learning what the weekend is all about. Saturday and Sunday morning consists ofworkshops where the girls are exposed to each of the three professions (aviation, construction,and engineering). They spend four hours examining each career option, with no more thantwelve girls in each group. The activities range from flying an airplane to designing a pop bottlerocket. The program culminates with an award ceremony where friends and family have anopportunity to see what the girls have accomplished over the weekend.The cost of the camp is about $150 per girl, of which the girls pay $25. The rest of the fundshave been raised from donations and grants. Some companies have donated materials, such asairplanes and instructors. Others have sponsored daughters
Paper ID #28787Nascent Professional Identity Development in Freshman Architecture,Engineering, and Construction WomenDr. Andrea Nana Ofori-Boadu, North Carolina A&T State University Dr. Andrea N. Ofori-Boadu is an Assistant Professor of Construction and Construction Management with the Department of Built Environment within the College of Science and Technology at North Carolina Agricultural and Technical State University (NCA & T). Her research interests are in bio-derived cement replacement materials, delivery of sustainable built environments, and professional identity development in architecture, engineering
coursesdevelop capabilities while using scores and grades to provide feedback to students about theircapacity to enact these capabilities. Scoring mechanisms thus play a role both in establishingstudent expectations and indicating what knowledge or skills are valued in the context of acourse. The Bucknell RED has done preliminary experiments that modify grading structures toprovide additional feedback on capabilities that are associated both with student-desiredfunctionings and solving convergent problems. In the trial courses students received separatefeedback on how they are progressing on these capabilities as well as grades on exams,homework, etc. The initial indicators are that while this feedback provides valuable feedback tostudents on
four sections andover 120 students. The teaching team is comprised of four faculty members from diversebackgrounds within the university. The faculty team has expertise in architecture andarchitectural history, art history, landscape design, structural engineering, studio art, theaterhistory, electrical engineering, and semiconductor physics. Other disciplines represented in thecourse materials include social history, film, economics, business ethics, ecology, productdesign, and industrial design. Since teamwork is an essential element of the course, all facultyteam members have contributed to the course content and assignments. Each team memberteaches sections of the other classes to expose the students to different viewpoints and areas
. Students write acomparison paper focusing on three of these entities looking at sustainable and global practicesalong with company’s mission, vision, product, customer base, etc. Students also write a culturepaper on their reaction to German aspects of behavior, attitudes, and customs and on thesimilarities and differences in the lives of Germans and Americans.The course was designed to be interdisciplinary drawing on the disparate-yet-related disciplinesof design, engineering, manufacturing, technology, and leadership. It is co-taught by faculty infields of mechanical engineering, architectural technology, organizational leadership, and worldlanguages and cultures. While the central focus of the course is sustainability; globalization andGerman
% Military Veteran 9 2% Student with Children 7 2% In-State Native 292 78% Out of State 55 15% Out of Country 27 7%Final grade distributions for the 374 students are shown in Figure 1. The classes in this studywere freshman- to senior-level civil (CE) and construction science (CNS) classes, including CE101 Introduction to Civil Engineering, CE 212 Elementary Surveying, CNS 231 Statics A, CE333 Statics, CE 530 Statics and Dynamics, CE 533 Mechanics of Materials, and CE 522 SoilMechanics. Construction science students typically take CNS 231, which does not require mathbeyond
inexpensive jig to locate these boxes quickly andeasily. AMI investigated previous patents, developed a prototype, helped to open some testmarkets, created marketing materials and are producing 100 units for a test market.An entrepreneur conceived the idea for a chair capable of beingadjusted to accommodate a wide range of users (up to 95% of themale population down to the smallest 5% of the femalepopulation) and still maintain proper ergonomic positioning.AMI staff and mechanical and manufacturing engineering internsdesigned the pneumatically controlled adjustment system andthen prototyped the chair for testing. Since that time AMI hasproduced a number of additional prototypes in order for the clientto send the units out for field testing. One of
