Paper ID #7475Engineering Librarians as Partners of Faculty in Teaching Scholarly Inquiryto Undergraduate Students through Curriculum Integration: The BiotextilesProduct Development Course BlogMr. Greg Tourino, North Carolina State University Greg Tourino is the associate director of Centennial Campus Research Services at North Carolina State University in Raleigh, North Carolina where he shares responsibility for planning, delivering, and manag- ing library services to the large and growing number of faculty and students in the Colleges of Engineering and Textiles on Centennial Campus.Prof. Martin W. King, North Carolina
outlived Pontiac, SAAB, Saturn, and Oldsmobile all within a twentyfive year span. But it was by no means ideal and necessitated flexibility, continuousimprovement and planned innovation in areas vital to sustaining strength in its core valuepositioning. Still, it possessed strong and admirable attributes that help comprise the TCEPmodel presented here.The second source is a compilation and synthesis of the strengths of over 650 technicalcontinuing education programs operated by other national and international organizations. Theseare articulated by nine universities with successful, high-quality distance learning continuingeducation program experiences with these same organizations.The criterion for selection for strengths within the TCEP model
not have a prior knowledge in the field of mechanical design and it’s applications); • Determine faculty role in the learning process; • Develop an instructional plan; Page 23.5.3 • Design activities, assignments, and assessments that are congruent with the four desired student outcomes: (a) improved critical thinking skills, (b) greater capacity for independent work, (c) taking more responsibility for one’s own learning, (d) intellectual growth, congruent with the above mentioned goals and objectives.In what follows, we briefly discuss the two projects, Device Analysis and
% strongly agreed; 60% agreed). We plan to conduct additional mentor and mentee surveys so that we can evaluate and trackchanges in faculty attitudes and perceptions. We are seeing the following results of our juniorfaculty cohort mentoring program: higher retention of faculty. better understanding of the factors that lead to the retention of faculty, by gender. lower levels of stress and isolation reported by faculty, especially women and faculty of color, in our campus climate surveys. positive experiences reported for both mentors and mentees (lower stress, less isolation, greater networking and community building, greater productivity). (positive) differences in self-reported attitudes of chairs and
creators) are creating and what ourcustomers (other educators) need may be one of the fundamental reasons for the lack ofemerging technology or application driven examples into the classroom.For example, DCTC spent significant time and effort creating lecture materials to complementthe module content. This effort involved obtaining copyright approval for some material, as wellas redrawing or creating new content. This was a tedious activity undertaken prior to the surveyactivity. Based on the survey data and well as the focus groups, lecture material is of moderateimportance to the user community. In many cases, educators just plan to use their own lecturematerial or minimally use that resource. Therefore, time was spent creating material that was
of Research and Professional Development at the Center for Critical Thinking and Chairof the National Council for Excellence in Critical Thinking. A PowerPoint presentationsummarized main points from the keynote lecture and also introduced planned activities for thetwo-week workshop.Following the presentation, the students took an on-line test to evaluate critical thinking skills4before beginning workshop activities. The on-line test took the students about an hour tocomplete. When the students returned to the classroom, a “fun” test in critical thinking wasgiven, which was followed by a general discussion on creative and critical thinking. Thestudents took the on-line test again at the end of the program. Student scores on the
for the global market.Engineering programs in developing nations face the additional barrier of interpretingaccreditation criteria in a foreign language and are more likely to treat accreditation efforts as atest they must pass every accreditation cycle.20 A systematic approach for programs to becomeaccreditation ready is essential for the development of accredited programs in developingnations.The development of global engineers, capacity building and economic development depend onaccreditation as a means of quality assurance and an opportunity for innovation21 and continuousimprovement.22, 23 The emphasis on institutional planning and assessment can serve as a vehiclefor continuous improvement. This requires the consideration that self
satisfied with the easy to use nature of the program. 70% of the students completed allassignments without any help and they answered questions related to variables, processes andassignments, selections and iterations clearly. We plan to monitor these students in subsequentprogramming courses for their performance and present the findings in another paper. In the CS 300course, we used RAPTOR in 2012 Fall semester. There were 12 students and most of them (90%) likedRAPTOR for small problems (small flowcharts). Since the flowchart for their number system converterwas large and required a deeper understanding some of the features of RAPTOR, only 25% of thestudents thought RAPTOR is helpful for solving complex problems. Since the students in this
rounded educationfor engineering students. Because we had this starting point in creating our curriculum, thenatural tension that is sometimes created in trying to fit as much technical content in as possiblewas simply eliminated (since there was nothing that could be done to change this Universityrequirement it seemed much more readily accepted by the faculty and advisory council than thisauthor has experienced at other universities).The Plan of Study for the original curriculum is shown below: Page 23.1081.4 Table 1 – Construction Engrg Curriculum 2009Creating buy-in/enthusiasm amongst the industry during a downturnOne of
