student learning outcomes were assessed viaperformance criteria using (a) grades from the paper, poster and presentation; and (b) professorevaluation. Additional indirect assessments were obtained through student surveys and peerreviews. All assessment techniques indicated that the students met and exceeded both courseexpectations and the performance of other student groups enrolled in the capstone design course.Seeking Significant and Interesting Topics for Senior Capstone Design CoursesAs anyone who teaches and advises undergraduate senior capstone design courses will attest,seeking undergraduate topics with the appropriate amount of depth and design is an unending
of Delaware(UD). UD is a large land-grant university classified by the Carnegie Foundation (1) as a ResearchUniversity (very high research activity) – RU/VH. The RU/VH designation indicates the highestlevel of research activity as rated by the Carnegie Foundation. The department and its ETprogram are subject to unusual circumstances because neither is formally associated with theuniversity’s College of Engineering, but instead are administered through the College ofAgriculture and Natural Resources. The challenges examined in this paper include:≠ Recruitment of ET students for a program and department located physically and administratively in the university’s College of Agriculture and Natural Resources.≠ Coping with limited
sustainablebuilding through the use of passive solar design, "green" building materials,photovoltaic generation and energy efficiency technologies. The team has beenaccepted as one of fourteen university teams competing in the 2002 SolarDecathlon.The faculty advisors from engineering and architecture have used a combinationof existing and special topics courses to provide the student members withneeded disciplinary background for the project. The UVA engineering school'sundergraduate thesis requirement and the capstone design requirements of theengineering programs provide additional vehicles for integrating student effortson a team design project. Through the project, students obtain a far moreintegrated experience of "real-world" energy systems design than
the requirements of both programs. The multi-disciplinarycurriculum for this doctoral program is now being developed. Courses will be offered andshared by all INRA universities and the INEEL through state-of-the-art distance deliverymethods. Students will be asked to achieve a breadth and depth of understanding in the fieldscomprising subsurface science that is beyond the background required for many of the existing Page 7.110.6disciplinary doctoral programs at the INRA universities. As a result, students who complete the Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition
,” Scientific American 251(3), September 1984, 52-59. Mitchell, J. L., and K. H. Olsen, “TX-0: A Transistor Computer,” AFIPS Conf Proc. EJCC 10, 1956, pp. 93-101. Patt, Yale, and Sanjay Patel, Introduction to Computing Systems: from bits to C and beyond, second edition, Boston: McGraw Hill, 2004. Patterson, David, and John Hennessy, Computer Organization and Design: The Hardware/Software Interface, third edition, San Francisco: Morgan Kaufmann, 2005. Smith, R.E., “Extending the Spreadsheet to Illustrate Basic CPU Operations in a Computer Literacy Course,” 2005 ASEE North Midwest Regional Conference, Milwaukee, WI, October, 2005. Walpole Djang, Rebecca, and Margaret M. Burnett, "Similarity Inheritance: A New Model of Inheritance for
, which fostered asupportive learning environment. One participant expressed, “I love creating lesson plans andenjoyed working with our group members.” This collaborative approach was complemented bythe K-12 pedagogical expert’s effective handouts and innovative methods, which participantsfound helpful in the lesson planning process. Another participant also remarked, “…verythorough and gained a lot of experience,” emphasizing the richness of the collaborativeexperience. Overall, the opportunity to share ideas and strategies with others contributedpositively to their learning journey.2.3.4. Theme 4: Increased Confidence in Teaching CybersecurityAnother significant outcome of the camp was the enhancement in participants’ confidenceregarding their
Page 13.92.4 Figure 1. The general structure of the Engineering curriculum at ECU. III. THE PROJECT-DRIVEN TEACHING APPROACHTo successfully meet the course objectives, two major design projects were developed to coverfundamental concepts in the instrumentation and controls areas. The first project was athermometer design project that requires the student to design a thermistor-based digitalthermometer; the second was a coupled-tank level control system design project. The concepts,analysis methods, and design approaches tied to the two projects are illustrated in Figure 2. Thispaper, however, addresses only the second project and discusses how control concepts weretaught through this project-driven approach. Specifically