plans and fabricate the actual design. Finally, qualitycontrol, metrology, and finite-element analysis courses will allow students to analyze andinspect their designs. This is part of the ET Department’s long-term goal of developing aconcurrent engineering approach throughout the entire curriculum.Course Assessment and Student FeedbackFaculty have collected a limited amount of assessment material from EDG I and EDG II.The ET Department graphics committee created a qualitative survey for EDG I and re-ceived feedback from 79 students in fall 1998 and 109 students in fall 1999 regardinghow the course met their expectations, what they felt they gained from the course, and
. During the workshop the groups worked together to establish theroles and responsibilities of their members and to ensure that each person understood their rolesand were comfortable with assigned tasks. Each group was not only responsible for collectingdata about the road and associated structures but they had to prepare daily presentations aboutthe research work that would be broadcast to the Smithsonian from their field locations.All team members, regardless of their expertise and responsibilities, learned in Lima how to setup the mechanical components of the broadcast equipment which included the satellite base,satellite dish, the generator, and various communications tents and shelters. The training ensuredthat all group members could
Manufacturing Engineering, Construction Management, Electrical and Computer Engineering and Technology, Integrated Engineering, and Mechanical and Civil Engineering. I have a Master of Library and Information Science degree from the University of Wisconsin-Milwaukee, a Master of Arts degree in history from the University of Nebraska-Lincoln, and a Bachelor of Arts degree in history from Minnesota State University, Mankato.Rebecca A Bates (Professor & Chair) Becky Bates received the Ph.D. degree in electrical engineering from the University of Washington. She also received the M.T.S . degree from Harvard Divinity School. She is currently Professor and Chair of the Department of Integrated Engineering at Minnesota State
could be done at the same time to speedup the project, participants in the experimental condition were more likely to agree thanparticipants in the baseline condition. The experimental condition had received three tasks priorto help them see the value of visualizations, whereas the baseline condition had not. Ongoingwork includes revising these materials to ensure that all participants do see the value of avisualization, and developing an intervention to allow participants to learn and use a novelvisualization. Introduction Volumes of research have shown that visualization helps comprehension of all sorts ofcomplicated relationships. A good visualization not only explicitly indicates structure
Paper ID #29715A Model for a Faculty Development Course Redesign Summer Working GroupDr. Michelle M Blum, Syracuse University Dr. Blum is interested in research in improving undergraduate engineering education; including develop- ment of inquiry based activities for first year engineering courses, improvement of student design projects, hands-on activities, professional skills development and inclusion and outreach activities. Dr. Blum also specializes in high performance materials development and characterization for tribological (friction and wear), structural, and biomedical applications.Dr. Katie D. Cadwell, Syracuse
contributelearning materials to a cyberlearning platform to support pedagogy.We conducted a cybersecurity study in the spring of 2019 and 2020 with 76 software engineeringundergraduate students. The students learned various cybersecurity topics and tools using SEP-CyLE. We evaluated the students’ proficiency based on the total time they spent engaging withthe material, their performance on assessments, the virtual points they earned as a team, theirfeedback, their perception of SEP-CyLE, and the quality of the material and instruction. Overall,the results show that in both years, students spent the most time learning the LO content; however,on average, the students spent twice the amount of time on the LO recorded assessment whencompared to the LO practice
initiatives to improve CS education at all levels by a focused approach to increase the computing pipeline by getting students interested in STEM disciplines and future technology careers. One of these initiatives is the STARS Alliance (starsalliance.org) with programs in K-12 outreach, community service, student leadership and computing diversity research.Dr. Earl B. Smith, Georgia Southern University Dr. Earl B. Smith is a visiting assistant professor in Mechanical Engineering at Georgia Southern Univer- sity. He graduated with a bachelor’s in Mechanical Engineering from Georgia Tech, a master of science in Engineering from Prairie View A&M University, and a Ph.D. in Mechanical Engineering from Texas A&M
Lewisburg, PA 17837 Email: lwittie@bucknell.eduAbstractTeaching for Mastery is the idea that students should progress through material when they haveconquered the previous material it depends on and each student may progress at their own pace.The paper documents the process and results of incorporating a teach for mastery system into aComputer Science Programming Language Design course. The course is aimed at junior andsenior undergraduate students and its goal is to introduce them to the four main language familiesand to show them how to teach themselves a programming language. This teach for masterysystem caused both student learning and student satisfaction to improve in a course that wasalready well received
