also advised to have theirpapers reviewed to reduce translation and grammatical errors. Perhaps the biggest motivator for apolished student submission is the new requirement for the sponsoring faculty advisor to sign astatement certifying that he/she has reviewed and approved the paper prior to submission toNASA.The judges appreciate the opportunity to read, evaluate, and discuss the systems engineeringpapers. They also appreciate how well the teams are doing in handling an extremely complexengineering job. The judges volunteer for this responsibility with the intent of helping thestudents prepare for their future careers as engineers. All positive and negative feedback isprovided to the students in a constructive manner, in hopes that lessons
Page 12.1047.11students to develop an intuitive understanding of conduction, convection, and radiation by examin-ing a variety of common examples. To ensure student understanding, the lecture concludes with abrief class quiz wherein the students, as a group, are asked to identify the heat transfer mechanismsactive during the operation of a number of household objects.Project Description: Prior to the 2006 session, the birthday candle boiler project, detailed by theauthors in a previous ASEE publication,1 was used in conjunction with the energy and work unit.However, with growing safety concerns and a continuing decline in the students’ overall laboratoryexperience, this experiment was retired. In its stead, a new project, previously utilized
. Applicants were required to submit theirtranscript, resume, and a brief (1 paragraph) personal statement. Participants were selected basedon their performance in relevant introductory engineering courses—Computer-aided Design(CAD), Statics, and Mechanics of Materials—and their previous laboratory/research experience.Priority was given to those students without any previous laboratory/research experience orexposure to 3D printing in order to provide new opportunities. As an extra curricular activity,careful attention was paid to the student’s ability to take on additional obligations in what isalready a demanding semester (18 credit hours). Each participant was paid hourly for their effortsup to 10 hours per week.The 3D3 Competition comprises four 3
success as a touring hip-hop musician and activist.Bethany Maureen Leonardi, Bethany Leonardi has had a passion for research from the moment she entered university. She obtained her Bachelor of Science in Forensic Science from Arizona State University where she contributed to her first published research project. She then achieved her Master of Arts in Library and Information Science from the University of Arizona. While completing her MLIS, she contributed to a research project concerning locating Native American research in engineering databases. During this time she realized that she had an interest and a talent for coding which she is currently pursuing independently. ©American Society for
, decisions about having the submarine Logistical Cost, funding, construction process, maintainability issues, resources needed Natural Water, topography, animals, plants, weather, weather predications, damage caused by sub on environment Social People, safety, concerning people, towns, living areas, fields of engineering and education, markets Figure 2: Categories for Analyzing Breadth of Discussion within Submarine Design ScenarioAn example of a student’s response across both semesters is included in Table 4. Whenconducting the analysis of Alexis’s (pseudonym) response the researchers split the response intoseparate considerations or segments
opportunities for students to: “...(1) to learn creative/designthinking, (2) to work on interdisciplinary teams, and (3) to have a safe opportunity to haveauthentic experiences where failure brings fewer consequences and where faculty can mentorand provide feedback,” (p. 48). This expands the task of educators from imparting contentknowledge to guiding students in experiences that produce new ideas (West, 2016). Science education can improve if educators are focused on teaching for transformative,aesthetic experiences (Pugh & Girod, 2006). Within science education, the STEM communitycan benefit from creative collaborations with art and design by allowing engineering students tobecome more imaginative, innovative, and creative (Wynn &
courses in engineering programs have long been offered with a primary focuson basic knowledge or skills. Such courses are characterized by lectures (directteaching) and homework assignments taken from textbooks. This context isdeteriorated by the fact that top universities in Taiwan have been emphasizing onresearch to some extent of overlooking the prominence of instructions. The majorstakeholders of engineering education, therefore, have stated major concerns. Forexample, the government urges to promote economic growth through new andinnovative model of high technology business; the employers demands the need for anew set of competences (ie. creativity, leadership and collaboration); college studentsregard their learning as rich but yet listless
