learn the design process from the experienced juniormentors. For the final two-thirds of the semester, the subgroups group together as eight-personteams to do the final design and prototype implementation. The added bonus of this approach isthat the sophomores get to know a more senior student, who can serve as a peer advisor on issuessuch as course and area choices that go beyond the immediate goals of the course. Sophomore 1 Junior 1 BME 200 BME 300 Sophomore 2 Junior 2 Senior 1 Senior 2 (Capstone) BME 201 BME 301 BME 400
individual to a professionalone, accomplished in working with business and industry methods. The changes have beenmade in response to changes in the students and their needs as graduates.In the nine-month experience, the first portion focuses on team building, leadershipdevelopment, problem identification and certification, and design feasibility determination,through differing communications requirements. In the latter parts of the course sequence, inparallel with the technical aspects of the design project, the setting of milestones, managing theproject, and performing and documenting engineering work are augmented by keyprofessionalism topics. These span the range from “selling oneself” and selling the projectconcept, to considering global
of every message you’ve ever received, as it is inserted into the database). When it’s done you’ll see a new icon titled “Messages database.” You’ll be able to search through this to find any message. Rebecca (10/01/97, 7:10PM): Thanks for your help, but how do I know which screen is the “message packets” screen?! George (10/02/97, 8:44AM): Oh, sorry about that... The “message packets” screen is the one with the gray background, and has a list of many message “packets” in a blue rectangle. Rebecca (10/02/97, 7:37PM): Hey! I just did it – and now I’ve got a messages database. Should I keep all of the other files that are listed on this “message packets” screen? George (10/03/97, 8
the increased energy awareness of the students.Questions seven through twelve demonstrate that the students have familiarity on both a personaland professional level of the need for energy engineers in the future. Page 23.1245.11Bibliography1 Duncan, M., Ryan, M., & Lidstoone, J. (2002). Reaching the Wider Learning Community: Exploring the Support and Design of Media Enhanced Teaching. Internation Conference on Computers in Education. Brisbane: IEEE Computer Society.2 Schilling, K. (2009). The Impact of Multimedia Course Enhancements on Student Learning Outcomes. Journal of Education for Library and
future research as institutions are looking to use multiple assessment methods to moreprecisely evaluate their ABET SOs [10].Research GoalsThis study aims to examine (1) how students’ self-efficacy relates to their academic performanceas measured by GPA and FE exam scores, and (2) how academic performance may influencestudents’ perceptions of their abilities. Specifically, the study assesses the validity of indirectstudent assessments, using a survey given to outgoing senior students, to predict their mastery ofa subject through direct student assessments (i.e., FE exam data and cumulative GPA values).The study monitors how frequently students underrate or overrate their understanding of ABETSOs based on their measured performance. The goal is
Playground,”a VR environment for electromagnetism education 6 , helped students grasp abstract concepts inmagnetostatics. These studies highlighted the potential of Virtual Reality as a transformative toolfor education, particularly in STEM fields.Building on these advancements, our research aims to address the specific challenges of teachingelectromagnetism through the development of a VR-based, self-guided learning tool. Createdusing Unity, this tool facilitates the visualizations of abstract electromagnetic phenomena intotangible, interactive experiences. This tool, developed and tested by a group of students at theUniversity of Illinois Urbana-Champaign (UIUC), has been used in an undergraduate Electricaland Computer Engineering (ECE) course
: The mission of the museum is to collect, preserve, interpret and display the art of industry, engineering, and the history of technology. This mission is executed through exhibitions, programs, workshops, and activities that enhance the educational experience at the university while making available to the city, the region, and beyond a major cultural resource for the benefit of the individual and collective lives of its constituency. The museum’s vision is to focus on our uniqueness and continue to expand our audience while further establishing our role as the only museum focused exclusively on the art of human industry with the largest collection of its type, which includes archives and
support an engineering conceptdevelopment from cradle to grave. For SE students, that full life cycle planning and designhappens in their capstone course. The Systems Engineering Capstone class is usually taught asthe last course for any Master of Systems Engineering program. Within the class, students pursuea team project where they apply systems engineering methods to a specific problem. They thencreate the final deliverable with a systems engineering management plan. While students receivestrong technical training within this experience, ethical and justice-oriented skillsets andmindsets are lacking if not non-existent. For example, decolonization strategies – the ability tocritically examine systems and power differentials through systems