eight CSICamps-for-a-Day in military connectedcommunities. The first of these camps wasoffered to 98 students and six teachers nearJoint Base Lewis-McChord in WashingtonState and planning has begun for the nexttwo camps to be offered during the springof 2013. In addition to the one day camp,we are also working with each communityto offer a half-day CSI Teacher Workshopfor local teachers who are interested inincorporating engaging CSI activities into Figure 7: A soldier from the Joint Base Lewis-their classroom curriculum. When possible, McChord Military Police demonstrateswe will work with the states where we offer fingerprint dusting to campers during thethis program to provide professional first CSI
benefit from utilizing guest lecturers from the local engineering and computer science community. EGR 300 Introduction to Capstone Project – 1 cr. hr. Preparation for the senior capstone courses in the School of Engineering. Students practice project management tools and techniques and learn about the requirements for senior design projects. Project ideas proposed by clients from the University and the professional community will be discussed and assessed. Additional material is presented on career planning, professionalism and some discipline-specific topics. Students conclude the course by forming a team and preparing a preliminary project proposal. (Prerequisite: Upper-division standing)b) Multi-disciplinary Senior Capstone
oral presentations on their topic and plans for the videos. Topics have included:financial aid, library resources, student health center, the recreation center, career services,student organizations on campus, transfer credits, important dates for students to know,parking services, JagSuccess (a new set of university resources to help students succeed) andadvising tips. The videos will be placed on a College of Engineering website as a form ofFAQ’s. The videos take many different forms, depending on the creativity of the students.Career PlanningCareer Services staff are invited to a class to discuss the resources available to studentssearching for co-op jobs, internships and permanent jobs. The staff provide useful handoutsand discuss the
Simulations Components VR Simulation Figure 5. Building of a VR simulation ApplicationAssessmentImpact on sophomore studentsSo far most of the project time was devoted to the development of the virtual laboratorymodules. A comprehensive assessment plan is in place. Only limited assessment data could becollected on modules that were not fully developed. The impact of the virtual laboratory moduleswas then assessed through a post survey of those students who participated in the learningmodules. A group of students served as an intervention group
Power Page 23.1277.5Table III: Sample of research projects in different disciplinesREU PARTICIPANT ACTIVITIESDuring the ten week program the students are presented with a schedule of organized activities.Some are jointly co-sponsored by the NC Office of Undergraduate Research and other summerprograms to create developing inter and multidisciplinary network. A typical schedule ofactivities includes: Campus, safety and laboratory training Professional development seminar on ethics and responsible conduct Workshop on public presentation skills and career planning Graduate school application and fellowship opportunities at
actual experiment will be explained, along with the results and instructor reflectionon learning outcomes. Finally, planned future efforts will be discussed.BackgroundThe pivotal aspect of this work was that skills taught to select engineering students to improvetheir leadership development could be used to help freshmen learn how to ask questions in anopen-ended or interview situation to define a problem or obtain information for a desiredoutcome. The model used for helping students learn these skills was the (unnamed) LeadershipInstitute’s annual leadership class (seminar) that focuses on development of the student’sleadership styles through understanding of leadership concepts, emotional intelligence,examining the leadership styles of proven
. Theresults of this analysis are consistent with instructors’ assumptions about attendance. Whilemore data needs to be collected from multiple semesters, the results support continuing toencourage attendance. This and additional data may prove useful in convincing students of theimportance of attending class.Future plans include on-going collection of attendance data and exploring when and how topresent the analysis results to students. While this study looked at using MyMathLab in-classproblems to record attendance, the mid-semester feedback from students indicates that theadditional practice in MyMathLab had value on its own, and the department plans to investigatethis in greater detail in the future. Part of the motivation for encouraging and
students, high school student andfaculty. Presentation mainly focused on robotics and was titled “Wireless Robots”. The mainobjective of the presentation was to highlight Project Based Learning activities that are used insystem design. The planned activities allowed the students to focus on learning about sensors,motors, controllers and Easy Bluetooth module to wirelessly control the movements of the robot.The area high school teaches a course in Computer Aided Design (CAD) in which the studentsuse the 3D modeling software solid works. During the high school presentation of wireless robotstudents are given assignments to design the 3D model of sensors, motors, controllers, chassis ofthe robot, breadboard and Easy Bluetooth module.Program
for post-secondary STEM education. Some representative examples includeoutreaching to high school students to introduce STEM career options and benefits, developingacademic articulation/bridge plans with high schools, holding recruitment seminars, workingwith K-12 teachers to offer hands-on learning activities in the classroom, and providing financialsupport for targeted students 5-7.The College of Engineering at Utah State University (i.e., the author’s institution) organizes anannual three-day “Engineering State” event held each summer. During this event, high schoolstudents across the state are invited to the campus to visit each engineering department andlaboratories to learn about engineering and engineering sciences. Serving as a
, Women’s Health Services, Allegheny Reproductive Center, and Pittsburgh AIDS Task Force, and is an active member of the Allegheny County Workforce Diversity Committee. Within PTEI, her efforts focus on the leadership, development, planning, coordination, and implementation of PTEI’s complete suite of educational programs.Dr. Kalyani Raghavan, LRDC, University of PittsburghMr. Nathan Grant Smith, OpenArc LLC Over the past eighteen years, Nate has led marketing and brand management for organizations including international non-profits, communications firms and technology start-ups. Smith’s professional expertise includes, strategy and tactics to build brands for colleges and universities, technology ventures, healthcare