answering a 5 toward “Strongly agree” on the scale (Figure 19). Figure 17 – All students thought that the simulation would improve their photolithography skills Figure 19. Photolithography familiarity of testers.Overall feedback of the simulation was positive (Table 3), with major complaints being the smallsize of text on the machines and initial difficulty with controls. Efforts are being made tomitigate some of these concerns, and further testing will be completed once the project is fullyfinished. Any Overall Feedback? The virtual reality photolithography room is phenomenal! So much like the real lab procedure. It looked great. My only real issue was how small the
P.E., Oklahoma State University I have had more than 15 years of experience in the fields of structural and concrete materials engineering. I have worked as an engineer with a design consultant, construction contractor, government agency, and as a professor. I feel that my practical experience has made me a better teacher and researcher. I enjoy teaching, and regularly receive positive feedback and evaluations from my students (3.86/4 average rating as an instructor). I was also fortunate to be awarded the Halliburton Excellent Young Teaching Award in 2011, the Williams Foundation Professor in 2013 for the College of Engineering, the ACI Walter P. Moore Faculty Achievement Award in 2014, the Researcher of the Year
2022 semester.While we no longer conduct formal surveys each semester, we have observed a decrease in thenumber of students who express concerns about learning MATLAB. It is possible that somestudents may have initially been resistant to the new technology, assuming the class would be 16taught in a traditional manner, and stopped considering its potential benefits. However, ourapproach has proven to be successful in improving students’ understanding and applicationof linear algebra concepts. As students became more comfortable with the tool and the classformat, we have seen an increase in overall student satisfaction with the course. Now, inour third semester of implementing these
, results of which have been published in over 100 articles in journals and conference proceedings. Dr. Nemes has also held a number of positions in industry and government, including posts at the Kennedy Space Center and at the U.S. Naval Research Laboratory in Washington DC.Kirsten S. Hochstedt, Penn State University Kirsten S. Hochstedt is a Graduate Assistant at the Leonhard Center for the Enhancement of Engineering Education. She has received her Masters degree in Educational Psychology, with an emphasis in educa- tional and psychological measurement, at Penn State and is a doctoral candidate in the same program. The primary focus of her research concerns assessing the response structure of test scores using item
with the camera and also provided a solution:create a new bottom on the interface. Finally, another student mentioned the software is nottotally user friendly. He would prefer the VL gives some additional instructions about how touse all the features. The camera issue and user friendlessness are problems that we were notaware until this research was performed. We will try to fix these issues in the current and futureVLs.One final comment that called our attention was one student who did not perceive any learningfrom the VLs. Specifically, the student said, “in terms of like actual learning something, I don'tthink I get much of it other than just know how do it [the hands-on experiment].” The studentsaw the VL as a tool useful only to know what
Education from Northeastern University (2022) where she completed her dissertation in elementary STEAM education. She also worked as a professional engineer in the athletic footwear and medical device industries for 10 years before joining the faculty at Northeastern University in 2006. ©American Society for Engineering Education, 2024 Engineering “STEAMs” Up Elementary Education: Impacts of the COVID-19 Pandemic (Fundamental)AbstractThe problem is that COVID-19 radically changed teaching and learning at a time when manypublic school districts were still aligning to their state’s new science, technology and engineering(STE) curriculum frameworks. When the pandemic hit the United
sections wereadministered the same exams (four in total throughout the semester, including the final comprehensiveexam). The two faculty members shared the exam grading load among the sections to ensureimpartiality. Exam performances were statistically analyzed and compared between sections.Additionally, end-of-semester surveys were administered to evaluate how the students engaged withthe professor, their peers, and themselves within the context of the course and the instructionalmethods.For sections 1 and 2 taught by professor A, a reflective learning approach was used for weeklyassessments. Reflective learning is a method that enables students to identify the gaps in their ownknowledge and the areas for self-improvement. In these sections
mean confidence levels were 82.3 or higher, except for task 5, to invent whatdoesn’t exist, which was 69.1. Perhaps the low level of confidence concerning task 5 is itself anindication of a good appreciation of the engineering process. One of the themes of the course isthe way in which engineers build on what has gone before rather than starting from scratch toinvent something entirely new. Indeed, in the wrap-up discussion on the last class day onestudent explicitly mentioned as remarkable the incremental nature of engineering progress asopposed to a process that always begins with a clean slate.[2] end of course surveyAs is required for all courses at Macalester College, we conducted an end-of-course studentevaluation. It had both