X X XMechanical X X X X X X XNuclear X X X X X X XAs an integrated curriculum, the FC used engineering accounting to provide the followingbenefits for students: (a) reinforce student learning, (b) broaden understanding, (c) provide alearning framework, (d) match engineering practice, (e) link disciplines, (f) improvevisualization, (g) increase retention, (h) smooth transitions between subjects, (i) establishrelevance to engineering career, (j) decrease compartmentalization, (k) connect with learningpreferences, (l) avoid haphazard presentation, (m) develop teaming, and (n
andeducators surveyed believe that their academic program addresses cybersecurity practices in emerging technology areas such asmobile computing, cloud, and social business [1]. It found that the cybersecurity field has expanded significantly over time, withmore security domains to cover and more types of attacks that must be understood. At the same time, courses requirecybersecurity education to be integrated to it while having the same number of hours as before. This means that securityeducation programs alone cannot meet all the requirements of the workforce, and continuous education beyond the classroom isvital to the field.Social media has emerged as a critical platform for accessing information. Unlike traditional resources, the major advantage
learners to go throughthe content and to engage them in the process of learning through rewards. The most commonform of this type of gamification are points, badges, achievements, and levels and only one ofthese elements of a game are needed to engage a person. It also encourages the learner to return tothe material on a regular basis.For gamification to truly impact participant learning in positive ways, the integration ofgame-inspired elements must go beyond superficial combinations like points or badges to focuson more in-depth structural considerations of games such as the story, the challenge, the sense ofcontrol, decision making, and a sense of mastery [1]. Gaming often promotes authentic learningand ample problem-solving opportunities. When
influence the overall performance of the system behavior.However, system thinking is a skill that is gradually developed through experience and training.From the research literature one way to develop system thinking is by having students work onpractical projects that relates to their studies. In turn, the practical projects provide the opportunityfor students to learn about the various characteristics of the system by holding distinct roles withina dynamic group environment [8], and [9].Both computational and system thinking methods provide complementary frameworks that allowstudents to decompose a complex design problem into more manageable algorithmic basedproblems. This permits them to envision how to incorporate the various hardware elements
Copyright © 2003, American Society for Engineering Education Figure 2: Screen shot of the manufacturing plan (solution) windowsystem was made available in a large computer lab and by download for installing on the students’own computers. We allowed two weeks for completing the project. This time window beganapproximately two-thirds of the way through the semester, after most of the relevant materialconcerning financial and cost information, money and investing, evaluating business andengineering assets and development of project cash flows, had been covered in class. Material onproject risk and uncertainty was discussed in class concurrently with the case study project. Table 3. Distribution of majors and class levels
classes. Whileefforts are underway to meet these needs, we have to maintain that perfect design circumstancesare not realistic and that our students can benefit from the proactive, investigative perspectivethat these projects provide.References[1] P. S. Schmidt and J. J. Beaman, "PROCEED: A Department-Wide Curriculum Reform Initiative in Project- Centered Education", Proceedings of the 2003 American Society for Engineering Education Annual Conference.[2] M.I. Campbell, “Teaching Machine Design Through Product Emulation”, Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition, Paper No. 2366, Montreal, Canada, June 22-25, 2002.[3] M. I. Campbell, K. J. Schmidt, S. N. Beretvas. “Bridging
appear to play a less significant role in determining whether or not a studentwill cheat. Researchers have found little or no correlation between ethnicity 14,15 or religiousbeliefs16 and cheating, and the influence of gender 13,17 has yielded mixed results. Otherdemographic factors that have been considered are GPA, age, and participation in organizations(such as fraternities and athletic teams). Researchers have observed an inverse correlationbetween cheating and GPA meaning that students with lower GPA tend to cheat more 18,19,20.Also, students appear to cheat more frequently as they progress through college 21, however older,non-traditional students tend to cheat less than their younger counterparts18,22. Finally, researchhas shown that
