lab-scale stand pipe pressure gauges read in large-denomination PSI, the@HOLM™ version uses 0.45much more sensitive pressure 0.40 Oz/in2 Gauge Measured Depth [m water]gauges that read in ounces-per-square-inch, inches of 0.35 In H2O Gaugewater, and 0-3 PSI. PSI Gauge 0.30As shown in Figure 3, 0.25despite the small stature ofthe @HOLM™ experiment, 0.20enough water depth is 0.15available in the 2000 mLgraduated cylinder for 0.10students to experimentally 0.05validate the linear nature ofthe hydrostatic
professional development workshops, the context of programming offersteachers a novel learning experience where they can be challenged to make explicit themathematical concept(s) that underlie(s) the program, the embedded computation, and thecorresponding graphical output6. DisseminationWith the ultimate goal of widespread adoption of the iMPaCT curriculum, we nevertheless planto proceed cautiously in order to ensure the best quality products and processes are available.Before widespread dissemination, we must ensure that the PDPs are formalized and are effective,that the modules are well-developed, and that we know what pitfalls are common and candevelop strategies for avoidance or remediation. Thus, we plan small-scale dissemination for thefirst
courses in laboratory techniques, fluid mechanics, energy systems, and propulsion systems, as well as freshman engineering. Research interests include renewable energy to include small wind turbine aerodynamics and experimental convective heat transfer as applied to HVAC and gas turbine systems. American c Society for Engineering Education, 2022 1 Session XXXX Engineers and Accountability Kenneth Van Treuren Mechanical Engineering
Engineering haveplaced an emphasis on the need to better prepare engineering and science professionals to worksuccessfully within the team-based structures of today’s organizations. Additionally, engineeringcurriculum experts have called for the inclusion of leadership and managerial decision makingtraining for engineers within graduate and undergraduate programs. To address this need, wehave developed lecture and laboratory material that directly examines the social and politicalaspects of engineering through the use of experimentation, data analysis, and computersimulation.This material was used in a new interdisciplinary junior level course with approximately 30students from a wide range of disciplines. Using a modular format we examined concepts
Design Simulation, involved twenty-eight early-career engineers whohad been selected for the Leadership Development Program of a large, international technology-based company. The students were enrolled in Stevens’ Systems Engineering Graduate programand were located in five geographically dispersed locations. This initial simulation provided thebaseline system design used in all of the subsequent simulations.The Design Simulation was initiated by defining specific roles. Class instructors acted as the“Customer” for the system being designed, developing the requirements and Statement of Work(SOW) for the system and making all the key program-level decisions, e.g., competitionwin/loss, throughout the simulation.The students’ functional leaders
following: RQ 1. How do graduate engineering and design students commonly conceptualize interdisciplinary education across two universities? RQ 2. What are the variations in students’ conceptualizations of interdisciplinary education across the two universities?MethodsStudy BackgroundStudy Site 1: A United States UniversityOur first project site was an interdisciplinary graduate program (referred to as the IDR Programfrom here) funded through the National Science Foundation (NSF) Research Traineeshipprogram at a large land-grant university in the mid-Atlantic region of the United States. As theNSF website states, “The NSF Research Traineeship (NRT) Program is designed to encouragethe development and
fundamentalconcepts (atmospheric vs. stagnation pressure, computing lift and drag coefficients, etc.), notregarding the data acquisition system. In particular, the statistical features of the software werehelpful and easy to use.Students were able to apply their statistics skills and see how larger sample sizes reduce therandom uncertainty. With one group we spent 3 to 5 hours over several meetings discussingwhat sample size would be large enough to have a negligible random uncertainty, but as small aspossible in order to save time in data collection. This was a level of subtlety we had neverreached with students in this course in the past.Students realized the importance of investing the effort to understanding prior work on a similarproject. Unfortunately
routinely deal with large problems, and haveexcellent analytical skills. They are trained in working with interdisciplinary teams, andare taught to consider multiple options before selecting one for final work—a core ideaembodied in NEPA. Yet engineers are rarely exposed to the notion of broaderparticipation in a democratic society. If given the option, most faculties around theUnited States choose to add more technical specialization to a program of study, thatoften have a very short half-life with regards to an individual’s career, instead of fillingout the budding professional with an ensemble of “softer” skills, such as negotiationskills, or an explanation of how one participates in their government.My own experience as a professor in