students, specifically women and underrepre- sented minorities. He received his M.S. in Industrial & Systems Engineering from Virginia Tech and his B.S. in Industrial Engineering from Clemson University.Ms. Kelly J Cross, Virginia Tech Ms. Cross earned her Bachelor’s of Science in Chemical Engineering from Purdue University in 2007. She earned her Master’s of Science in Materials Science and Engineering from the University of Cincin- nati in 2011. Ms. Cross is currently completing her studies in the Engineering Education PhD program at Virginia Tech and involved with multiple educational research projects with faculty and graduate students. Her research interests include diversity and inclusion, teamwork and
Paper ID #37895Virtue Ethics in Robotics: An ethics module to cultivatecharacter and ethical reasoningErin Henslee Dr. Erin Henslee is a Founding Faculty and Assistant Professor of Engineering at Wake Forest University. Prior to joining Wake Forest, she was a Researcher Development Officer at the University of Surrey where she supported Early Career Researchers publishing in the areas of inclusive researcher development. She has taught over 20 different engineering courses across a variety of institutions and departments. She has received teaching awards including WFU’s Innovative Teaching Teaching Award and
metacognitive andreasoning strategies, teamwork skills, and even class attendance” [4]. However, some of thetradeoffs include that PBL can be less effective at developing content knowledge, the wrongconclusions students reach may go uncorrected, the activities are often difficult for the instructorto implement, and students may be resistant to the new paradigm of being responsible for theirown learning [4, 5]. Several of these concerns may be mitigated by implementing an approachinvolving “scaffolding” as a balance between challenge and support, with heavy instructorsupport at the beginning of an activity that is then gradually reduced throughout the activity [2,4]. To make PBL even more effective, the problems to be solved may involve activity
you know how to do it I think that’s the important part. (David)One concern, however, was that in some cases students could develop the wrong understanding.For some students this was problematic because they said it was difficult to “erase” the wrongunderstanding. Tom was one student who had a problem with this, saying “the biggest thing thatI find with it is that if your group isn’t sure about a problem and say you do learn it wrong orthink you’ve figured it out but it’s not correct, then it takes awhile…it’s hard to kind of erase thatand replace it with the new and correct [information].” Brett exemplified the concerns over whatcould happen if this incorrect understanding was not caught.That was where our whole group thought we had the
taughtpreviously using a points-based grading scheme. However, student satisfaction with the learningenvironment was decreased in the specifications-graded course. Some aspects of student-facultyinteractions associated with the grading scheme were less satisfactory, even though personalinteractions supported learning equally well.References1. L. B. Nilson, “Yes, Virginia, there’s a better way to grade,” Inside Higher Ed, Jan. 19, 2016, https://www.insidehighered.com/views/2016/01/19/new-ways-grade-more- effectively-essay, retrieved Feb. 4, 2019.2. L. B. Nilson, Specifications Grading: Restoring Rigor, Motivating Students, and Saving Faculty Time. Sterling, VA: Stylus, 2015.3. T. Garcia and P. R. Pintrich, “The effects of autonomy
AC 2008-1735: IT-ENHANCED TEACHING AND LEARNING IN MACHINEDYNAMICSEl-Sayed Aziz, Stevens Institute of Technology Dr. El-Sayed Aziz holds a faculty position in the Production and Mechanical Engineering Department at Mansoura University, Egypt. Currently, he is working as research scientist at Stevens Institute of Technology in Hoboken, New Jersey, USA. He received B.S. and M.S. degrees in Mechanical Engineering from Mansoura University, Egypt, in 1991 and a Ph.D. in Mechanical Engineering from Stevens Institute of Technology in 2003. His research interests include knowledge-based engineering systems; computer-integrated design and manufacturing; Finite Element Analysis; gear design and
. There wasalso a concern for failure because their bids would be read aloud in front of the industryprofessionals and their peers. Since the students work in groups, they rehearse theirlearning and increase their processing time, which also benefits learning7.One of the most important reasons for success is the cooperation provided by theconstruction industry and the Iowa DOT. Iowa DOT increases its administrative load byparticipating. The contractors, subcontractors and suppliers share their time during anactivity that is critical to the success of their business. However, the professionalsparticipate with obvious enjoyment that a new generation is learning about a unique andexciting work assignment.Bibliography1. Russell, J, and J. T. P. Yao
