precision: Future work should define the nature of technical leadership in detail and evaluate the interests and motivations of engineers to develop skills in technical leadership; the relationships between traditional management and technical leadership must be examined; the interests of engineers and of business and industry in career development for “technical leaders” must be assessed. Additionally, the continuing task of improving online education for technical professionals will continue to be a challenging area of development.The development of “Communicating Technical Information” has three stages.Stage 1 – a largely completed task: the infrastructure of the online setting had to beunderstood and
:3 (Fall 1998), pp. 249-276.[TSSE 00] Topping, Keith, Smith, E.F., Swanson, I., and Elliot, A., “Formative peer assessment of academic writingbetween postgraduate students,” Assessment and Evaluation in Higher Education 25:2 (June 2000), pp. 149-169.EDWARD F. GEHRINGEREdward Gehringer is an associate professor in the Department of Electrical and Computer Engineering and theDepartment of Computer Science at North Carolina State University. He has been a frequent presenter at education-based workshops in the areas of computer architecture and object-oriented systems. His research interests includearchitectural support for persistence and large object systems, memory management and memory-managementvisualization, and garbage collection. He
and course performanceof a representative semester (within the last 5 years) is tabulated below; note that the typical courseenrollment is ~60-90. It can be seen that the students performed especially well in the laboratorycomponent of the course, while they generally performed in an above average manner for the exam(and overall) when compared to courses at this level in the B.S. program. It is also worth noting thatfor ABET accreditation and internal college/university-level assessment purposes, the courselearning outcomes were defined to be met if at least 70% of the students score above a 70% grade –this was of course very comfortably achieved in the representative semester highlighted below, aswell as all in all of the semester that the
concepts. This claim was tested by Gary L. Gray and associates (2003) at PennsylvaniaState University when they validated the effectiveness of new teaching methodologies andcurricula innovations. They conducted the DCI (Dynamics Concepts Inventory) test to over 450students at a large public university and at a small private university10.Based on the previous research results on ‘Dynamics Concepts Inventory’6 and the authors’teaching experience, the following exemplary Dynamics problems have been identified aspresented in our paper in ASEE 20097 (Table 1). Table 1 Concepts and Exemplary ProblemsNO CONCEPT PROBLEM1 Sliding and Rolling Motion Motion of a
designing and programming the course control electronics. Thisdevelopment and creation is extremely time-intensive. College students already balance manydifferent life aspects, and yet, every year, a core group of TAs embrace this time-intensivechallenge and excel. To further explore this TA experience, this study addresses the followingresearch questions: Why do TAs participate in the development and creation of the robot designproject? What skills, if any, do they develop through their participation?Impetus for this WorkMany first-year engineering programs have a common curriculum that all students are requiredto take.1 These courses tend to be large in size, having multiple sections of the same class. Forexample, at Ohio State, the first-year
. Service learning and design-based learning emphasize students’problem solving skills, critical thinking, and application of classroom knowledge in practice.These two studies supported the role that service learning and design-based learning played inimproving students’ learning outcomes that outlined by ABET.Professional development programs. Leiserson, Masi, Resto, and Yue assessed theeffectiveness of an Undergraduate Practice Opportunities Program (UPOP) at MIT using bothqualitative and quantitative methods.26 The UPOP is a co-curricular program that providedprofessional engineering experiences and non-technical professional abilities for sophomores
, indepth information about the minor demographics, and highlights of successes in the hopes of encouraging other colleagues to consider how much is gained from crossdisciplinary work. Context: As a large polytechnic school, serving 19,000 students, the College of Engineering is the largest of the colleges on the Cal Poly campus. The College of Engineering serves 6,124 students with 14 bachelors and 11 master’s programs. Graduating students are very successful at obtaining jobs (with 90.6% of graduating students employed or attending graduate school within a year after graduation with the average salary of $71,000). Within
their findings to their peersand a panel of judges using a rubric based on one used for regional science fair competitions. TheBioengineering 101 module has been performed four times from 2019-2023 at the same highschool; however, the design and implementation of the module significantly evolved due to studentfeedback, faculty observations, and the COVID-19 pandemic. The evolution of how the modulewas implemented included changes in the age of the students (first year vs. third year students),the duration of the modules (two weeks vs. four weeks), and how the chemical engineering facultymember was able to directly engage with the students (in-person, virtually, or asynchronously).Assessment of the program through pre- and post-surveys found