Security ToolsGiven the widespread use of web-based services, it is essential to use tools such as OWASP ZAP and BurpSuite to assess the security of online applications. They assist in detecting prevalent vulnerabilities suchas SQL injection, cross-site scripting, and other security deficiencies in online applications[35].3.5 Security Information and Event Management (SIEM) Systems, such as Splunk or ELK Stack, are usedto do immediate analysis of security alarms produced by applications and network devices. They areessential for comprehending the broader scope of network security[32].3.6 Scripting and Programming Tools: Capability in scripting and programming tools is crucial forcybersecurity. Laboratories often include development tools for the
the Humboldt Foundation in Germany. This award enabled him to spend seven months at the Fraunhofer Ernst Mach Institute in Freiburg, Germany working on advanced MMOD protection systems for satellites and developing preliminary designs for safe lunar habitats using in-situ c American Society for Engineering Education, 2019 Paper ID #24753 materials for protection against meteoroid impacts. This year he served on another NASA Independent V&V Committee to review the MMOD risk assessment process for NASA’s Constellation program. At Missouri S&T, Dr. Schonberg continues to teach a variety of
, as they cannot understand them well enough to apply them correctly to most situations. Newton’s 3rd Law of Motion is one of them, as this present study shows. The “Force Concept Inventory” (FCI) questionnaire was given to graduate engineering students as a pre-assessment at the beginning of the “Scientific Foundations of Engineering” course, which is part of the Gordon Engineering Leadership program and aspires to deepen the understanding of the fundamental laws of science that underlie all engineering disciplines. Two weeks after the students participated in a 2.5-hour session on reviewing classical mechanics, part of which focused on the conceptual understanding of Newton’s Laws of Motion
Paper ID #38247Virtual Communities of Practice: Social Capital’s Influenceon Faculty DevelopmentChiebuka EgwuonwuIsabel MillerKarin Jensen Karin Jensen, Ph.D. is a Teaching Associate Professor in bioengineering at the University of Illinois Urbana-Champaign. Her research interests include student mental health and wellness, engineering student career pathways, and engagement of engineering faculty in engineering education research. She was awarded a CAREER award from the National Science Foundation for her research on undergraduate mental health in engineering programs. Before joining UIUC she completed a post
vulnerable to an ever-evolving range of threats from criminals as well as nation-state actors. The purpose of cyberattacks span the spectrum of criminal activity, such as identitytheft, data theft, espionage, and disruption of critical functions [1]. Attacks can be small-scale,aimed at stealing personal information from unsuspecting citizens’ home computers, or large-scale, like the one that took down the CIA (Central Intelligence Agency) website several hours inearly February 2012 [2] and Danish shipping company Maersk in 2017, which disrupted theiroperations for two weeks and cost the company $300 million [4,5]. Cyberattack is a growingthreat. In March 2013 Senate hearing, the nation’s top intelligence officials warned that “Downthe road, the
such as increasingly intenseinternational economic competition, the changing role of engineers in society and cross-disciplinary influences on traditional engineering pose an enormous challenge to engineeringeducation programs.The wide-ranging implications of those changes were already anticipated in both the 1993ASEE report1 “Engineering Education for a changing world” and Engineers Australia’s 1996review2 “Changing the culture: Engineering education into the future”. Both advocatedfundamental changes in engineering education and the recommendations subsequentlyresulted in the development of ABET’s Program Outcomes3 and Engineers Australia’sGraduate Attributes4 (AMEA), respectively (For a comparison of the two systems see Mann& Radcliffe5
measures. In this way, teachers maximize studentengagement and creation of physics knowledge, building on what was learned in previousclasses. The purpose of this method is to allow students to play with applying physics knowledgein new relatable ways. The small groupsreport on their work by answeringdiscussion questions designed to guidetheir reflection on both the process and thelearning they acquired (Figure 2). In thefinal phase, which may occur in afollowing class period if the cohort needsmore time during the session for their teamwork, the teacher facilitates a large-groupdiscussion of the outcomes, generating Figure 1: Facilitating the discussion on student-based contexts
temporarydelay in enrollment especially for large family size. It can be observed from the data visualizationthat enrollment in 2020 went down most probably due to the impact of the COVID-19. More so, theDOT COM boom between the 1998 and 2000 would have both created a high need in computerscientist/knowledge of programming as well as aroused the interests of people in computing andthese most probably accounts for the high student enrollment in that era, which was followed by asteep decline after the bubble burst. The recession which caused economic meltdown, leading tonon-affordability of college tuition would have been a major factor for the sharp decline inenrollment between 2007 and 2008 There was an increase in the number of non-CS majors
