graduate teaching assistant (GTA) and three undergraduateteaching assistants (UTAs).With multiple variables affecting sense of belonging, this work explores these elements and howthey may be fostered in both the RDB and NSR courses. Therefore, this paper aims to answer thefollowing research question: In what ways does sense of belonging differ across different first-year engineering design project courses? MethodsTo collect sense of belonging data, a survey was adapted from the “Sense of Belonging atImperial College London” study which was an adapted survey based on the validated Harvard-Panorama Student Perception Survey scale [20] and Yorke’s sense of belonging in highereducation scale [21]. This sense of belonging survey was used for its
Sanford is Assistant Vice Provost for Faculty Development and Diversity at Stanford University. She has been responsible for launching Stanford’s portfolio of professional and leadership development programs for junior and mid-career faculty since 2013. In her role, she also advises search committees on recruitment, and acts as advocate and coach for faculty, deans, and chairs. She has been working closely with postdocs, faculty, and students at Stanford for more than two decades and is a recipient of the Stanford University Postdoctoral Association Recognition Award (2013). Her research collaboration with Amy Kinch at the University of Montana explores the future of faculty needs and demands within a com- petency
to 3 million students every year,1 byproviding affordable and accessible education. The community college system feeds two largepublic university systems, the 23-campus comprehensive California State University (CSU)system, and the 10-campus research-oriented University of California (UC) system, as well asnumerous private and out-of-state universities. Ideally, students should be able to complete all oftheir lower-division coursework at a community college and then transfer to a four-yearinstitution to complete the last two years, thus earning a bachelor’s degree in approximately fouryears.In the 2006-2007 academic year, for instance, 55% of California State University (CSU)graduates and 28% of University of California (UC) graduates began
of Tulsa. Robert’s research is in the chemistry of gaseous pollutant formation anddestruction related to combustion processes. Nitrogen compounds are of particular environmental concern becausethey are the principal source of NOX in exhaust gases from many combustion devices. This research is focused onfirst deriving reaction pathways for combustion of nitrogen contained in fuel and second to use these pathways toreduce NOX production. Robert employs cooperative learning techniques in his classes. His teaching experienceranges from graduate level courses to 9th grade students in an Engineering Summer Camp funded by the NSF.Robert’s dedication to teaching has been rewarded by receiving several educational awards including the 1999 RayW
its various academic programs [2]. UCD lists five reasonsfor performing research by undergraduate students. According to UCD, these are: 1. Exploring career directions 2. Building transferable skills and enhancing resumes 3. Learning to publicly advocate for and defend work 4. Getting a leg up on graduate or professional school 5. Contributing knowledge and impacting the worldAlthough it has some obstacles and challenges, a paper in the 123rd annual ASEE conference inLouisiana in 2016 demonstrated that undergraduate research still has many benefits, as perceivedby the students themselves [3]. The paper was on the efficacy of undergraduate research basedon a survey of undergraduate students. The students’ most common
focused on family learning. Ms. Wenger is deeply commitment to diversity issues and broadening access to science for underserved audiences. She is also passionate about professional development of youth and staff working in science centers and museums.Dr. Lisa D. McNair, Virginia Tech Lisa D. McNair is an Associate Professor of Engineering Education at Virginia Tech, where she also serves as Assistant Department Head of Graduate Programs and co-Director of the VT Engineering Com- munication Center (VTECC). She received her PhD in Linguistics from the University of Chicago and a B.A. in English from the University of Georgia. Her research interests include interdisciplinary collabora- tion, design education
AC 2007-656: DESIGN AND IMPLEMENTATION OF A CASE STUDY ANDMULTIMEDIA COURSEWARE FOR THE MULTIDISCIPLINARY CLASSROOMGina Montgomery, Auburn University Gina Montgomery is a doctoral student at Auburn University studying the Management of Information Technology and Innovation. She received her Bachelor of Science in Computer Science from the Samuel Ginn College of Engineering at Auburn University and holds various industry certifications. Mrs. Montgomery's research interests include innovations in the classroom, data security concerns, and risk management. She expects to complete her graduate studies in 2010.Chetan Sankar, Auburn UniversityP.K. Raju, Auburn University
at Virginia Tech, and Director of the Frith First Year Makers program and of the Minecraft Museum of Engineering. His research focuses include creativity-based pedagogy, the interactions of non-humans with the built environment, and the built environment as a tool for teaching at the nexus of biology and engineering. He earned his graduate degrees from Virginia Tech, including an M.S. Civil Infrastructure Engineering, M.S. LFS Entomology, and a Ph.D. in Environmental Design and Planning.© American Society for Engineering Education, 2022 Powered by www.slayte.com Understanding Student Experiences in a First-Year Engineering Online Project-Based Learning (OPjBL) CourseTahsin Chowdhury
