possible. Students' sentiment toward the societal implications of AI needs to bedeveloped more in the classroom, especially in technical courses where the focus may be moreon learning techniques. If instructors can, they should engage students by exploring whatconversations are being discussed by leaders and experts in the field and find ways to bring theseconversations in on an everyday basis. Ethics should not be a conversation for the final weeks ofa course but rather an ongoing one throughout the course.LimitationsThere are some limitations to
offer hands-on labs.Second, since studies have shown that offering virtual labs can be an effective way to increaselearning and engagement and that virtual labs can be offered at little to no additional costs,institutions can offer virtual lab experiences without significantly increasing attendance costs.An undergraduate engineering program that offers no laboratory experiences misses out on manyof the benefits of increased engagement, increase retention, and increased graduation rates.Since there are equitable ways for students to attend programs that offer either hands-on, virtuallabs, or both, there is no benefit to eliminating labs from undergraduate engineering programs.References1. Newhouse, C. and Swenty, M. (March 13-5, 2022). “The
SeaPerch and SeaGlide camps heldat George Mason University in the Summer of 2022. Each camp was four days, Monday-Thursday, with the SeaPerch camp recruiting middle-school aged students with no pre-requisiterobotics knowledge and SeaGlide targeting high-school students with some prior roboticsexperience. In an effort to recruit a diverse camper population, both camps were offered free ofcharge to enrolled campers. SeaPerch and SeaGlide foster hands-on engineering and technologyexperiences with their kit-based robotics programs. Supporting activities during the campsprovided students opportunities to leverage engineering, design, science, teamwork, and art skills.Similarly, to increase student interest in research, both camps offered grade
design mindsets that are friendlier to the environmentand yet efficient and able to meet the needs of our society.4Thus, current efforts associated with the concept of sustainability for our educational activitiesrepresent a central focus on sustainability as design in tandem with, and not against, nature as iscaptured in biomimicry – denoted by scholars as innovative design solutions that are both socially © American Society for Engineering Education, 2023and environmentally sustainable. This work describes preliminary findings from 2021-2022 effortsundertaken in previous iterations of CHE 3550, Transfer Science II (Fluids), a three-credit hourcourse with one credit of lab work offered at a medium-sized, rural, public
technology and innovation, potentially within the same teams to compete on developing solutions to unresolved problems. The format of this Phase is like a hackathon.In this project we want to explore the best mechanisms to communicate with students in order toencourage them to innovate and consider entrepreneurship. We also wanted to make them aware of theresources available for them to develop a Minimal Viable Product (MVP) and test in an existing IOTenvironment. Phase 1 is meant to provide the students with the tools they need to innovate and Phase 2is meant to have them apply these tools to solving new problems.In this paper we cover our findings related to Phase 1 of The Amazing Techno Race completed onNovember 16, 2022. 2.2. ESDN
Virginia has onetrack. Most of the students that come to the nine universities are from these schools, therefore, itwould be useful to gather what math courses they have completed. While this may not measurethe quality of the math preparation, it does measure the expected content of that preparation.Data AnalysisUniversity Math Requirements © American Society for Engineering Education, 2023Table 1 summarizes the data found on university websites regarding entry requirements intoengineering schools or programs. While placement test requirements are listed, all universities inTable 1 have waived the SAT/ACT requirements for the application cycle 2022-2023, continuingtheir optional requirements implemented during the COVID
past five years, Dr. Hubbard has served as the program lead for the NCSSM-Durham Step-up-to-STEM summer outreach program which targets underrepresented minorities and disadvantaged groups from across North Carolina. Dr. Hubbard is a 2020 recipient of the UNC Board of Governor’s Teaching Award (Service to Students), a 2022 recipient of the Women in Engineering Proactive Network (WEPAN) Educator’s Award, and a 2022 UNC Faculty Fellow. ©American Society for Engineering Education, 2023 2023 ASEE Southeastern Section Conference Development of a Biomedical Engineering Course for High School Students Using Student-Centered Pedagogy
(junior year second semester) prior to enrolling in the capstonedesign course, AE juniors take a “project selection survey”. The survey primarily requests theirchoice (i.e., Flight or Space) that the student would like to undertake for their capstone designexperience. Their previous participation in sources of accidental competencies is also requested.Table 1 shows the survey questions of interest for this study. The respondents were juniors thatbegan their aerospace capstone design in fall 2021 and fall 2022. There was a total of 149respondents. Respondents’ distribution within the sections is shown in Table 2. The datacollected was post processed in MS Excel to reveal the correlation between participating in thesesources of accidental
training (e.g. modelling good behavior) that will requirecareful consideration to ensure seamless transfer of methods.References1 Ménard, A. D., & Trant, J. F. “A review and critique of academic lab safety research.” Nature Chemistry, 12(1), 2020. 17-25.2 American Institute for Chemical Engineers (AIChE). (2020, February 20). Safety Culture: “What is at Stake”. https://www.aiche.org/ccps/safety-culture-what-stake. Accessed Feb 12, 2022.3 “Criteria for Accrediting Engineering Programs, 2022-2023,” ABET, Baltimore, MD. Prpich, G. (2022, August). Work-in-Progress: Improving Safety Education for Undergraduate Chemical Engineers. In 2022 ASEE Annual Conference & Exposition.4 “Safety Cultures in
Sciences), and the School ofBusiness. The first set of students started in the 2022-23 session. The program has three differenttracks, and it is open to students with technical and nontechnical backgrounds. All track areascan also prepare students for a broad cybersecurity certification.References1 U.S. Bureau of Labor Stattistics. (2022). Retrieved from: https://www.bls.gov/ooh/computer-and-information- technology/information-security-analysts.htm2 Workforce Framework for Cybersecurity (NICE Framework). (2022). Retrieved from: https://niccs.cisa.gov/workforce-development/nice-framework3 NIST Special Publication 800-181, rev.1. (2017) Workforce Framework for Cybersecurity (NICE Framework).4 Alsmadi, I. (2018). Cybersecurity Education
2019 11 13 2020 17 19 2021 3 5 2022 15 17 Total 53 63 Figure 1: 2019 GAB 3D Yearbook Figure 2: 2021 GAB 3D YearbookThe Introduction to Industrial Engineering course is responsible for producing the woodenframes, applying a finish to the frames and assembling the box set. A separate student projectteam is responsible for scanning, modeling and printing the 3D heads and for producing andapplying the labels and plaque.The Production ExperienceThe production experience begins by students handling and
full of student emails, and manytimes more than one student asks the same question, leading the instructor to spend timecompleting essentially duplicate tasks. Then there is the opposite issue – students are notemailing the instructor due to reasons such as lack of approachability, confusion, etc. This studyevaluated the use of an additional communication tool in a large undergraduate engineeringcourse. An instructor at a regional university created a Discord server with categories containingvarious channels for each of their two courses taught in the Fall 2022 semester. Results fromstudent surveys and instructor observations found that Discord was useful for disseminatingcourse information, answering student questions, and receiving student