most popular activity by far was a Lean Manufacturing exercise teaching andhighlighting the difference between batch and one-piece flow in manufacturing processes. In theexercise each student team was provided with a bag of Lego blocks, from which they had tobuild small space robots, following strictly provided the required order amount and particularmanufacturing process (see Fig. 7).Figure 7 Hands-on exercise: building robots from Lego blocksAssessment The structure of the class to a large extent relies on the problem-based learning approach,where they are provided with only a sketchy initial problem definition (product with mass-customized market appeal) with a potential scenario (start-up) and they have to identifynecessary facts
, this may be attributed to the small sample size. There are not an abnormalnumber of survey respondents coming from private grade schools. There appears to be somedifferentiation from the NCES statistic, as respondents reply to the type of high school theyattended. Most of the responding students reported attending public high schools in suburban orurban areas.Studies focused on medical programs often report the impact community and social environmenthas on that career choice. The researchers asked questions about community support to assess theimpact these groups/individuals have on students choosing STEM or engineering technology as acareer. Most of the responding students indicated that they had no support from the communityconcerning their
(Mac, PC) and to be reasonably completed both in classrooms with computers at hand and in those with more limited (or remote) computer access. The course can be adapted for a variety of class sizes. Materials are written for classes of approximately 20 students, but indicate options for small (fewer than 10) and large (more than 30) class sizes. Course materials will be available electronically. Courseware decisions will be aligned with current standards but will be forward-thinking. Courseware will offer both learning management functionality and opportunities for collaboration and communication among and across groups (teachers and students
which the contest is attracting a Contest statistics large, diverse population of participants Contestant demographics Extent to which the West Point Bridge Statistics on downloads and dissemination Designer is effective as a tool for introducing External evaluations students to engineering User feedback Extent to which contestants learn about Student surveys engineering and gain interest in engineering Teacher surveysTable 1. Project assessment—outcomes and assessment instrumentsTable 2 summarizes participation in the 2002-2004 West Point Bridge Design Contests, using sixdifferent measures
. in retrospect than in the moment-when they finally have a • 84% of graduates of Incubators are still in the same solution that matches the problem." community as their incubators. [7] • Small businesses are responsible for 60%-80% of net new jobs annually. Traditional business plans and pro-forma financials • Small businesses provide an essential role in presume they must be written to support the founder(s) on a economic development, job creation and full-time permanent basis (a legacy from their roots in large- sustainability. company
applications. She developed an online certification program to help faculty transition from classroom to online teaching. During the 2020 pandemic she designed and coordinated a University-wide training effort to help faculty teach remotely. She has worked with subject matter experts across disciplines to develop academic courses, certification programs, and open-source learning materials. Her background is in instructional design, LMS administration, multimedia produc- tion, and student engagement systems. American c Society for Engineering Education, 2021 A Review of Teaching Modalities Chosen by Faculty During the
statistically significant results in final grades and crude distance of instructor-student pairings.However, when the data was partition (Jedi vs. all), there were statistically significant resultscongruent with previous research, indicating that sectioning in the Jedi program may enhancestudent outcomes in STEM heavy programs. Keywords: learning styles, student sectioning, student performance 2Leveraging Learning Styles for Enhanced Student Outcomes at USMA Background In the landscape of higher education, the structure of introductory courses varies widely, rangingfrom large-scale seminars in public universities to smaller, more intimate
advanced visualization methods. Using TecPlot, theexercise demonstrated to the students that their basic task needed in creating animations of theirmechanisms in motion is to postprocess their spreadsheet results so that they are compatible withthe format of the input files required by TecPlot. This experience is another component of ourapproach which helps boost students’ confidence and motivation while giving them clearunderstanding of the different stages in developed engineering products.The final discussion item is assessment. Performing a full scale assessment of the ultimatelydesired student learning outcome is a large task. Since this is not possible at this stage of ourresearch, we performed a simple assessment using a survey of different