Paper ID #223392018 CoNECD - The Collaborative Network for Engineering and ComputingDiversity Conference: Crystal City, Virginia Apr 29Engineering vs. Engineering Technology: Toward Understanding the Fac-tors Influencing the Academic and Career Pathways of African AmericanStudentsDr. Lesley M Berhan, University of ToledoDr. Anne M Lucietto, Purdue Polytechnic Institute Dr. Lucietto has focused her research in engineering technology education and the understanding of engineering technology students. She teaches in an active learning style which engages and develops practical skills in the students. Currently she is exploring the
Education and co-director of the VT Engineering Communication Center (VTECC). She received her Ph.D. in Linguistics from the University of Chicago and an M.A. and B.A. in English from the University of Georgia. Her research interests include interdis- ciplinary collaboration, design education, communication studies, identity theory and reflective practice. Projects supported by the National Science Foundation include interdisciplinary pedagogy for pervasive computing design; writing across the curriculum in Statics courses; as well as a National Science Foun- dation CAREER award to explore the use of e-portfolios for graduate students to promote professional identity and reflective practice. Her teaching emphasizes the
recent incidents in which a graduate student expressed some concern about undue influenceon the direction of their theses. Given that there was already a standing faculty Committee on theGraduate School, chaired by John Bunker, Lewis’ committee tasked Bunker with a fullassessment of the situation and the associated “dangers” of sponsored research.36Seeking to properly assess the situation, Bunker called a meeting of the directors of some of thelargest MIT laboratories. Given the rumors that began circulating, these directors arrived to themeeting feeling that they had been called to the carpet. Wishing for a positive affirmation of theirwork, they pressed the Committee to acknowledge that sponsored research stood at the heart ofwhat was
notconsidered by the dominating students. By listening to the GTA’s suggestions to another groupregarding the teaming norms, the group is not only showing their uncertainty regarding thisaspect of the task, but also appealing to instructor authority for assistance. This manner ofworking on the task is the reason this episode was coded for Handout/Instructor Authority. Thelaughter and joking language used also suggest that the team does not value of this part of thetask, but are simply complying with instructor by filling out the worksheet (Worksheeting).When collaborative efforts of the group fail to resolve this confusion, the group members resortto independent work in order to complete this section. The confusion, locus of authority in thehandout
Paper ID #10246Lessons in Manufacturing Education for the U.S. from Austria’s Dual-TrackEducation SystemDr. Victoria Ann Hill, Numeritics Dr. Victoria Hill is a Founder and Research Scientist of Numeritics, a research and consulting firm headquartered in Pittsburgh, PA. She was recently a part of a delegation of U.S. experts on Advanced Manufacturing and the STEM Talent Pipeline that traveled to Vienna, Austria as a part of the George C. Marshall Foundation’s efforts to increase cooperation between the U.S. and Austria in the area of Advanced Manufacturing. Dr. Hill has worked on STEM talent issues for many years, and recently
University College.Georgina Johnston, University of Maryland Georgina Johnston is doctoral student in counselor education at the University of Maryland, College Park. She is a graduate assistant with Hinman CEOs with responsibilities for research and teaching assistance. Georgina earned a BA of History and Political Science from Marquette University and a MS of School Guidance and Counseling from Fort Valley State University. Page 13.48.1© American Society for Engineering Education, 2008 A Holistic Performance Measurement System for Entrepreneurship
established clubs that are focused onseveral activities during the academic year. These activities are designed to illustrate the STEM fields andthe interdependence of multiple professions, while offering opportunities for students to participate inindividual and team events. Specifically, academic year activities for NCJETS high school clubs involve: 1. Applied mechanical engineering principles through the design, analysis, simulation, construction, fabrication and testing of trebuchets, culminating in a competition on the university campus. 2. A career exploration contest which promotes student research of career / educational opportunities in STEM fields by addressing a specified open-ended problem with a specified