faculty developmentABSTRACTWest Texas A&M University is a Primarily Undergraduate Institution (PUI). The university has historicallybeen focused on pedagogy for K-12 educators and growing a more educated workforce across manydisciplines, which is why we have been and still are a PUI with continued focus on undergraduate education.However, beginning in 2021, a group of 10-15 faculty who have grown know to each other in areas ofagricultural science, natural science, computer science, engineering, and social science have found itadvantageous to make common cause through a scarce natural resource that seems to come up often ineducation, rural life, business, and policy in our region--water. We have therefore been meeting as facultyresearchers who
. The data elements include student, area, faculty, sub-area, andcluster. Course assessment consisted of mid-term and end-term presentations which were evaluated by the peersand moderated by the faculty mentors. Results of self appraisals with respect to the learning attributes and theconsequent development plans were also examined during the assessment.IntroductionIn today’s knowledge economy, educational institutes need to recognize that lifelong and interdisciplinarylearning are the most critical skills, and take steps to inculcate them in students. A course in Liberal Learningoffers a good solution to achieve that objective. This is a different paradigm for both the students and faculty,though. The current K-12 education does not prepare
course. Specific deliverytechniques will be discussed, along with homework assignments and the semester-long courseproject. Student outcomes and feedback will be reported as well. While the present audience forthis course is composed of working adults, it is highly suitable as an elective in theundergraduate curriculum of any engineering program.1.0 IntroductionEngineers are trained to solve problems and get results. In today’s world of fast paced innovationand change, those results must often be very different from anything that currently exists. Thispaper describes a course that focuses on moving beyond the normal ways of thinking and doing,into the world of different thinking for different results. The course centers on the in
information1.The Internet’s potential, as a powerful communication tool is becoming more and more apparent,as individuals as well as organizations begin to rely on it as a means to communicate informationabout themselves and services. Because of this reliance, it becomes increasingly important thatwe understand the importance of the relationship between community, communication, andlearning. People seek information by communicating with members of existing and potentialcommunities; they look not only for materials and specific answers, but also for corroboration,new interpretations, and new methods of finding information2. It is through this act of seekinginformation that they learn from their community. Learning, seen as a social phenomenon,3
Engineering Curriculum Through Project-Based Learning (PBL),” in 2024 ASEE Annual Conference & Exposition Proceedings, Portland, Oregon: ASEE Conferences, Jun. 2024, p. 46700. doi: 10.18260/1-2--46700.[15] D. Wagner and A. Butterfield, “Broadening Sustainability Education in Engineering Disciplines,” in 2024 ASEE Annual Conference & Exposition Proceedings, Portland, Oregon: ASEE Conferences, Jun. 2024, p. 48421. doi: 10.18260/1-2--48421.[16] A. Welker, V. Smith, K. Sample-Lord, and S. Shrestha, “Including Principles of Sustainability in Design by Implementing the Engineering for One Planet Framework,” in 2022 ASEE Annual Conference & Exposition Proceedings, Minneapolis, MN: ASEE Conferences, Aug. 2022, p. 40926. doi
AC 2007-3128: IMPLEMENTING A NEW APPROACH TO TEACHING THEETHICS OF EMERGING TECHNOLOGYDoug Tougaw, Valparaiso UniversityMichael McCuddy, Valparaiso University Page 12.837.1© American Society for Engineering Education, 2007 IMPLEMENTING A NEW APPROACH TO TEACHING THE ETHICS OF EMERGING TECHNOLOGY Douglas Tougaw1 and Michael K. McCuddy2 1 Valparaiso University, Valparaiso, IN; Email: Doug.Tougaw@valpo.edu 2 Valparaiso University, Valparaiso, IN; Email: Mike.McCuddy@valpo.edu 1. INTRODUCTIONEmerging technology holds great
Session 2425 FROM GOALS TO PRODUCTS IN A SENIOR DESIGN PRACTICUM COURSE Ajay K. Agrawal and Zahed Siddique School of Aerospace and Mechanical Engineering University of Oklahoma, Norman, OK 73019AbstractSenior Design Capstone is a required component of many undergraduate engineering programs.The program offers numerous challenges for both faculty and students because of the widevariety of projects in a given year as well as from year to year. This paper discusses key phasesfor successful implementation of a Senior Design Capstone Program to achieve