account for all of the real-world constraints faced by engineering programs such as mandated maximum units in anundergraduate program and additional requirements imposed by a state government or auniversity. Conversely, the ABET program criteria define the minimum requirements for aprogram to receive accreditation. As such, there will naturally be a gap between those twostandards. With the newest iteration of the CEPC completed, it is important to assess that gapbetween the requirements of the BOK2 at the undergraduate level and the newly revised CEPC.The body of knowledge needed by the civil engineer of the future is constantly changing. Whilea few baccalaureate programs have revised their curriculum to include most or all of the BOK2outcomes
study of the characteristics of successful calculus programs (CSPCC) thatwere available online.14 Only department members who typically taught large-enrollment, lower-division undergraduate courses answered these questions. The differences in the departments arenot discussed in this section because of the small number of responses from each department.Figure 3 displays the responses to the expectations and practices of respondents at the classroomlevel. The items that addressed the expectations of classroom practices asked respondents toindicate if each practice is important or unimportant. The two most important practices werehaving students work with one another and having students work individually on problems ortasks. In contrast, the most
requires by trial and error with some support from professional developmentprograms1.Professional development programs are typically low in attendance when employed andfaculty that do not attend indicate that the programs have low relevance to their own Page 26.1701.2teaching1,3. Felder et al. also indicate that many instructors are unaware of alternatives totraditional lecturing, as this is the way they were taught; they explain low studentperformance and low student evaluations as a reflection of the student, and not of theirteaching. A large component of this incorporation of alternatives is a perceived lack ofdiscipline-specific examples, making it
), which is the highest award given by SSMA. In 2012, she was named Distinguished University Professor at The University of Toledo, which the highest award bestowed on faculty.Dr. Gale A. Mentzer, Acumen Research and Evaluation, LLC Gale A. Mentzer, PhD, the owner and director of Acumen Research and Evaluation, LLC, has been a pro- fessional program evaluator since 1998. She holds a PhD in Educational Research and Measurement from The University of Toledo and a Master of Arts in English Literature and Language—a unique combination of specializations that melds quantitative and qualitative methodologies. She and has extensive experience in the evaluation of projects focused on STEM education including evaluations of
Paper ID #43444Design, Development, and Testing of a Wi-Fi Enabled Minirhizotron for AgFarmsDr. Reg Recayi Pecen, Sam Houston State University Dr. Reg Pecen is serving as a Quanta Endowed Professor of Engineering Technology at Sam Houston State University in Huntsville, Texas. He previously served as a president and professor at North American University; professor and chairs of Electrical Engineering Technology and Graduate Programs in the Department of Technology at the University of Northern Iowa (UNI). Dr. Pecen holds M.S. in EE from CU Boulder, and a Ph.D. in EE from Univ. of Wyoming. He is a senior member of IEEE
instructor has prepared online worksheets in aself-check quiz format, as shown in Figure 4. The multi-take quiz questions provide links tovideo demonstrations (to be watched on an as-needed basis) for asynchronous students who needassistance—or for any student who needs a review.Resources for self-help and review. The self-check quiz is an example of self-assessment andreview. It is especially helpful for early formative assessment, and it also serves as a low-stakes,early motivator to help keep students engaged and moving forward with the course material andactivities.Figure 5 presents an example from the Automated Manufacturing Systems I class. The onlinelearning activity worksheet presents a case example of a simple PLC program for students
multiphase turbulentflows (Crow et al., 1996; Pope, 2000). CFD has opened the possibilities of analyzing in the classroomflows in complex geometries unimagined ten to twenty years ago. However, students need furthertraining to effectively use modern CFD codes and to understand how CFD results can be used as aninnovative process design and diagnostic tool.III. ParticipantsThe participants in this project come from industry and academia. The broad goals of this initiativestem directly from ongoing research and educational programs in chemical, mechanical, andpetroleum engineering at The University of Akron, Michigan State University, and The University ofTulsa. The multi-disciplinary, multi-institutional curriculum development project intends to