their bachelor’s degreesin Engineering Physics; are either research assistants or research assistant professors of Physics;are members of the Physics Education Research group; and are engaged in a broad range ofeducational research, mostly at “the intersection of ethnic studies, critical pedagogies, and STEMteaching and learning” (author’s biographical sketch) with a focus on engineering design andequitable change in STEM programs.The diversity of the authors’ expertise and interests was reflected in the qualities that theselection committee for LEES best paper focused in in explaining its choice of this paper. “Theexamination of student engagement with ethics and ethical reasoning builds on past work on themismatch between engineering-science
commitment toshape a changing world, Southern Illinois University Edwardsville (SIUE) has invested personneland resources to create a degree program in Mechatronics and Robotics Engineering (MRE) toprepare students for this growing industry. The SIUE offers one of the most comprehensive andaffordable engineering programs in the St. Louis region with eight undergraduate degrees, fivemaster’s degrees and a cooperative doctoral program. Students learn from expert faculty, performcutting-edge research, and participate in intercollegiate design competitions. Companies in themetropolitan St. Louis area provide students challenging internships and co-op opportunities,which often turn into permanent employment. Students gain extensive hands-on experience in
will be gathered, and how?Assessing information fluencyThis section shares examples of preliminary assessment efforts. The central question is, “Dostudents have the technical, conceptual and critical thinking skills of information [fluency] tosucceed in their profession?”7 The “best practices” for assessing a student process likesecondary research can be time-intensive, for example: • Portfolio assessment including steps from brainstorming • Interviews with students at each stage of research process • Summative assessments of work completed, including oral defense • Observing students and monitoring their work as they search and retrieve8For practical reasons, collaborators have used confidence intervals, an
Contract. It is notan alternative to other pedagogical approaches, but rather can be used in synergy with many otherforms of pedagogy.First we will explore the historical context of the Ulysses Contract and how it has been used inother fields. Next we will explore what faculty and students gain from issuing Faculty UlyssesContracts as well as how to weave in other pedagogical techniques. The article will concludewith some general advice on how to implement Faculty Ulysses Contracts. Throughout the paperare case studies that span required and elective courses, disciplinary and interdisciplinary envi-ronments, for-credit and extra/co-curricular programs. Also scattered throughout are answers tothe common practical and philisophical barriers to
faculty achieve valuable leadershipcompetencies in a reasonable amount of time. The purpose of this paper is to explore theapplication of one foundational engineering competency, systems thinking, to the developmentof leadership skills for students in an engineering program. Specifically, this paper presentsexperiences and outcomes of teaching systems thinking in an Organizational Leadership courseto help investigate whether its pedagogical approach may be worthwhile for engineeringstudents. This paper includes a review of relevant literature, background and experiences withthe subject course, a qualitative analysis of student comments on the systems thinking content ofthe course, discussion, implications and recommendations for future research
construction that, most ofthe times, is not at all ‘logical’ (Neto, 1998).17 Each student has his own difficulties andmisconceptions, which lead to a distinguishable learning-teaching path that must beidentified.Daily examples and simple conceptual questions during classes have been used to clarifysome ideas, but they were shown to be insufficient. It was necessary to create sets ofquestions for the students to work on. These questions had to be very objective and the goal isto test basic concepts, giving students the chance to ‘think’ physics. During tutorial sessionsstudents are invited to share their experiences related with those sets of questions. Someinteresting discussions revealed common misconceptions. Among others, those related tokinematics
sense.”Requirements of Continuous ImprovementWhen asked “External quality assurance is important at Purdue for what purposes orobjectives? Why it is important for these things?” respondents all identify the importance andlegality of ABET in promoting the quality assurance in engineering education within collegesand universities. The interviewees all recognized the importance of program accreditation byarticulating “it is a reasonably good job which particularly takes our graduate criteria,” “it isimportant process which is reasonable for university like Purdue to go back to check with theuniversity to make sure the thing that they should be doing,” “ABET accreditation is veryimportant that they want to assure that program that the students
workshop setting. The consultation sessions emphasize theimportance of developing and implementing a systematic writing and editing team process.Often the consultant facilitates the integration of the collaborative writing, presenting, andediting skills that students were exposed to in the module by helping them apply these skills tocreating the reports and presentations required by the laboratory portion of the course. Teams of 3-4 members each were selected based on the day of the week each team wasscheduled for the course. TWS was taught Monday, Tuesday, and Wednesday, and not onThursday or Friday. Subsequent analysis of the average GPA for each team in both groupsindicated no significant differences between the two groups. Non-TWS students