follow up actions are recommended: • Revise the survey instrument • Repeat this study for a larger group of students • Apply this study to a different set of learning stylesAcknowledgementsThe author wishes to acknowledge the National Science Foundation for supporting thisproject through the Course Curriculum and Laboratory Improvement (CCLI) program,Adaptation and Implementation (A&I) track (Project Number DUE-0196487). Theauthor also wishes to thank the University of Wyoming Office of Research, College ofEngineering and Department of Civil and Architectural Engineering for their matchingfunds and general support of this project. Finally, the author thanks Dr. Trent McDonaldof West, Inc. for his statistical consulting
," Manage. Sci., vol. 58, no. 1, pp. 78-93, Jan 2012, doi: 10.1287/mnsc.1110.1348.[18] H. G. Song, M. Restivo, A. van de Rijt, L. Scarlatos, D. Tonjes, and A. Orlove, "The hidden gender effect in online collaboration: An experimental study of team performance under anonymity," Comput. Hum. Behav., vol. 50, pp. 274-282, Sep 2015, doi: 10.1016/j.chb.2015.04.013.[19] S. Takeda and F. Homberg, "The effects of gender on group work process and achievement: an analysis through self- and peer-assessment," Brit. Educ. Res. J., vol. 40, no. 2, pp. 373-396, Apr 2014, doi: 10.1002/berj.3088.[20] K. Miller, G. Kestin, and O. Miller, "How gender composition and group formation impact the effectiveness of group work
practice of engineering, but they also write about the practice ofengineering and what it means to them. By immersing the students in studying about thepractice and the professionalism of engineering, students get first-hand knowledge aboutwhat is expected of them once they get into the profession and they get a sense of theprofession beyond technology.Introducing first-year-engineering students to the principals and practices of engineeringthrough literature and writing allows the course to have considerable content while at thesame time by using the on-line environments all students participate on an equal bases---unrestricted by time or place—and faculty are not overburdened with numerous papers toread and evaluate. In fact, it seems perfectly
% Lab 20%In our mastery-based course, a student earned a C- (the grade required for pre-requisite courseslike ours) after mastering all the Fundamental skills (Table 2). Beyond this, any Important skillthat a student passes increased their grade by 1/3 of a letter, a pattern that continued with masteryof the Additional skills. Even though students who only passed the Fundamental skills may notget as much practice with the Important and Additional skills, they were still exposed to theseskills during in-class instruction and through homework and laboratory exercises. By achievingmastery on the Fundamental skills, students will have a full understanding of these topics thatthey can apply to future engineering
thermocouples (Type K), one at the base, and therest at one inch spacing along the length. The reference junction for all thermocouples isembedded in a steel block sitting on the table. The thermocouples are connected to a NationalInstruments Data Acquisition Board to permit automatic scanning and recording of temperatures. Page 5.188.7 Figure 9: Complete Experiment SetupFigure 9 shows a photograph of the complete experimental setup. The Data Acquisition Boardused for this experiment is the National Instruments NBM1016 for the PC. This board isconnected to a National Instruments SCXI 1000 chassis. This chassis allows for the
the educationaloutcomes for engineers and others to meet the needs of industry created through innovation. It isessential for graduating engineers and people with technical skills to be prepared to work in arapidly changing world.Today we are experiencing an increasing rate of significant change in parts of society in which, it Page 22.748.3used to be common for companies to manufacture and sell everything locally or within a region;it is now not only common but necessary to participate and compete on a global scale.Companies of all sizes are involved in many different regions throughout the world, and it is nowcommon for small companies to
take steps to ensure thatparticipants implement the intervention with high fidelity, to ensure that the test of differencesbetween treatment and comparison is a valid one. Part of addressing fidelity is through coherentteacher training that includes planning time and specific support by trainers [10], which E4implemented with separate PD workshops for EiE and E4C teachers, each addressing fidelityboth indirectly, through the style of pedagogy modeled in the workshop, and directly, with adiscussion of expectations about what fidelity would look like. However, we also expect thatteachers will modify their assigned curriculum, for the reasons discussed above. To gatherinformation about where and why teachers deviated from the print materials
Paper ID #17847A Cross-sectional Study of Engineering Identity During Undergraduate Ed-ucationDr. Allison Godwin, Purdue University, West Lafayette (College of Engineering) Allison Godwin, Ph.D. is an Assistant Professor of Engineering Education at Purdue University. Her research focuses what factors influence diverse students to choose engineering and stay in engineering through their careers and how different experiences within the practice and culture of engineering foster or hinder belongingness and identity development. Dr. Godwin graduated from Clemson University with a B.S. in Chemical Engineering and Ph.D. in