Paper ID #38434Work In Progress: Initiating a graduate teaching fellowprogram to support undergraduates transferring intoengineering and computing programsMarian S. Kennedy (Associate Professor) Marian Kennedy is an Associate Professor within the Department of Materials Science & Engineering at Clemson University. Her research group focused on the mechanical and tribological characterization of thin films. She also contributes to the engineering education community through studying the process/impacts of undergraduate research and navigational capital into graduate school.William Ferriell W. Davis Ferriell is a
by an on-line curriculum. As a part of our commitment to place-based pedagogy and the theoretical framework of rural cultural wealth, SCENIC also pairsstudents with local community members as sources to unpack the role of engineering in theircommunities. High school students engage local community members by monitoringenvironmental conditions in schools, businesses, agricultural settings, homes, and government 4sites. Community members assist with access to experimental sites, materials, and projectpromotion. The soil and air quality inquiry projects culminate in a poster symposium wherestudents showcase their projects to the local community
absent students when trying to complete the associated homework often indicated they had not effectively processed the posted material. Additionally, as the guest lectures are the primary mechanism for introducing the engineering disciplines, poor attendance meant that this course goal was not being met. In the fall of 2022, the instructors added a weekly quiz administered through the course management system based on each guest presentation. The goal was to ask a few very basic questions that were clearly answered during the presentation. However, some presentations did not lend themselves well to this style of assessment. Further, this shifted the student focus to identifying potential topics for quiz
decision are intangible, in that they do not lendthemselves to exact or certain measurement. What is the value of having a stronger bridge?Does it make sense to extend the life of an old bridge? What is the value of having a bridge thatcan better withstand earthquakes?Fiber-reinforced polymer (FRP) material systems, composed of fibers embedded in polymericmatrix, provide additional load-bearing capabilities to structures. These material systems includefiberglass, carbon fiber or other synthetic fibers such as Kevlar that are attached to theunderlying structure with epoxy or other polymeric matrix. These materials were originallydeveloped for aircraft applications and their application with reinforced concrete structures suchas bridges is a
) since Precalculus II is currently only offered in thespring semester at Methodist University. In order to help alleviate this delay for eligible students,faculty members from both engineering and mathematics have been diligently working towards afeasible solution that will meet the needs of our students as well as the unique limitations of oursmall institution.Many of these incoming engineering students that were placed in College Algebra were alsostudents that had ACT or SAT math scores that missed the set Precalculus placementrequirement by a minimal difference. When these students then took College Algebra, we foundmany had experienced the material prior and had a recollection of the necessary mathematicalprocedures as soon as they were re
business and accounting, and her Ph.D. in Organization and Management is from Capella University, Minneapolis. She holds Six Sigma and Lean certifications.Dr. Yuezhou Wang, Minnesota State University, Mankato Dr. Yuezhou Wang is a Mechanical Engineering faculty in Minnesota State University, Mankato. Af- ter receiving his Ph.D. from University of Minnesota in 2017, he works for Iron Range Engineering, a project-based learning program. His teaching interests are in areas of materials science, structural analy- sis, finite element modeling and dynamic systems. His technical research focuses on multiscale modeling on mechanical behavior of nano and granular materials. c American Society for
Paper ID #15401Stimulating Creativity in Online Learning Environments through IntelligentFast FailureDr. Kathryn W. Jablokow, Pennsylvania State University Dr. Kathryn Jablokow is an Associate Professor of Mechanical Engineering and Engineering Design at Penn State University. A graduate of Ohio State University (Ph.D., Electrical Engineering), Dr. Jablokow’s teaching and research interests include problem solving, invention, and creativity in science and engineer- ing, as well as robotics and computational dynamics. In addition to her membership in ASEE, she is a Senior Member of IEEE and a Fellow of ASME. Dr. Jablokow
