processes they describe is necessary both for good composition and tofacilitate communication. Recognizing the importance of an understanding of materials and theirproperties, Conceptual Physics is a required portion of the Design curriculum. One difficultywith previous iterations of this course has been in matching the aim of physics instruction withthe needs of the design fields. Previously, students failed to associate class ideas with theirspecialization, and engagement in the course suffered. As a new member of the Sciences faculty,I was asked to develop a fresh interpretation of Conceptual Physics in closer coordination withdesign objectives. I found this to be an intriguing challenge, and reasoned that the best basis fromwhich to draw was my
expectations. This gives team memberspredicting power to anticipate others’ needs and necessary changes as the work progresses.Team members have a strong conviction in the mission of integrating the teaching of teamworkskills into the engineering students’ classroom experiences. Moreover, the modules’development cycle necessitates early involvement from a majority of team members, who areactively involved in brainstorming of modules’ content, before specific team members take alarger ownership of the tasks in later stages.Besides the main characteristics of an effective team defined in the literature, DeChurch andMesmer-Magnus (2010) recognized affective components – motivation and positive affecttowards the work – to have an impact on a team’s
-Efficacy Scale The Teaching Entrepreneurship Self-Efficacy Scale is a locally modified version of theengineering instrument intended to measure teachers’ perceived ability with respect to variousaspects of teaching entrepreneurship. Teacher perceptions of students’ experience A set of locally developed (not validated) survey items was included to assess teachers’perceptions of impacts of IC on their students’ interests and abilities in engineering andentrepreneurship content areas as well as teamwork and communication. Specific studentattributes include: enthusiasm for learning about engineering, enthusiasm for learning aboutentrepreneurship, presentation skills, teamwork, and understanding of a variety of engineeringand
Association, and the Fund For the Improvement of Postsecondary Education. Professor Pasquerella is a skilled facilitator and has conducted numerous workshops and community conversations on ethics and public administration, critical thinking, instructional development, multiculturalism, and medical and legal ethics. She and her husband John Kuchle, who is a biologist and photographer, live in Woodstock, Connecticut with their fifteen–year old twins, Pierce and Spencer.Joan Peckham, University of Rhode Island Dr. Peckham is a professor of computer science at the University of Rhode Island. She is a conceptual data modeling researcher who is currently engaged in multidisciplinary research
. M. (2015, June), Pushing the Boundaries of Mass and Energy: Sustainability andSocial Justice Integration in Core Engineering Science Courses Paper presented at 2015 ASEEAnnual Conference & Exposition, Seattle, Washington. 10.18260/p.24623[16] Riley, D. (2007, June), Resisting Neoliberalism In Global Development Engineering Paperpresented at 2007 Annual Conference & Exposition, Honolulu, Hawaii.https://peer.asee.org/2628[17] Celio, C. I., Durlak, J., & Dymnicki, A. (2011). A meta-analysis of the impact of service-learning on students. Journal of Experiential Education, 34(2), 164-181.[18] Litchfield, K., and Javernick-Will, A. (2015) I Am an Engineer AND: A Mixed MethodsStudy of Socially Engaged Engineers, Paper presented at 2015
for reflection on learning. Through the millennial decade, as we witnessed the world and the engineeringcommunities across the world become wired and interconnected, we recognized a need to extendthe concept of experiential learning to a wider set of stakeholders, the most obvious and natural tous being the engineering faculty. We conducted workshops in two locations- Ahmedabad, Indiaand Montreal, Canada to introduce the concept of experiential learning, facilitate knowledgesharing (to gain) and form a learning community, and to deliberate on strategies to promotemindful, metacognitive learning that would lead to enhancing student learning via reflecting ondoing. In this context, we included Bloom’s taxonomy as reflected in the
feedbackprovided by students, faculty, and our industrial partners.There is consensus among members of our department’s professional advisory board thatprofessional practice invariably requires strong verbal and written communication skills. Todevelop their oral communications skills, students need opportunities to both make presentationsand observe their peers presenting. Some instructors believe that the project activities inherent inreal-world software development encourage students to improve their written and oralcommunication skills2.Active LearningActive learning is “embodied in a learning environment where the teachers and students areactively engaged with the content through discussions, problem-solving, critical thinking, debateand a host of