hazardous areas usingremote/autonomous vehicles; biomedical engineers for medical imaging; and biosystems,environmental, and civil engineers for environmental monitoring. The decrease in camerahardware cost brought about by smart phones, the increase in image processing capabilitiesbrought about by a combination of computer hardware improvements, and the rise of machinelearning algorithms are opening new machine vision applications in nearly every area of society.Students are familiar with consumer uses for machine vision, such as sorting tomatoes anddrones following skateboarders. The universality of machine vision across disciplines is evidentto students; thus, the utility value of machine vision-related projects may be motivating tostudents.This
AC 2012-4314: APPLYING THRESHOLD LEARNING THEORY TO TEACHSUSTAINABLE BUSINESS PRACTICE IN POST-GRADUATE ENGINEER-ING EDUCATIONDr. Cheryl J.K. Desha, Queensland University of Technology Cheryl Desha is a lecturer in sustainable development in the faculty of engineering and science (School of Earth, Environment and Biological Systems), Queensland University of Technology. She is also a Principal Researcher in the Natural Edge Project (TNEP) research group, a non-profit academic network for research, education, and innovation for sustainable prosperity. Desha graduated in 1999 from envi- ronmental engineering and worked for consulting engineering firm Arup for four years, also undertaking work placement within the
makerspace manager, and current SEL employees. The jobresponsibilities include 1. assist faculty and staff with developing, designing, and coordinatingactivities focused on social engagement; 2. utilize the department social media to sharedepartment news and events and to engage students in the department; 3. act as a resource,coach, friend, and role model to students; 4. provide support and encouragement to peers, and 5.attend & participate in department related events such as orientation sessions. The goals of theSEL program are to engage and support students, create inclusive department and makerspaceculture, increase belonging for students (with a focus on pre-majors), promote cross programcollaborations, and encourage student agency. Once
interpret data, and use positive societal impact are included within the engineering judgement to draw conclusions. curriculum. (7) An ability to acquire and apply new knowledge as 4.4 The school’s curriculum facilitates meaningful needed, using appropriate learning strategies. learner-to-learner and learner-to faculty academic and professional engagement.3.2 Assessment InstrumentsThe second step in the backwards design is to determine acceptable evidence for the learningoutcomes. To do so, we developed assessment instruments which include a mix of multiple choiceand open-ended questions to assess the learning modules. Questions can be written to
for that lesson. Due to therotational nature of the military faculty at the Naval Academy, this also gave new instructorssome structure to their lessons before they walked into the classroom for the first time. Ourprimary goal, however, was making sure we had adequately accounted for time to lecture,perform demonstrations for the students, do group work, work at the benches, etc. Lesson 4 Lesson 5 Lesson 6 Minutes PE Calculations 10 Series Circuits and KVL Lecture Parallel Circuits and KCL Lecture 20
page design. In addition, the accessibility issue concerning program entries needs tobe addressed so that reviewers can efficiently examine executable code without having to gothrough various contortions for the downloading and execution of such code.2. Java and Interactive PortfoliosThe Java programming language provides a new design paradigm for programmers: write once,run anywhere. This object-oriented language was designed to maximize portability byspecifically defining many of the details of the language for all implementations, from the sourcecode all the way down to the byte code for the abstract machine language into which Java code istranslated2. Java programs can be executed on any platform that has a Java Virtual Enginewritten for
skillsets ofthe future AM workforce are summarized in Figure 7. Figure 7: AM future skillsetEthical and Societal Aspects of AM EducationThe ethical and societal dimensions of AM education manifest a profound awareness of theresponsibilities that accompany technological advancement. In the realm of sustainability, AMconfronts questions concerning material usage, waste reduction, and the environmental footprintof 3DP. Ethical considerations extend to the responsible use of AM in fields such as healthcare,addressing issues of patient safety, data security, and equitable access to medical advancements[46]. Furthermore, the theme of equity weaves through the educational landscape, promptingdiscussions about accessibility
businessschool. Others reported that it took time and experience.Similar to the findings from the corporate group, the timeline for project deliverables varied foreach small business and project. The projects had milestones to meet. Sara explained themilestones as “kill” points. These “kill” points included not being able to reach a licensingagreement, or an analysis that lead to the conclusion that the new technology does not meet theneed or desired expectation level. Unlike the corporate group, many participants from the smallbusiness group voiced concern about finding funding for a project. Scott mentioned that thetimeline for each project depended on the funding agency, such as National Science Foundation,Department of Defense, Homeland Security or