., Baranger, A., Gerard, E., & Stone, E. (2015). “Undergraduateresearch experiences: Impacts and opportunities.” Science, Vol. 347, No. 6222.[3] Maybee, C., Bruce, C., Lupton, M., & Hughes, H. (2015). “Data Informed Learning: A NextPhase Data Literacy Framework for Higher Education.” Proceedings of the Association forInformation Science and Technology. Annual Conference of Association for InformationScience and Technology (ASIS&T)[4] Kleimola, R. & Leppisaari, I. (2022). “Learning analytics to Develop Future Competences inHigher Education: A Case Study”., International Journal of Educational Technology in HigherEducation volume 19, Article number: 17[5] FHWA. (2010). “Assessment of FHWA Oversight of the Highway Bridge Program and
bridge from education to employment. Because these findings cut acrossgender, race, and ethnicity, the research suggests that credit bearing internships have thepotential to broaden participation in technology careers. Despite their effectiveness, however,very few students who enrolled in a technology program participated. This is mainly becausemost students leave college before earning enough credit to participate in an internship for credit.For those who completed a degree, they were not likely to participate in an internship unless itwas required for graduation.Paper I. Background Research suggests that internships which provides authentic work experiences, structuredlearning activities, and assessment and recognition of
that supports the pedagogy (instructional design model), a supportiveCurriculum Assessment Checklist, and the results obtained from our external evaluator, theHigher Education Evaluation and Research Group (HEERG)[2, 3]. The first tasks in the creation ofthis novel program revolved around the determination of the curriculum competencies thewhat and the philosophical underpinning for a new instructional design model, the how. The NCME determine that a constructivist learning philosophy defined within fifteenlearning statements provided the underpinnings for the Instructional Design Model. The learningstatements and subsequently developed instructional design model go beyond the eightinstructional principles and the three primary
Camera Serial Interface (CSI) port for the RaspberryPI NoIR camera, and a MicroSD port for storage. It is running a modified version of Debian called Raspbian, which has been optimized to run on the RaspberryPI. This operating system also provides functionality specific to the RaspberryPI, in the case of this project support for the RaspberryPI NoIR Camera interface. All programming for this project was done in Python v2.7.13. The RaspberryPI Model3 B+ was chosen for this project for multiple reasons. It is a very small device, which makes it easy to mount and install in the limited space available in the UGV. It has low-power consumption, with max power consumption being around 5 W
face challenging coursework and professional developmentrequirements, peer mentors serve as invaluable guides who can relate to and support their peersthrough shared experiences. A comprehensive review of undergraduate mentoring programs hasdemonstrated that well-structured peer mentoring initiatives consistently yield positive outcomesacross multiple domains [1]. In engineering education, these benefits include enhanced academicperformance, strengthened leadership development, formation of engineering identity, and moreeffective career planning [2]. This peer-to-peer support system has proven particularly effective inhelping students transition through different stages of their engineering education, fromfoundational courses to specialized
), varying standards of medicalcare, and the discussion of medical research and profitability. Student interest in the history andethics brought up by the contextual background of HeLa cells has been recalled by students inthe ethics portion of the senior design course and could be expanded as part of a full unit onbioethics.This ethical discussion required only one class period. Page 25.21.13 12ABET Assessment 1The core module was designed to address the ABET Bioengineering Program Criteria (7): “The program must demonstrate that graduates have… the ability to make measurements on and
population of interest in this study was engineering, education, and engineering educationgraduate students at a large public research-focused university located in the southeastern UnitedStates. Although each population of students engages in research, we were interested inexploring the differences in how students in the different disciplines self-assess the balance oftheir roles as researchers, teachers, and lifelong learners, taking into account that most graduatestudents go through a process of “trying on” different roles during this transitional phase.3 Wechose engineering students because we thought they would more typically represent theresearcher role, and we chose education students because we thought they would more typicallyrepresent the
than those thatshould be measured. Further, the indicators are generally examined for the university as a wholerather than for university divisions, departments or programs. Implicit also is that placement inthe rankings is indicative of quality. This paper provides an overview of the methodologies usedfor the more popular rankings and summarizes their strengths and weaknesses. It examines thecritiques of rankings and league tables to provide appropriate context. The paper then examinesthe issue of how a university (or a college or program) could be assessed in terms of the qualityof its engineering and technology programs. It proposes a set of indicators that could be used toprovide relative measures of quality, not so much for individual
