addition, the students took 4 to 8 hours of lab time to complete the lab andexperienced higher levels of frustration.Not every student works with PLCs after graduation but for those who do understanding the differencebetween combinational logic and state logic increases their productivity. Generating well thought outand implemented PLC code improves operation, maintenance and safety.Bibliography[1] International Electrotechnical Commission, "Programmable controllers - Part 3: Programming languages," International Electrotechnical Commission, 2013.[2] International Electrotechnical Commission, "Function Blocks, International Standard IEC 61499,," International Electrotechnical Commission, 2012.[3] W. Dai and V. Vyatkin, "Redesign Distributed
colleges.Research MethodologyThe data utilized for this research was collected from a community college located in Missouri.The community college offers associates degrees in STEM fields. Further, the community collegeallows students to declare their major upon entrance, which makes it ideal for data analysis. Thedata was collected over a five year period.The research process was conducted in the following stages: 1) data description and preparation,2) data modeling and application of DT, and 3) model assessment. A pictorial representation ofthe modeling process is provided in Figure 1. The stages are explained in more detail in thefollowing subsections. Decision Tree
Native American perspectives regardingcommunity and cultural connections to engineering.Effective problem-solving for issues the world is facing involves generating diverse solutions.These diverse solutions need to include Native American perspectives. Native Americans areamong the most underrepresented minority (URM) population in STEM fields in the UnitedStates, and yet little is known about why so few Native Americans choose to pursue highereducation and careers in STEM fields. Recognizing that community and culture help shapestudents’ academic and personal development, it is important to consider how community andculture regard and experience the field of engineering and the role(s) that engineering could playwithin the community.This study
demonstrate course principles and relevantapplications. In the lab room, each of the 16 lab stations include a triple-output +/- 25V powersupply, a bench digital multimeter, a function generator, a two-channel oscilloscope, abreadboard, and a set of circuit components. An undergraduate Teaching Assistant (TA) overseeseach lab section in order to provide guidance and answer questions throughout the period.Over the course of the semester, there are seven lab sessions that are aligned to lecture content.Table 1 outlines the concepts and activities included in each of these sessions. Most lab sessionsrequire students to analyze given circuits and then build and measure circuit parameters to verifytheir analysis technique. Most labs also include either a
phase of the data collection included all undergraduate femalestudents currently enrolled in the college of engineering. In addition to being enrolled full-timein engineering, the participants were 18 years of age or older. The participants were on average20 years of age. The participant pool represented 11 different majors within the college ofengineering. The participants’ identity and consent were maintained according to IRBrequirements and no compensation was offered for completing the survey. The percentages ofparticipant demographics are shown in Figures 1 and 2 which are summarized in Table 2 alongwith frequency count (Appendix).Table 2: Self-Reported 1st Generation Status
anticipated. This issue was further compoundedby general public apprehension towards participating in in-person activities, which limited thediversity and number of participants, potentially affecting the representativeness andgeneralizability of our findings. In addition, students at some technical colleges in SouthCarolina received free tuition for their studies, decreasing their motivation to seek scholarships.Effects of Project Personnel TurnoverThe research project also faced significant turnover in personnel, primarily with the faculty andadministrators on the project. There is now only one member of the original proposal team, aseveryone from the original team has left the institution. The loss of key team members at variousproject stages led
), Electrical & Computer Engineering(ECE), Industrial & Systems Engineering (ISE), and Transportation & Urban Infrastructure Stud-ies (TUIS). Figure 1 shows the adoption of tools in each department. Overall, four tools were uti-lized: Microsoft Excel, Google Forms, SearchLight Performance Assessment, and Canvas Learn-ing Management System.Figure 1 shows the timeline of tool adoption for each department. All departments began usingExcel. The ECE department transitioned to SearchLight in 2014. SearchLight Performance As-sessment is a flexible performance assessment engine designed to help educational institutionseffectively utilize data to drive decision-making. The software is an assessment tool that allowsdepartments to enter, generate, and