experimentation; Intensive and sustained support; Engaging teachers in concrete teaching tasks that integrate teachers’ experiences; Focusing on subject-matter knowledge and deepening teacher content knowledge; Providing explicit connections between the Professional Development (PD) activities and the student outcome goals; and Providing connections to larger issues of education/school reforms.The PD institute threads the use of the INSPIRES curriculum throughout all components –which include a content course, practice instruction, reflection, and post institute enactment.Engineering faculty model various pedagogical best practices and then teachers use these samestrategies and materials as they
” of engineering graduates and the needfor reform to better meet the graduate educational needs of the nation’s engineers in industry, U.S.engineering graduate education continues to focus primary emphasis on preparing students for academiccareers as research scientists without providing a complementary path of excellence of professionaleducation for creative engineering practice and engineering leadership for engineers assuming responsibletechnology leadership roles in industry. Page 9.826.3 “Proceedings of the 2004 American Society for Engineering Education Annual Conference & Exposition Copyright
brainstorming tasks with freshmen and senior engineering students using functional near infrared spectroscopy." ASEE, Columbus, OH, 2017.[65] R. Jonczyk, J. van Hell, G. Okudan Kremer, and Z. Siddique. "Neurocognitive Evidence on the Impact of Topical Familiarity in Creative Outcomes.", 2019.
).Our research question is: what is the impact of adding women-associated “helping” disciplines(BME and ENV) on the percentage of women undergraduate students enrolled at an engineeringschool as a whole and within traditional disciplines at that school?BackgroundSocial psychology research distinguishes between careers perceived to meet communal goals—often defined based on their benefit to other people—and careers believed to align with moreindividualistic, agentic goals. This distinction is significant because a) there is a perceiveddisassociation between STEM fields and communal goals, and b) women are more likely thanmen to endorse communal goals3,4. The stereotypes women and girls hold about the nature ofengineering work, including the
University of Manitoba, in Winnipeg, Canada.Ms. Lydia Wilkinson, University of Toronto Lydia Wilkinson is an Assistant Professor, Teaching in the Engineering Communication Program/Institute for Studies in Transdisciplinary Engineering Education at the University of Toronto, where she teaches courses on written, oral and visual communicationChantal RodierDr. Laura M. Patterson, University of British Columbia, Okanagan campus Laura Patterson is an Associate Professor of Teaching in the School of Engineering at the University of British Columbia’s Okanagan campus in Kelowna, BC, Canada teaching technical communication courses to engineering students since 2007. She holds a Ph.D. in Technical Communication and Rhetoric from
sophomoreyear, the students are introduced to the concept of information quality and are asked toindependently perform an alternative analysis on a non-technical problem, a major purchase thatthey are likely to have made or will so in the future. These early efforts are focused onimproving student awareness of and capability to engage in higher order cognitive skills; theseskills are then adapted to actual civil engineering problems during the junior and senior years.Junior and senior level engineering students work on a variety of different alternative analysisproblems focused on typical engineering topics, for example, gas well site civil infrastructureand roadway extension. In addition, the seniors explore their critical thinking skills in
issuesfrom Newberry34 that were discussed by the students included time, resiliency, organizationalinterfaces, historical contingency, information, unanticipated failure modes, and faultyassumptions. These ideas include technical elements around engineering design decisions as wellas concerns around how we communicate these ideas to the public. Some other macroethicalissues that were discussed included disaster response and broader considerations ofenvironmental impacts (citing Fields30).The fourth question on the assignment asked students to select one of the six principles from thesocial justice essay by Riley and Lambrinidou27 and discuss how the application of this principlein the case of New Orleans/Katrina would have changed how events
Community and Economic Development (DCED) funded position as statewide Program Manager for 2+2+2 Workforce Leadership Grants. Dr. Adukaitis is co-PI on an NSF-ATE Advanced Manufacturing Project in PA. Page 13.864.1© American Society for Engineering Education, 2008 Manufacturing a Workforce for the FutureAbstractThis paper will describe the Pennsylvania State System of Higher Education’s (PASSHE)three-year $810,000 grant from the National Science Foundation’s Advanced TechnologicalEducation (NSF-ATE) program to develop a full pipeline of students from grade 9 through 16focused on careers in advanced