addressing the need to increaseparticipation in science and engineering. In addition to large blocks of time, these informalprograms have other unique benefits over formal schooling. Informal learning experiences offerlow-stakes assessments and a greater variety of topics to explore (school curricula tends to focusnarrowly on math and literacy due to testing policies). They have also been shown to moredeeply engage participants, better encourage direct interaction with real-world phenomena, andbuild on prior knowledge and interests5.Designed to spark children’s interest, raise awareness about careers, and provide opportunities toengage in hands-on activities, informal engineering experiences range from single-exposureactivities like museum visits to
above the ABET Learning Outcome Letters represent the average, and standard deviation, in the percentage of subjects' items associated with that particular learning outcome.)category is consistent with expectations – a large portion of student experiences in anengineering program focus on learning the technical knowledge required to be an engineer.A large percentage of subject responses also fell into category (C) – Design. Items were codedas design if they represented something that a civil engineer could create. For example, bridges,trusses, and even bolts were coded as design since all could be designed according to somespecification. That subjects included a larger percentage of these items in their responses alsomakes sense – many of the
in civil engineering, master of science in environmentalengineering, and the master's of arts in sustainability and development (MASD). An additional14 students enrolled in the bachelor of science in Civil Engineering Program at the New MexicoInstitute of Mining and Technology (NMT), a small STEM dominant four-year public stateschool, also participated in the study: one sophomore, one junior, and 12 seniors.The two instructors had to adapt the module to fit their existing schedules because it was notcompleted until the beginning of October 2020. As expected, these instructors had alreadyprepared their syllabi and assignments for the semester. Thus, one instructor delivered themodule as an ungraded activity while the other provided the module
resources system problem. In the intervening years, he continued work on large scale system based problems. He has expertise in model- ing architectures for complex engineering systems such as transportation, infrastructure, water resources, and energy distribution using computational intelligence techniques He is the Founder of the Missouri S&T’s system engineering graduate program. Dagli is the Director of the Smart Engineering Systems Laboratory and a Senior Investigator in the DoD Systems Engineering Research Center-URAC. He is an INCOSE Fellow 2008 and IIE Fellow 2009. He has been the PI, Co-PI, or Director of 46 research projects and grants totaling more than $29 million from federal, state, and industrial
seconds. The goal is to have the vehiclebe the first choice of vehicles in the garage.In the summer of 2013, three REU students funded by an NSF I/UCRC supplemental grant werechosen to work on a critical engineering challenge to reduce energy consumption in vehicles.These students were a subset of a larger group recruited to campus for various REU experiences.These three students were all mentored by the same faculty member. Research using thesesummer REU students was approved by the VT Institutional Review Board (IRB #13-561).These particular students were chosen for their diversity of disciplines, gender, and university.Two males and one female, one a sophomore from a small eastern university with a generalengineering program, one a sophomore
Most schools put an overall time limit, (such as oneto provide academic courses, certification / renewal year from the course enrollment date) for the coursetraining, and degree programs to individuals who to be completed, but do not dictate any otherare geographically separated from the school’s deadlines such as exam dates, assignment due dates,location. This is an important issue for a large or semester dates. Instructor and studentnumber of individuals, since they want to receive communicate electronically, and may or may notspecific coursework from a specified institution due meet face-to-face. The student must have access toto the institutions reputation in a select field by a computer and
learning curve.Find a helpful website or guide for your particular LMS that covers calculated questions. Havingthis ready at hand facilitates quick searching for answers to question design issues. Some LMSwebsites have forums where questions can be posed and answered. Visitors may be able tosearch answers given to previous questions for guidance. Large educational institutions that usean LMS may also have help pages, forums, or dedicated instructor support. Check the LMSpublisher site for a list of available functions that can be used in programming answer formulas.These include taking the square root of a number, rounding to the nearest whole number,rounding up or down to a whole number, and raising a number to an exponent. Sometimeslogical