what specific technicalknowledge our students should have, ie not running a paper manufacturing course. We are usingthese partners to find out what skills they value and where they see the next generation ofengineers succeeding and struggling. Consistently, the multi-disciplinary team of industrypartners speak of the need to communicate clearly to a range of audiences, in both writing andpresenting. The college has an extensive writing requirement and oral communicationrequirement, which supports our expectation of the value of the broader whole-person approachof the liberal arts environment with the technical aspects of an engineering degree.The advisory circle also spoke to needing employees willing to take ownership of their worksuch that
addressing a problem of global and/or societal importance.Students enrolled in this chemistry course had various forms of SI offered to them each weekthroughout the semester. One form of SI analyzed in this study was lecturer and TA office hours,consisting of hour-long blocks during which attending students could ask questions about lecturematerial, homework assignments, exams, or group projects. Another form of SI consisted oflecturer-led review sessions, which were commonly held before exams in order to reviewmaterial, answer questions, and help students prepare for exams.MethodologyAll data were taken from (1) an IRB-approved survey administered to students enrolled inGeneral Chemistry for Engineers during the Fall 2015 semester and (2) grade and
that thegovernment investment and the professional categories have increased, as well as the scopeof college students raised year after year [1]. However, higher engineering education in Chinastill faces some problems, among which the most prominent problem is the separationbetween curricula setting and students' practical application [2-3]. On the one hand, thecurriculum setting still follows the typical deductive teaching approach to make sure that thestudents can understand and memorize each abstract concept. The basic theory courses,professional core courses, and practice courses are always well designed by variousspecialized teachers. On the other hand, this tightly sequenced and highly technical teachingoverlooks how the undergraduates
substudy led by Dr. Björklund within the Engineering Majors Surveyresearch project.) In the beginning of the interview, the interviewees were asked whether theyconsidered their current position as 1) innovative and 2) engineering. These reported self-assessments were then compared against the ranking produced by the developed algorithmaccording to the target words of innovation and engineering. The generated ranking bore littleresemblance to the self-assessments of the interviewees (see Fig. 3, below, for a comparison withthe concept of innovation).Figure 3. Ranked distance in comparison to engineers’ self-assessment of “innovation” Next, the five most closely related concepts reported per transcript with the target wordof “innovation” and
relative engaged in the same work, (c) The family decided it, (d) Liked a former teacher in the field, (e) An idea that “it was a good field for a woman”, (f) “Could not think of anything else to do”, (g) Other reasons 5 If you were the wage earner and your husband ran the home, would you consider his work financially equivalent to yours? Yes, No 6 Do you plan to continue working after marriage? Yes, No 7 Do you consider it advisable for women in general to continue working after mar- riage? Yes, No7 - Yes What are your reasons for your opinion? - If “yes”: (1) The husband and wife will have a more interesting comradeship, (2) It gives the woman more personal independence and self
the semester • streamlining the involvement and communication with museums • better communication of pedagogical objectives and project topics to students • better integration of projects to course contents • balancing the service learning component with the overall course load Page 1 of 11 • adding some flexibility to the schedule • diversifying community partners and projectsIntroductionUnderstanding social complexities and awareness of social and cultural issues are essential skillsfor engineering program graduates [1]. These skills are outlined by the Accreditation Board forEngineering and Technology, Inc. (ABET) in at least two of the student learning outcomes in“General
understanding inengineering classrooms, the aerospace engineering space has been slow to adapt to theseteaching practices [11]. In addition, aerospace courses in the middle years are severelyunderstudied compared to capstone and design-focused courses. The current research gaps in themiddle years of aerospace engineering include how assessment of conceptual understanding canbe implemented in existing courses.Developed by Novak in the 70s, a concept map is a type of graphic organizer commonly used ineducation research [12]. A concept map “is distinguished by the use of labeled nodes denotingconcepts and links denoting relationships among concepts” [13, p. 415]. Figure 1 from [14]shows the general structure and characteristics of a concept map. In
anxiety of the construction majors’ students (civilengineering and architecture) at the time of taking the exam with coffee break, improvingtheir performance. The analysis of the results allows us to consider the coffee break as akey element in the development of the exams applied in the academy, improving theevaluation methods in construction majors.IntroductionOne of the main assessment methods in construction majors is the traditional exam.Traditional exams allow to quantify in a certain way if the students have the necessaryknowledge to pass the subject they are studying [1]. However, there is substantial evidencein relation to the stress caused by traditional exams, causing a deficient performance ofseveral students and generating complaints