.Figure 2 shows the four cornerstones of the CT project. Incorporating CT right from the beginner’slevel curriculum, can help in improving the confidence of the learner and help them toconceptualize the solutions logically and creatively6. Though CT is commonly used in computerscience related courses, it is not very common to explicitly use the CT techniques for computerengineering courses. Project-based learning (PBL) is a student-centered teaching method that canhelp teachers to engage students by providing real-world examples or problems. Through PBL,students investigate on a problem for extended period i.e. few weeks to a semester, which wouldhelp them to respond to a challenging authentic problem by creating a public product for real
myriad ways that everyday life in learning communities contributes to the social and cultural production of inequality along gender, race, and social class lines. In her cultural studies of engineering education, she brings to bear 15 years of experiences as a reservoir engineer in the petroleum industry. Her research in engineering education received the WEPAN’s Betty Vetter Award for Research, the Mary Catherine Ellwein Outstanding Dissertation Award (Qualitative Research Methodology) and the Selma Greenberg Distinguished Dissertation Award (Research on Women and Education) both from the American Educational Research Association. In other projects she examined the contributions of “standardized
,statistical analysis, error propagation and other engineering concepts, students are encouraged toexecute experiment-based activities and then write effectively about them through memos,executive summaries, business proposals, and technical reporting. Previous studies on technicalwriting for engineering students have documented outcomes assessments indicating that studentsin programs that experience a dynamic integration of communication and engineering educationdisplay significant improvements in writing and communication tasks [16]. Additionally,experiment-based learning has demonstrated to increase the engagement among students andimprove the performance of students in critical components of technical documents such as thegrammar, spelling
Center lab at Baylor College of Medicine, Urban Harvester Aquaponics facility, local urban farms and community gardens.IV. Sample ProjectsThis section presents a number of projects completed by EL CUAS students. Each of these projects has afocus on sustainability and/or urban agriculture. Teams of students worked collaboratively to design,implement and automate the operation of their project. Mostly, teams were comprised of biology andengineering technology students even though students from social sciences and interdisciplinary studieswere present in small numbers and had a significant impact. a. University Sustainability Garden The objective of this project has been to develop a garden at the UHD where biology students could grow different
anengineering topic for 5 minutes may result in some business leader contacting the facultymember with a request for help that leads to a funded research project. While most of these“low-level” community service activities won’t reap such direct benefits for the faculty member,they do help educate the public at large and require relatively little effort by the faculty member.Larger scale community service, such as organizing a coding club for high school students, orproviding technical assistance to a local school team engaged in an engineering competition aremore likely to have a greater impact on all those involved, and therefore might be more likely tolead to long-term benefits for the faculty member. However, such activities can take
Exploring Engineering(E2) to improve the retention of high achieving incoming freshmen. E2 is designed to: • Enhance critical thinking and problem solving skills • Expose students to instrumentation and visual programming tools • Apply STEM (Science, Technology, Engineering, Mathematics) knowledge to open ended problems • Build community • Introduce students to campus life • Increase retention in engineeringResults from the first two summer sessions are extremely encouraging and indicate that similarprograms can have a significant impact on graduation rates for engineering students.E2 introduces students to two main engineering disciplines: electrical and computer engineeringand mechanical and materials
problems into a project for the algorithmic and programming course hasproven to be an effective method to improve the learning experience. Specifically, facultyperceived that students were able to develop strong and effective values of project management,teamwork, leadership, and civic participation. The projects completed by students allowed themto apply the knowledge acquired in the course, interact with the community, observe their needsand design an effective solution to meet those needs.Informal feedback from students indicated that the project made a positive impact on them andincreased their motivation in the course. This and the increased passing rate of the course givesus reason to believe that the changes made on the original course had
emphasis on Program transitioned through STEM. To URM evaluate and disseminate our findings within the University of Pittsburgh and external academic communities.”This adaptation is also evident when exploring the structures of the PROMISE and MeyerhoffGraduate Fellows Programs. The variation in funding sources is a major factor that impacts theability for program coordinators to plan and execute activities that support key elements ofprograms for graduate students. For example, the undergraduate and graduate MeyerhoffPrograms provide funding to students to support