. Alverno College Faculty, Student Assessment-as-Learning, Alverno Productions, (1985).5. Johnson, D. W., R. T. Johnson, and K. A. Smith, Maximizing Instruction Through Cooperative Learning, ASEE Prism, 7(6), 20 (1998).6. Johnson, D. W., Johnson, R. T., and Smith, K. A., Active Learning: Cooperation in the College Classroom, Interaction Book Company, Edina, MN (1991).7. ASEE Prism, Let Problems Drive the Learning in Your Classroom, ASEE Prism, 6(2), 30 (1996).8. Woods, D. R., Problem-based Learning: How to Gain the Most in PBL, Waterdown, Ontario (1994).9. Herrington, J. and Oliver, R. An Instructional Design Framework for Authentic Learning Environments, Educ. Tech. Res. and Dev., v. 48(3), 23-48 (2000).10. Brown
andquestionnaires in an attempt to measure changes in student knowledge as a result of workingwith a robot. The remaining publications discuss how a quantitative, pre- and post-testmethodology was used to gauge student knowledge after working with a robot teaching tool.Attitudinal surveys and questionnaires merely solicit a student’s perception and do not actuallymeasure changes in student knowledge. It is important for students to feel positive about robot-based learning interventions because then they are more likely to positively engage with thelearning process. A pre- and post test methodology can be used to quantify changes in studentknowledge through time, but requires the use of a student control group in order to measure theeducational contribution
), g(communications), and k (modern engineering tools). Outcomes g and k are accessed directlythrough student work samples, while outcome a is assessed only indirectly through the studentsurvey of course objectives. In Spring 2007, outcome g was assessed relative to one homeworkassignment. Only 57% of the student assignments were rated as satisfactory or superior (3 or 4on a 4-point scale). The instructors of the course agreed that the quality of written work fromstudent to student and from assignment to assignment was inconsistent, and recommended that astandard template for students to follow might help them to better organize their work. Resultsfrom outcome k assessment were also low, with 35% of work samples rated 3 or 4. Theassignment
Societal Impact and Increase Diversity in Bioengineering.” American Society for Engineering Education Annual Conference, Columbus, OH. (2017) [05] M. Mollica, H. Feldner, A. Caspi, K. Steele, S. Israel, and D.G. Hendricks. “Toy Adaptation for Recruitment of Underrepresented Students to Bioengineering.” American Society for Engineering Education Annual Conference, Salt Lake City, UT. (2018) [06] M.Y. Mollica, A.M. Spomer, B.M. Goodwin, S. Israel, A. Caspi, H.A. Feldner, K.M. Steele, and D.G. Hendricks. “Engagement in Practice: Toy Adaptation for Children with Disabilities: Engaging the Community through Educational Outreach and Toy Donation”, American Society for
learning, transforming their predisposition towards learning and highereducation, and attitudes for becoming a professional in their discipline (Bamber & Tett, 2010).Three important teaching strategies for ensuring non-traditional student success are: (i) teach thevalue of advanced/higher education, (ii) teach self-worth and empowerment, and (iii) teach thetransformative power of education (Johnson, 2022).One of the pathways that enriches the non-traditional student’s undergraduate experience,thereby also widening pathways beyond graduation, is via undergraduate research. Studies havefound that undergraduates who participate in research obtain better grades and have a higherlikelihood of graduating. It has been proven to improve retention
Paper ID #34766Strategic Disruptions Toward a More Liberatory Engineering EducationDr. Rachel Koh, Smith College Koh joined the faculty at Smith College in 2019 after earning a doctorate from the University of Mas- sachusetts Amherst in 2017 and teaching at Lafayette College in Easton, PA, for two years. Their scholarly interests include sustainable materials, renewable energy, and advancing engineering education through inclusive and liberatory pedagogies.Dr. Jenn Stroud Rossmann, Lafayette College Jenn Stroud Rossmann is Professor of Mechanical Engineering and Co-Director of the Hanson Center for Inclusive STEM
, more sacrifice than these students can handle.One other option to earn a bachelor’s degree is to attend a private college. Once again, thecost of these schools constitute a serious financial sacrifice and some students find that someof these schools are not as well equipped in Technology areas (except computer labs) as stateschools. These programs are promoted through television advertisements, and their continued Page 12.155.2promotion is an indication that some students choose this option and it remains a viablemarket. It is interesting to note that some of these schools provide their instruction viadistance learning formats.The best option for
reports on paper, students were required to write a report in the formof a WWW page. A number of WWW resources were used to guide the students through the process.Very little time in class was spent on HTML details. Students were directed to several good web resources 6,7and expected to learn the basics on their own . Although students were unsure when first presented withthe problem, several of them commented later that they had wanted to learn more about the web, and theywere glad that this project had finally prompted them to do it. The resulting reports were quite good.Several students produced effects that were beyond the instructor’s capabilities. In order to ensure that the students