network] 10 7 Highway Noise Barriers and Citizen Involvement [interactive qualitative evaluation] 11 8 From Extreme Events to Everyday Action [mechanisms of structural failure] 12 9 Structural Cracking—Why? [subsidence caused by underground mining] 13 10 Quebec Bridge Collapse-1907[classic case explained by national expert] 14 Discussion Session [Thanksgiving Holiday precluded usual format] 15 11 Bridge Location to Minimize Environmental Impact [students chose location] 16 Summary Session [comprehensive evaluation session] A TYPICAL CASETo illustrate
processes that use bioactive agents. This is a highly transdisciplinaryfield that involves principles in both engineering: chemical, mechanical, electrical, industrial,agricultural, and environmental, and biology: biochemistry and microbiology. At our university,we offer an introductory course in Bioprocess Engineering to seniors and entering graduatestudents for any of the disciplines listed above. This course is co-taught by faculty in bothchemical engineering (CHE) and biosystems and agricultural engineering (BAE). This class canbe a challenge to teach due to the diversity of the students at different levels and from differentdisciplines.As part of their grade for the course, students participate in a “hands-on” class project designedto give the
about the efficiency of their strategies, and guide learners’ reflection at a level that they donot generally consider 12, 13. Well-designed and embedded prompts direct learners to perform aspecific desired activity which is contextualized within a particular learning and problem-solvingsituation12,13. Educational researchers had consistently demonstrated success in using self-assessment andprompts for improving students’ learning. White et al.14 adopted the reflective assessment intheir mechanics curriculum for junior high school students, and showed that students whoroutinely answered the reflective assessment prompts developed a better understanding of boththe subject matter and the inquiry process. Tien et al15 demonstrated students who
training materials, guidelines fordeliverables such as the end of summer poster and paper, and a place for participants to postphotos. The integration of Moodle into the NEEShub provides a single access point for thestudents. One login provides access to all of the tools in NEEShub and to their unique REUNetwork sections designed for the NEES REU program. Page 25.1493.5 Figure 2: Landing page of NEES REU Network, the content management system customized to support the NEES REU program.Using the NEES REU Network to support the geographically distributed REU students hasseveral advantages. First since the CMS is not tied
to help students understand basic concepts in the context ofelectrical engineering. Assessments of improvement in student learning were not provided.Extensive research has demonstrated the efficacy of visual aids on students learning across avariety of domains, including learning verbal materials, spatial layout, sports rules,mechanical structures, etc. (e.g., Novick et al.7).One reason why visual models improve student understanding is that visual cues helplearners offload part of the conceptual processing required to the visuospatial domain, thusfreeing up valuable verbal resources in working memory (Haugwitz et al.8). Moderntheoretical models of working memory typically consists of three components, a centralexecutive responsible for
engineering education research. The panel is moderated by BevleeA. Watford. The five panelists are≠ Gary Downey, Editor, Journal of Engineering Studies≠ Jackie ElSayed, Editor, Journal of Process Education≠ Jack Lohmann, Editor, Journal of Engineering Education≠ Susan Lord, Editor, IEEE Journal of Engineering Education≠ Larry Shuman, Editor, Advances in Engineering EducationGary Downey is an ethnographic listener interested in the relationship between knowledge andpersonhood. Trained as a mechanical engineer and cultural anthropologist, he is Professor ofScience and Technology Studies and an affiliated faculty member in the Departments ofEngineering Education and Sociology, as well as in the Women's Studies Program
Science.Dr. Susan Niki Ritchey, Texas A&M University Dr. S. Niki Ritchey is an Associate Professor of Practice at Texas A&M University. She earned BS and MS degrees in Nuclear Engineering at Texas A&M University and a PhD in Mechanical Engineering from Purdue University. She worked as a Research Engineering for Heat Transfer Research, Inc. conducting experimental research on condensation in heat exchangers. She currently teaches students how to program using Python in the first year engineering program. c American Society for Engineering Education, 2020 Work in Progress: A Project-Based Learning Alternative for First Year Engineering StudentsAbstractSome
launch. The competition isillustrated in Fig. 2.The cryptography exercise is included in the competition to appeal to the non-engineeringparticipants. A math or science student having no interest in particle mechanics or fluidmechanics can still participate by attending the cryptography workshop and competing as a code-breaker. Page 10.1373.2 Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering EducationIf the launch-team code-breaker succeeds first, the computer closes a firing circuit and launchesthe rocket. If