overall planning, organizing,and time management. With that desire, we have reason to research if these project managementskills and concepts are being taught effectively enough to prepare students for senior-levelcapstone courses and future careers. Degree programs that do not heavily focus on managementprinciples may impact students' abilities to obtain manager-style roles. Outside the classroom,there are opportunities to obtain this experience, such as through internships and studyingabroad. Data collected stem from a self-efficacy questionnaire administered to 811 students andvoluntarily completed by 361. The survey was issued at the beginning of the semester for ninefall courses through 15 different majors and intended to take approximately
and their impact on classroom instruction and student learning.Mimi Recker, Utah State UniversityProf. Tamara Sumner, University of Colorado Boulder I am a Professor at the University of Colorado, with a joint appointment between the Institute of Cognitive Science and the Department of Computer Science. I am currently serving as the Director of the Institute of Cognitive Science. I lead an interdisciplinary research and development lab that studies how compu- tational tools – combining cognitive science, machine intelligence, and interactive media – can improve teaching practice, learning outcomes and learner engagement. My research and teaching interests include personalized learning, learning analytics, cyberlearning
. She also has strong links with schools to provide programs and activities for students and teachers. Her research includes: comparing mathematical word problems in English and Chinese; code switching in Chinese/English; embedding academic numeracy in university programs; and more recently tablet technology and its impact on teaching and learning.Dr. Harry Ku, University of Southern Queensland Dr. Harry Siu-lung Ku is a senior lecturer in the Faculty of Engineering and Surveying, University of Southern Queensland. He has 34 years of experience in tertiary education and industry in Hong Kong and Australia
has been approximately 500students over the past three years with typically a third or so of the students being female. Thecourse is taught in multiple sections in order to maintain a high level of engagement between theinstructor and students. Each section typically has between 35 and 48 students. More detailsabout the course are presented later in this paper (Section 5.1.1).This paper will discuss methodologies and best practices for capturing and analyzing coursegradebook data, identifying students early in the semester who show signs that they may bedeemed as non-thriving at the end of the semester, and boosting these students to achieve animproved academic performance.3 Previous WorksLearning Analytics is a field based on technology
students, participatory governance, liberaleducation, the expansion of the application of knowledge, human dignity, the convening ofcultures and respect for the environment 11.”STC 2013-2018 Comprehensive Mission“South Texas College is a world-class institution advancing regional prosperity througheducation for a better quality of life in our community. Collaboration South Texas College continues to develop bridges between departments and divisions while advancing mutually beneficial community and educational partnerships to create a collective impact on student success12”TSTC Statement of Purpose“TSTC's legislated purpose or mission is described in Vernon’s Texas Education Code Section135.01: The Texas State Technical College
, where she worked on seismic retrofits and new design of high profile transportation structures.Ms. Karin Brown, University of St. Thomas Karin works at the University of St. Thomas in St. Paul, MN as a dedicated Instructional Designer and a passionate education enthusiast. Her goal is to foster positive learning experiences for students by working with instructors, assisting them in creating engaging and motivating activities while incorporating sound educational pedagogy. Her experience includes teaching high school math, overseeing a high school grades management database, and practicing instructional design. She also has strong expertise in online learning and incorporating technology into the classroom. Karin lives
the community colleges located in Long Island, NY. Students enrolled inthese programs have a large range of skills and aptitudes, in terms of math, sciences, experiencewith laboratory test equipment, computer-based-tools, programming.The general characteristics of student population at Farmingdale State College was taken intoconsideration also. A study of student population at Farmingdale State College shows thefollowing: over 90 % of the students are commuting on daily basis from the greater New Yorkmetropolitan area and they hold full time jobs; around 35% are first-generation college students(e.g., neither parent has earned a 4-year degree); 30% are minority; the student population includeslarge numbers of “New Americans” (i.e., they or