) Page 10.435.4 • Active learners (learn by doing and with others) or reflective learners (learn by thinking things through and alone) Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005 American Society for Engineering Education • Sequential learners (linear, learn in small steps) or global learners (systems thinkers, learn in large leaps) BME students responded to self-report online ILS to obtain their learning styles scores in thefour categories. Scores on the ILS scale are forced-choice in that respondents must choosebetween one of two options, for each item, that best describes their preferences. For
? Jim Kuo, Justin Moon, Nancy Warter-Perez Department of Mechanical Engineering, California State University, Los AngelesBackgroundThis paper presents video analytics and assessment data on a recent effort to enhance studentlearning in a senior-level mechanical engineering course named ME 4061 (Heat Transfer I) at theCalifornia State University, Los Angeles (Cal State LA). ME 4061 is the final lecture course inthe thermofluids course series and is a prerequisite to a final laboratory course in the series.Thermofluids courses are math-intensive and make extensive use of physics and mathematics todescribe physical systems. Furthermore, topics in ME 4061 Heat Transfer I involve conceptsfrom two prerequisite thermofluids courses
presented us with problems that were different and challenging, and required us to apply creatively the skills we learn in the classroom. With location, language, culture, and living conditions all different from our usual experiences, the sense of adventure, and the chance to learn were large. On last year’s trip, I gained technical experience in assessing water resources, but more importantly, I was exposed to a world with which I was very unfamiliar. I will always remember my first trip though the town of Siuna, riding in the back of a pick-up truck, over dusty roads, trying to grasp the vast difference between the sights, smells and sounds of my new location with those I had recently left
Senior Engineering Clinic (JSEC), students work in small teams on real-worldprojects sponsored by industry or government agencies through faculty-led grants [18]. Studentschoose their top choices from a bank of over 100 projects at the start of each semester and thencomplete the research or design according to the stakeholder's specifications. JSECs give ourstudents experience working with clients on real-world projects that lead to tangible results [17].Students must submit a technical report at the end of the semester and make a professionalpresentation to the faculty and students. Their supervisor at work is also invited to attend alongwith area companies who can learn about the PIPES program and recruit students in the future.Following the
has worked in the areas of construction of infrastructures and buildings, failure assessment of buildings and bridges, construction accident investigations, forensic engineering, ancient buildings, ancient bridges, and the ancient history of science and engineering for over 40 years. The tools he uses include fault tree analysis, fuzzy logic, artificial intelligence, and virtual reality.Dr. Michael Parke, The Ohio State University Dr. Parke has over twenty years experience in satellite based earth science research. He has been teaching first year engineering for the past seventeen years, with emphasis on computer aided design, computer programming, and project design and documentation.Dr. Tarunjit Singh Butalia, The
global marketplace3. Business Fundamentals – understanding the business and industry the firm is in and support the advancement of the corporate agenda4. Interpersonal Dynamics - clear understanding of given situations and providing projects with leadership and teamwork through good communication5. Forward Thinking – intellectual and personal curiosity in the form of looking for “what’s next” and effectively and economically applying new methods’EMEs are therefore uniquely positioned to drive innovation, whether through new commercial orsocial ventures (i.e. entrepreneurship) or, as it is the case for most of them, within existing small,medium, or large private or public organizations (i.e. intrapreneurship) (Kriewall and Mekemson2010
competencies should an engineering or technologystudent have upon completing an introductory engineering graphics course? Should theemphasis be on CAD, drafting, visualization, or the design process? This paper does nottry to directly answer these questions. It only presents an approach to teaching graphicsby one specific engineering technology department.The needs of students within an engineering graphics course should be one of the primaryfactors used to determine the content of the course. Colleges and departments of engi- Page 5.617.1neering and technology vary in scope and nature. An institution with programs heavy inconstruction, architecture, and
theproper attention and should be reconsidered in light of the current developments.It should be noted that, unlike many American and British programmes, in the Netherlands,the content is not directed through e.g. a professional society like SNAME or IMAREST asrequested by ABET accreditation (ABET 2021). In the Netherlands, this is much more up tothe faculty to ensure relevant education is provided. The government requires independentassessment every 5 years, with internal interim assessments halfway between two officialassessments. Furthermore, an advisory board of professionals meets with the education stafftwice a year to discuss concerns, content, potential updates and support. As a result, morefreedom and responsibility lie with the programme