, and a generalized knowledgeof the application of engineering techniques to biological or medical topics 1. At the end of theirtraining, Biomedical Engineers should uniquely possess such competencies. But beyond theagreed-upon merit of teaching systems physiology, there is little consensus on how best for BMEstudents to learn systems physiology, and what of this material to emphasize.As the knowledge base of biology and medicine changes with ever increasing speed— evolvingso rapidly as to require unprecedented on-the-job training by Biomedical Engineers— one couldargue that BME pre-professionals are best served by learning to apply systems physiology’sgoverning principles facilely to addressing unforeseen challenges. The Accreditation Board
assessment after an engineering-related learning unit [9].More recently, several studies have used growth mindset interventions on undergraduateengineering students; however, the studies have produced mixed to null effects. Rhee andJohnson’s [10] longitudinal study examining the impact of a growth mindset intervention foundno significant difference in academic performance or retention among women, minoritizedstudents, or Pell-eligible students. Frary [11], who implemented various growth mindset-relatedactivities throughout the semester in her Thermodynamics of Materials course, found that studentsdescribed their approach to learning through the lens of a growth mindset at the end of the semester,which was a shift from their beginning semester
Fujiuchi, Yi Zhang, and all of the participants whoplay tested the game and provided valuable feedback. This project was funded by two successiveInnovative Instructional Technology Grants from the State University of New York (SUNY).ReferencesFoss, S. K., & Griffin, C. L. (1995). Beyond Persuasion: A Proposal for an Invitational Rhetoric.Communication monographs, 62(1), 2–18.Gupta, A.H. (2021, December 27). Crash Test Dummies Made Cars Safer (for Average-SizeMen). The New York Times. https://www.nytimes.com/2021/12/27/business/car-safety-women.html.Halada, G. P., Sharma, S., Scarlatos, L., & Zhang, Y. (2024, April). Enhancing Inclusivitythrough Alternative Rhetoric in STEM Education. In ASEE Mid-Atlantic Section SpringConference.Halada, G
public issues and concerns, in a manner that directly or indirectlyaffects the public. 15 In particular, in the United States, the conversion of a particular issue intopolicy may occur through various governmental bodies in the legislative, executive, and judicialbranches.Perhaps the type of policy development most familiar to the public is the legislative process, atboth the federal and state levels. The public at large becomes involved in this process primarilythrough the election of legislators. In addition, because state and federal legislation must gothrough “bicameralism and presentment” (passage by the legislative branch and signing by thePresident or governor, as appropriate), the public theoretically has another chance to
personnel. These partnerships should extend beyond colleges ofscience, engineering, and technology to include representatives from colleges of education,business, and a few others. Additionally, representatives from the pK-12 sector should beincluded to provide perspective on foundational education preparation. These partnershipsexemplify the essence of a P-20 model [6]. The model addresses the development of the studentfrom pK-12 through higher education to participate in the workforce. Recent decisions for bringing back manufacturing sent overseas have been based on therealization that manufacturing in the U.S. is only slightly more than the cost of manufacturing inChina, and less than the cost of manufacturing in eastern Europe [7
. Educators may wish to examine whether a human rights lens isrelevant to their teaching.IntroductionThis paper will illustrate how the United Nations’1948 Universal Declaration of Human Rights(UDHR) [1] can be used to frame ethics discussions in engineering. Engineering ethics in theU.S. are not typically taught or framed through the lens of human rights. A few notableexceptions include calls from Lynch [2] and Hoole [3] near the end of the United Nations’Decade on Human Rights Education (1995-2004). A human rights framework may be useful andbring engineering more in line with traditions in other professions. The paper first discussesprofessional ethics through a human rights lens, briefly comparing and contrasting differentprofessions. Next the
Paper ID #13517Evolution of a First-Year Engineering CourseDr. Noah Salzman, Boise State University Noah Salzman is an Assistant Professor at Boise State University, where he is a member of the Electrical and Computer Engineering Department and IDoTeach, a pre-service STEM teacher preparation program. His work focuses on the transition from pre-college to university engineering programs, how exposure to engineering prior to matriculation affects the experiences of engineering students, and engineering in the K-12 classroom. He has worked as a high school science, mathematics, and engineering and technology teacher, as