] wanted to look like the academy. We didn’t want to look like some weird old kooks way out on the margin because we were hoping it’d change engineering education. So if we look so bizarre that no one could connect with and be like well they don’t have tenure or they promote people differently, they don’t have the same categories. So time and time again we sort of veered back towards tradition.In the start-up days of the innovative public university engineering education program, thefaculty immersed themselves in other institutions who lived stories that matched the socialnorms the new program desired to emulate. Several of us had gone to Alverno and seen their assessment techniques and that was actually
the Engineering Council for ProfessionalDevelopment (ECPD) was formed and started accrediting programs in 1936. This was “anengineering professional body dedicated to the education, accreditation, regulation and professionaldevelopment of the engineering professionals and students in the U.S.” There were sevenprofessional societies involved, including what is now ASEE (Society for the Promotion ofEngineering Education). This was the foundation for our current accreditation agency ABET andestablished many of the curricular developments in engineering based on professional society inputwhich included a strong industrial component. The criteria were largely prescriptive with theimportant check sheet which counted the number of credits in
. Page 5.698.1At Northwestern, we have begun to address these problems by developing a two-quarter,project-based, core course for freshmen called Engineering Design and Communication. Thecourse, which focuses equally on design and communication, has been collaborativelyconceived, planned, and taught by a multi-disciplinary faculty from the College of Arts andSciences Writing Program and several engineering disciplines. Each small section is team-taughtby a faculty member from engineering and the writing program. To stress the point thatcommunication is an integral part of engineering, all the communication requirements in thiscourse—memos, progress reports, proposals, drawings, and PowerPoint presentations—stemfrom the work in design. When
skills.IntroductionPrior to the design and implementation of the technical writing and communication course at TheCitadel, engineering curricula were supported by writing-intensive courses taught in thehumanities, which also contribute to a student’s general education requirements. The writingcourses were developed over 40 years ago as a “one size fits all” answer to a large generaleducation requirement at a small school that produced fewer than 60 engineers annually. Withthe growth of engineering students in the past decade, The Citadel developed the technicalwriting and communication course to meet the demand of engineering faculty and industrypartners. While humanities-based writing courses continue to be included in engineering studentdevelopment, these
testing of thebeta version of the MCI. We will present our preliminary analysis of the results from the betatest, and discuss the plans for extending the beta version concept inventory into a more fullydeveloped valid and reliable assessment.Review of the LiteratureThe Need for the MCI - For the last three decades concept inventories have been in use, but itwas only recently that the application of various concept inventory assessment tools began to beapplied to engineering subjects. As part of a continuous improvement process implemented bythe ABET, this process must demonstrate the “achievement of… objectives and uses the resultsto improve the effectiveness of the program”3.As part of this process, an initial concept inventory test for the
TransportationEngineering course. Assessment of student learning during the pilot initiative and observationsregarding the success and limitations of this approach within the individual classrooms andbroader engineering program are presented.2. BackgroundConcerns of racism, and its adverse impact on higher education and student success, is a pressingtopic facing engineering undergraduate education. The following background brieflysummarizes the current state of race in higher education. It then describes the Roger WilliamsUniversity Diversity and Inclusion Faculty Fellows (DIF) Program. 2.1. Race in Higher EducationBlack Lives Matter protests [1], hate crimes, and discrimination against students and faculty ofcolor [2] are in the news on a frequent basis. This
outcomes of students engaged in interdisciplinary educational experiences inengineering or in higher education in general. Studies of college students in interdisciplinary andnon-interdisciplinary programs in several single-institution studies reveal differences in cognitiveoutcomes. Newell (199228), for example, found that students in the former School ofInterdisciplinary Studies at Miami University (Ohio) performed better than students indisciplinary programs on ACT/COMP assessments; unfortunately, the research did not controlfor potentially confounding factors such as self-selection into interdisciplinary programs.Schilling (199129) and Wright (199230) examined the effect of an interdisciplinary generaleducation program on students’ ability to