. A brief discussion on FEMur resources consisting of computer codes,reference books, discussion groups, professional societies, etc., is also included. FEML consists of static and interactive Multimedia Aided Prototype e-Learning(MAPeL) modules on topics such as linear algebra, degree of freedom, spring element, trusselement and beam element. Each of these e-Learning modules includes five parts, e-Content, e-Lecture, e-Assessment, e-Computation and e-Simulation. A new approach of developingintegrated animated pedagogical agents to deliver online finite element method prototype e-Lecture will be briefly discussed. Using multimedia components, such as graphics, animations,digital sound, etc., in developing interactive learning modules
social justice case study project will be added during the fifthyear of the program. Faculty hiring practices have led to a diverse faculty, in terms of gender,ethnicity, and industry experience.Through assessment of our multi-semester patient monitoring curricular thread, we areinvestigating if this increases student engagement and engineering persistence. Throughassessment of our social justice joint case study, we are investigating if this case study alsoincreases student engagement and engineering persistence. Additionally, both projects have beenused to assess ABET Student Outcomes (1) and (3). 10As the program matures, we will survey graduates biennially to assess the achievement of PEOsand
restricted to the number of accesses purchased by theinstitution. Once downloaded, students need not be concerned of losing data due to bad/slowinternet connections. For assessment, students are required to complete a short quiz, withquestions similar to those asked in the face-to-face experiment, and a brief lab report.The Development and Operation of the SimulatorThe simulator team chose LabVIEW for the development tool. LabVIEW has a number ofstandard controls and indicators simulating meters and switches. The programs created customcontrols based on these standard devices that more closely resemble those found on the physicallab equipment. The custom controls became the basis for developing simulated machines andinstruments. Figure 1 shows the
, and enhancing virtual reality.1 These challenges are complex, multiplydetermined, and fraught with social and personal complications. As such, solving them willrequire engineers who combine both technical training and other skills (e.g., ability to work ingroups, communication, etc.).2 Such complementary skills are often difficult to develop in thecourse of traditional engineering education, which often presents technical problems in abstractand stylized form without connection to real-world applications. Such education works for manyengineers, but it risks missing those students who could be engaged by the opportunity to addressproblems of fundamental import.Here, we describe a framework for integrating the NAE GC program into engineering
community. Learning communities come in diverse forms, forexample, a set of linked courses taken concurrently by a small group of students or degree-granting residential programs 5. While distinctly different, these and other learning communitiesshare a common set of characteristics. Specifically, learning communities strive to develop agroup identity, provide facilities and space for community members to engage in learning,provide a supportive environment, integrate social and academic experiences, foster connectionsbetween different disciplines, and encourage higher level learning 5. The potential benefits oftransitioning a summer research experience composed primarily of isolated research andseminars to one based on a learning community approach
station battery systems and be able to perform basic tests 5. Explain the fundamentals of preventative maintenance of high-voltage electrical equipment 6. Measure apparent, reactive and true power, and harmonics in three phase systems and be able to determine power factor correctionThe results for each student and each objective for Fall Semester 2019 is given in the tablebelow. This course is not used as a part of our program’s ABET assessment. It is a universityrequirement that we evaluate each course in the program for continuous improvement.Table 1. Assessment Results for Each Student and Learning Objective Objective Objective Objective Objective Objective Objective
individualistic learning (Esdaille, 1996;Gokhale, 1995; Healey, 1993; Qin, 1992). In this study, there was no statistically significantdifference in CAD problem solving when cooperative learning and individualistic learningtechniques were compared. There was a small difference in the mean scores between thecooperative learning section (M = 63.33) and the individualistic learning section (M = 66.60).Even though previous evaluations of cooperative learning studies (Johnson & Johnson, 1989;Slavin, 1983) have shown large effect sizes to be common, this study produced only a small one(Effect Size = .01). One interesting finding from the data was the difference in the variances of the twosections. Even though Levene’s test for equality of variance