., & Muldrow, D. (2001). A first step for women into the engineering pipeline.Proceedings of the Frontiers in Education Conference, 1, T3E/11-T3E/16. IEEE.7. Checkley, K. (1997). The first seven and eighth. Educational leadership, 8-13.8. Creswell, J. W. (2007). Qualitative inquiry and research design: Choosing among five approaches (2nd Ed.).Thousand Oaks, CA: Sage Publications.9. Engle, J. (2003). "Fear of success" revisited: A replication of Matina Horner's study 30 years later. Paperpresented at the Annual Meeting of the American Educational Research Association, Chicago, IL). (ERICDocument Reproduction No. ED479387)10. Farrell, E. F. (2002). Engineering a warmer welcome for female students. The Chronicle of Higher Education,48(24), A. 31
tookplace at a selected HBCU in US for an overarching goal of improving students’ learningexperiences and outcomes. For this purpose, authors have proposed a project to widen theimplementation of evidence-based pedagogies in STEM education at an HBCU in US andsystematically capture the changes in STEM faculty’s approaches to teaching and understandingof their students’ learning. The project was funded by the department of education and initiatedin 2015. The purpose of the study we present here was to explore and document the changes inSTEM faculty’s approaches to teaching and understanding of learning because of theirparticipation in the project activities.Literature Review Widening research-based pedagogies in higher education and
According to A. Kimball Romney, cultural consensusanalysis provides researchers with a valid, replicable, and objective method to study socialgroups and their beliefs.12 In fact, this method has been used across a wide variety of disciplines.In the field of cross-cultural management, consensus analysis has been used to measure sharedknowledge among diverse members of business organizations. 13 Medical anthropologists haveused the method to explore intracultural variation among physicians10 and patients.14, 15 Otherresearchers have used the method to explore variation among, for example, experts andnovices,16, 17 women and men,18, 19 target populations for marketing research,20 and parent-teacher interactions.21 We use this method to measure whether
innovations did not spread widely, and arecent report13 explores the reasons for the failure of those efforts to take hold. The reportsuggested that a particularly important factor in the lack of diffusion is the culture of researchdominant in many engineering schools. The report suggests a number of cultural changes to tryto place more emphasis on undergraduate education, including tenure reform and changedincentive structures, but three types of organizational response to the need for increasedundergraduate emphasis in practice are common: the standalone program, the engineeringeducation department, and the interdisciplinary program or institute.Standalone undergraduate programs ensure that undergraduate education is a primary focus ofthe
view might overestimate thedifferences between the two and miss the common ground that provides the potential for the kindof regulatory coherence that would be required to make the TTIP and other forms ofinternational cooperation possible. As we hope this paper makes clear, it takes a great deal ofresearch and analysis to understand the complexities of differences in legal and regulatorysystems and how those systems relate to differences in values and preferences. From a curricularpoint of view, we cannot reasonably expect to provide students with all the kinds of knowledgethey would need to collaborate across all polities globally (any more than we could expect themto learn all the languages their engineering collaborators might speak). We
sequence is straightforward: to introduce the students tothe design process early in their college careers, and maintain a constant rate of increasingcomplexity throughout the four years of study. By graduation, the students are well versed in thedesign process, oral and verbal communication, and key teaming skills, and hence areimmediately able to contribute productively in their first professional employment.2.1 Evaluation of Team Members in Senior Capstone DesignAlthough peer evaluation is incorporated in every team-based design course within the program,we focus here on our experience with the final course in the D4P sequence for Computer Science,called Senior Capstone Design. In this course, teams of students work on real corporate
researcher], and [our social scientist] come into play because I think [the faculty are] going to be more receptive to reaching out to them, talking to them, and also summarizing what students are thinking through the focus group meetings and they can bring back what the students are overwhelmingly saying. This approach is not working for the majority of the students and maybe that presents a strong enough reason to change.Similarly, a social scientist at another institution said of their teammates: [They] are not small actors in having created an environment where people felt like they could contribute and do interesting things. They're understated heroes in that regard. They're trusted