studies corroborate Downey’s claim. For example, Cech20 convincingly demonstrated that,while progressing through the core engineering curriculum, students’ interest in public welfaredeclined. Additionally, in their study on engineering senior design students, Downey & Lucena21illustrated the tendency of such students to resort to deterministic mindsets when approachinghighly social and ambiguous design problems.Though such Downey’s19 recommendation to “rethink and redefine [the technical] core” isinsightful, instructors of engineering science courses find scant resources available to help themimbue social competence and consciousness in engineering science courses. Certainly, Riley22has developed a companion text that includes several
projectaccounts for approximately 35% of the course grade.Details of the Fall Semester Laboratory Component The design of the fall semester laboratory course started with a grant from the KansasSoybean Commission titled Beyond the Book: Active Learning through Biodiesel (#ALT-B).The specific goals of adding the laboratory were to: 1) Expose each student to the integrated nature of chemical engineering concepts by having them work on laboratories that were integrated from feedstock to product. 2) Increase material and concept retention so that students would remember the laboratory experience when presented with theoretical material and concepts in future courses. 3) Increase retention to the sophomore year. 4) Increase opportunities
(TEM, JOEL 2010) was carried out to further investigate theproduced alumina nanoparticles (Fig.4). An imaging package (Image J®), was utilized to measurethe size of 400 particles. The analysis of several TEM images, showed a particle size distributionwith a particles size beyond 100nm. The distribution chart (Fig. 5) shows that the majority of theparticles have sizes ranging from 5-70 nm, which is consistent with the results obtained from SEMimaging. 120 100 80
. Various methods were used to create adiverse and engaging learning experience for the students, while simultaneously creating a senseof community during a period of loneliness for many of the students. Anecdotal student feedbacknoted that the sense of community the course encouraged was one of the best aspects of thecourse. Two main ways the instructor helped to build this element of community was through theuser experience and through course assignments.1. IntroductionOn December 8, 2019 the first case of pneumonia was reported and around a month later it wasidentified as the novel coronavirus (SARS-CoV-2) [2]. It then spread worldwide becoming aglobal pandemic. On Monday March 9 of 2020 many universities in the United States, includingthe
Narratives aims to provide students with a toolkit for successfulcommunication in contemporary society and the workplace. This integrated course experience invitesstudents to reflect and use diverse ways of communication in the digital era. During one semester,participants were introduced to oral, written, visual and auditory techniques of communication, anddocumented through various digital media artifacts. Page 26.127.3Our value proposition that artistic storytelling can help students think, communicate and aid in theiremotional wellbeing is backed by a long history of scholarship. Such seminal articles as K. Egan’s“Memory, Imagination
Engineering Education, 2019 Assessment of a University Makerspace Using a Quantitative and Qualitative Student SurveyAbstractThis research paper focuses on the assessment of a makerspace at the University of Pittsburghthrough the use of a student survey designed to answer whether the space is achieving its goalsand how it is impacting users. As the rate of technological and societal change continues toincrease, further emphasis is being placed on training skilled engineers, and calls for changes inengineering education to better prepare engineers for the future have been made.One approach institutions have taken towards achieving this is through the use of makerspaces.Anecdotal and indirect evidence support the
to medicines for Africa and developing nations, and to advance discovery in manufacturing technology, quality of medicines, and rare disease research. This mission is accomplished through innovative knowledge-based programs in STEM areas with an emphasis on interdisciplinary col- laboration. Dr. Clase teaches multiple courses covering topics in biotechnology, bioinformatics, biolog- ical design and drug discovery to engineers, scientists and technologists. Her currently funded projects include collaborators from multiple disciplines and an impact that spans K-12 to graduate education.Mrs. Lauren Ann Terruso, Purdue University Lauren Terruso is the Operations Manager of the Biotechnology Innovation and Regulatory
Session 2286 A Collaborative Effort to Develop a Research Center in Engineering and Technology in Uganda Frank T. Duda, Jr., Douglas K. Lauffer Dept. of Electrical and Computer Engineering, Grove City College, Grove City, PA 16127 / Dept. of Computer Information Systems and Telecommunications, Community College Beaver County, Monaca, PAAbstractIn order for Uganda Christian University (UCU) Mukono, Uganda to realize its vision of trainingEast African students to be at the forefront of the impact of technology in both a cultural and asocietal sense, a committee