cell types. This will lead to larger relative settling velocities for Page 23.1389.3 larger cells in dilute particle suspensions and surprisingly to larger relative settling velocities for smaller cells in dense particle suspensions. 6) At certain dilutions an “azeotrope”-like condition occurs where both larger and smaller diameter cell species will have the same settling velocity.System AnalysisTo develop a learning module for students it is important to understand the fundamentalconcepts surrounding cell separations. Our plan is to take these concepts and developboth in class worksheets and pre- and post-assessments.Basically, there
ameta-cognitive activity. Students engage in hypothesis testing by attempting to activatebackground knowledge, predict and later explain outcomes, plan ahead, and apportion time andmemory. Research studies have demonstrated that by simply "deciding what to study oftenrelies on a meta-cognitive judgment about what has already been learned, an introspectiveprocess that can enhance memory independently of any further study" 11.Knowledge RetrievalLearning is a sequential decision process where knowledge is rehearsed through repeatedselection and revision. Through concept application, learners partake in a process of sequentialdecision making where existing knowledge is consolidated, strategies are formed, and aprediction is formulated with an
semester. Students indicate the program was successful in meeting all of theobjectives, particularly familiarizing students with the University, building community, andintroducing students to the engineering design process through the service learning project.Revisions of the math, writing, and study skills components are planned for the second pilotprogram to more closely integrate them with the engineering projects.BackgroundAlthough students’ aptitude in science, technology, engineering, and math (STEM) fields used tobe linked with their persistence rates, science and engineering education has begun to change.Research suggests that many students who leave engineering majors, for example, are in goodacademic standing and performing well in the
through the program’s professional development for STEMteachers component, including obtaining STEM credentials through on-going engagement withthe DRSC; (8) foster long-term collaborative partnerships between K-12 STEM teachers, theuniversity research community, local engineering professionals, and the DRSC through a Page 23.755.6substantial follow-up plan; and (9) empower teachers so that they will be more likely to provideK-12 students more learning experiences that incorporate engineering innovation and design.Design ProjectsFor this six week summer experience, Engineering and Innovation Design for STEM Teachers,design teams were formed. The
many engineering curriculado. Second, our approach allows students to realize the interdisciplinary nature of engineeringproblems, which discrete course subjects artificially isolate. Our approach enables students toapply what they have learned in previous classes to solve new aspects of the same project. Third,this project demonstrates the true iterative nature of engineering design and developmentwherein students reassess their modeling assumptions and perform necessarily more detailedexperiments to validate their conceptual design changes.Both direct and indirect assessments are planned to evaluate our program. We will track thenumber of students enrolled in RP courses who join aerospace student organizations like AIAAand who take aerospace
years past, arc flash was a common hazard of industry. It was accepted and planned for(hopefully). Most engineers opened panel doors and started equipment of varying potentialenergy and thought nothing of it. While this has been the practice that most were introduced to,it was a dangerous environment and one that had the potential for injury at any time.New initiatives have changed this environment and educators must follow these changes with Page 23.470.2curriculum changes that properly prepare students for the new workplace.To begin the process of teaching the changes, a number of outside personnel were queried as tothe state of safety training
1008speaking, report writing, communicating with clients)Organization and planning (organization, project planning, time 793management, meeting deadlines and timelines, goal setting,Technical skills (technical expertise, programming, design process, 754testing, technical procedures)Real World Experience (real applications, realistic view of working 222world, experience for real life)Customer Awareness (Customer needs, customer support) 174Community Awareness (Community needs
andminority students experience barriers in gaining access to networks and mentors more often thanstudents who do not belong to under-represented groups. Page 23.249.9Some results and comments by students on the satisfaction surveyIn the summer of 2010 we conducted an on-line satisfaction survey among the 61 students whohad completed an undergraduate research project by that time. The response rate was low, andeven after repeated reminders it was less than 30%. The respondents were all very positive abouttheir experiences. Except for two students, they found engineering more interesting, worth thetime and effort and useful for their future plans as a
and design of MEMS devices; and design, path-planning, dynamics and control of reconfigurable, cooperative multi-robotic systems. Her research is/has been supported by Lockheed Martin Corporation, DARPA, NSF, NASA, SNL, Hammond Machinery, Inc., Harris Corpo- ration, PhaseSpace Corp., and others. In 2010, Professor Wiens served as a National Research Council supported Senior Research Associate at the AFRL/RVSV-Kirtland AFB conducting research on small satellite telescopes integrating the design of the deployable structures (mechanisms) with the optics. Pro- fessor Wiens has held/holds numerous positions in ASME including Manufacturing Engineering Division (MED) Executive Committee Chair (1998-99) and member (1994
Hatian American Nathan Male African American University of Pittsburgh 22 Sammie Male Black or African American University of Alaska-Fairbanks 25 Tristin Female Diné Columbia University 21 Tyson Male Black Howard University 20 Vera Female University of Texas-Austin Xuan Female Vietnamese (mixed race) DeVry University 35RecruitmentI have progressed through multiple methods of recruitment since the start of this project. Theoriginal plan had been to