available community colleges that are hindered fromattending the engineering technology at the university. If the lab-intensive distance learningelectronic engineering courses using NI ELVIS can satisfy the listed student and course-contentquality factors, isolated regions and isolated populations will be opened to the same opportunitiesthat large urban areas have. This will provide tremendous opportunities for the growing pool oftwo-year community college electronic technology graduates that is geographically orobligatorily isolated from a four-year technology program. The access to the four-year technology degree for any two-year community college electronicgraduate should encourage growth in both the two-year and four-year electronic
Electric Power Distribution System Reliability and Outage Costs: An Undergraduate Industry CollaborationAbstract:This paper describes an undergraduate, cross-disciplinary research into the economic effects ofpower system outages, with a focus on the Pacific Northwest region. The results of this researchare useful for utilities in their planning and assessment of electric grid reliability. The PacificNorthwest region of the United States experiences a temperate climate with brief summers andlong-lasting winters. Generally, the highest electricity demand for the region occurs during thewinter months, when heating is turned on. Therefore, an outage that occurs during winter monthsresults in additional non-financial
make my lectures as easy to understand as possible. I “powerpoint-erized” my presentationsheavily and made them available to my students electronically. I made a deliberate effort to beengaging, full of energy, entertaining and funny. But the harder I tried, the more frustrating werethe results. The students seemed to be bored and didn't do well in exams. Many of them didn'teven come to class, especially in the early-morning hours. The student assessments did notreflect my level of effort either. Even though my teaching evaluations scored among the highestin my department, I was constantly frustrated. It finally dawned on me, that just explaining howimportant motivation and involvement are is not enough. Instead, mechanisms have to be put
%, respectively. That same year, Hispanic students had an above-average graduation rate of62%, while the rate for African American students was lower at 45.5%. Additionally, 94% of full-time undergraduate students received financial aid (IPEDS, 2024). For the Applied Engineeringprogram, the 4-year graduation rate was higher than the university average, reaching 68%, whilethe 5-year graduation rate was 75% last year. This high success rate is largely attributed to offeringcourses on two campuses with small class sizes, which enhances student engagement and support. III. STEM PROGRAMS Analysis of student data from the 2022-2023 academic year underscores a pressing concernregarding STEM retention and graduation rates. Alarmingly, a substantial
assessing regional industry needs,determining how effectively the existing curriculum meets industry needs, and identifyingspecific enhancements to properly align the program to the industry expectations10-15. However,the curriculum changes must fall within constrains established by the university and accreditationbodies1-8. Quite a few shortcomings of today’s electrical engineering graduates entering thepower industry were identified in literature6-12. Among others are needs for stronger technicalknowledge, particularly in the area of general engineering, extended practical experience, and aneed for increased professional awareness connectivity. Surveys targeting technical knowledge,in general engineering, in overall electrical engineering, or
ethnographic observations. Participants also complete an open-endedperformance task. Surveys and interviews provide data on a large set of participants, whileethnography provides a deeper level of information on a small number of subjects. Each toolprovides insights to inform the others, allowing generalization of specific findings to a broaderpopulation. Companion data is collected through participants’ academic records.We discuss implementing CAEE research design at CSM. In keeping with mixed-methods Page 10.1074.1research practices, this paper documents our path through the research process. In this first yearof integrating the study, our
previouslytaught the same course without implementation of the FE-style start-up quiz questions.University A is a small, public, undergraduate-focused university that requires all engineeringstudents to take the FE exam prior to graduation. While some students may know about the FEexam from discussions with other faculty or students, most of the instruction and preparation inthe program at University A comes during the last (4th) year of study in the program, when a FEreview technical elective class is taken by most students. University B is a large, public, doctoraluniversity that does not require students to take the FE exam prior to graduation; however, theCivil Engineering program at University B is mid-sized and does not offer a Ph.D. degree.Student