and assessment, classrooms with flexible seating that facilitate cooperativelearning, and supportive informational technology.Facilities Stein and Hurd 4 note the following:"For the most part, college-level instruction is not now organized around the principles ofcooperative learning. Assignments, textbooks, the examination system, and even the physicalarrangements of many large classrooms reflect a more individualistic conception of learning." They are correct about physical arrangements, and it is certainly true that not allteaching/learning spaces are conductive to good cooperative learning techniques. The BucknellCatalyst team recognized this at the beginning of the project, and was able to secure funding forthe construction
goal whose achievement will enhance the student’s well-being. • The development of a program of specific strategies and actions that will help the student change her wellness behaviors to meet these goals. • A mid-semester assessment of individual progress in working through this program. • A final assessment of the project’s goals and program strategies and actions, and individual student progress. 3) Bi-weekly journal entries are reflective short essays (350 words) that respond to a question pertinent to one of the wellness areas discussed in the courseLong-term impact will be measured through tracking of individual students for retention in
computing, problem-solving, and logicalthinking skills.As established in the literature, hands-on engineering projects have a positive impact on bothstudent engagement and student learning.1-2 Several programs have introduced hands-on projectsfor first and second year engineering students. At the Colorado School of Mines, mechanicalengineering sophomores (about 150 split into three sections), have two group projects interfacingsoftware and hardware using the SparkFun RedBoards and MATLAB®.3 Northern EssexCommunity College has a first year course offered to a small group of engineering students.4Several interesting software/hardware experiments such as control of a stepper motor areperformed in a well-equipped lab with oscilloscopes, spectrometers
the students conducted six experiments on one and two-story small-scalebuilding models to explore their use: to experimentally determine their frequencies, mode shapesand damping characteristics; and to compare different damping devices and base isolationtechniques to improve the capabilities of the model to better withstand seismic loading effects.The models used consisted of four spring steel columns for each floor which have fixedconnections at the base and a large steel block mass for each floor. The effectiveness of thefollowing three types of dampers was explored: viscous, friction and beam yielding. Cylindricalrubber mounts are commonly used as supports in mechanical machinery to reduce the damagecaused by vibration, and different size
Session 1661 Standard Five: Lifelong learning http://sciencelibrarian.tripod.com/ILTaskForce/SYNOPSISFor each of the standards, the task force has developed observable assessment measures,assisting librarians and faculty in the task of developing appropriate, context-specific curriculum.Finally, beyond the academy, human resource workers have identified ten key knowledge skillsnecessary for the knowledge managers of the future16. These skills are strongly related to ILcompetencies. For example, the use of information for advocacy, (as shown in the table below),is related because advocacy entails a generalized, overarching set of IL skills, not specific to anydiscipline or program of academic instruction:Knowledge Manager Skills
group was composed of black, indigenous and people of color (BIPOC) students, with three out of four students identifying as members of under-represented minority groups.A total of 14 students participated in focus groups and interviews. While the sample is small, it isdiverse and represents multiple members of all groups that the CSE faculty were most interestedin learning from. The sample included three transfer students, four international students, sixstudents who identified as struggling, and one student who had left the program. Eighty-sixpercent of participants were BIPOC, and 64 percent were members of an under-representedminority group. Of the eight male students, all students were BIPOC, and 75 percent of
remote teaching/quarantine conditions (Spring 2020-21), as compared to how you spent your time before the pandemic. Q2 Please describe any/all major changes to how you spent your time now (fall semester 2021), as compared to how you spent your time before the pandemic. Participants. The survey was distributed to all students enrolled in an introductoryMATLAB programming course for non-computer science majors, CMPSC 200, and a first-yearseminar in engineering, ENGR 100, for the Fall 2021 semester at The Pennsylvania StateUniversity, a large, public Research 1 institution located in the north-east region of the UnitedStates. Acceptance into the program is very competitive and it could be inferred that most of thestudents are