toward requirements. 1 A1 4% - Emphasis on generating correct cash flows, the presence of 1-2 Weeks Hour programming loops and a table of results. - Model is complete and code utilizes loops, variables, and 1 parameters to control the operation of the model. - Output matches expected results. 45 A2 5
Biomedical Engineering correspond to the only two programs, in 2017,where females earned more than 37% of the degrees conferred [24]. Other engineering programsshowing a statistically significant improvement over the 20.93% national average in 2017 are:Biological & Agricultural, Industrial/Mfg./Systems, Chemical Metallurgical & Materials,Civil/Environmental, Engineering Management, Architectural, Civil, and Engineering (General).Figure 1 describes the proportion of female-earned degrees and female-filled positions inacademia. This graph clearly highlights the lack of the inclusion of females in the field. Despitethe low participation of females, in general, the data shows a positive trend for both female-earned degrees and female-filled
of personalinstrumentation, but they were moving in a good direction by arguing for addressing andassessing at all Bloom’s levels rather than just the bottom three, which has typically been thecase in traditional courses. They drew a general distinction between the top three and bottomthree levels and identified which part of their testing corresponded to the lower and higher levels.They described levels 1-3 of the original Bloom’s pyramid (Knowledge, Comprehension andApplication) as focusing on whether students know and can apply the basic tools they learn incircuits. They then addressed integration of ideas, design and evaluation and, finally, applyingconcepts to new problems and problems they developed to assess how students have done at
by the feedback from thestudents and the experience teaching the redesigned course, additional steps are envisioned tocontinue to improve the effectiveness of this course in the future.Course descriptionMEE 101 is a one credit-hour course with one contact hour (i.e., 50 minutes) per week. Thecourse is required for all mechanical engineering students. Transfer students who have had asimilar course elsewhere are exempt. The instructional objectives and learning outcomes of thecourse are listed in Table 1.Table 1. Instructional objectives and learning outcomes Instructional Objectives: 1. Introduce students to general concepts in mechanical engineering. 2. Teach a variety of basic computer skills for engineering
Paper ID #25414Do I Think I’m an Engineer? Understanding the Impact of Engineering Iden-tity on RetentionDr. Bryce E. Hughes, Montana State University Bryce E. Hughes is an Assistant Professor in Adult and Higher Education at Montana State University, and holds a Ph.D. in Higher Education and Organizational Change from the University of California, Los Angeles, as well as an M.A. in Student Development Administration from Seattle University and a B.S. in General Engineering from Gonzaga University. His research interests include teaching and learning in engineering, STEM education policy, and diversity and equity in
items (see Table 2), determine if scores on the 3C’s varied by product choice, andidentify which aspects of an entrepreneurial mindset are most targeted by Product Archaeology(and likewise, which aspects need further development in regards to EML). The results aresummarized in Figures 1 and 2 and Table 3 below. Table 2. KEEN-related Rubric ItemsKEEN 3C’s Rubric Item(s)Mapped to Curiosity Historical Research (information, sources, and research questions)Mapped to Connections Experimental/Technical WorkMapped to Creating Value Analysis Figure 1. Average Rubric Scores for Final Report color coded by general (yellow), Curiosity(blue), Connections (green), and Creating
engineering students?The Unexpected FindingA phenomenographic study by the first author identified eight distinct ways engineering studentsexperienced innovation (categories)7. These categories were mapped to a two-dimensionaloutcome space that differentiated categories by the processes participants connected toinnovation and the areas around which they focused their innovation activities (Figure 1).Figure 1. Outcome space demonstrating ways of experiencing innovation (from7)Collectively, categories 5–8 represented the “most comprehensive” categories because theyincorporated all process elements (idea realization, idea generation, problem scoping, problemfinding, and the macro-iterative cycle) and all focus areas (technical, human, and enterprise
specificspecialty. Much of this training receives college level credit recommendations by the American Councilon Education (ACE) [2]. They also have all the educational benefits afforded to other members of theservices. For these reasons, warrant officers make great candidates for technical programs accredited bythe Accreditation Board of Engineering and Technology (ABET).The Engineering Technology Accreditation Commission (ETAC) of ABET, Criterion 5, requirestechnical, professional and general education courses. A core of technology coursework for accreditationis required which, in addition to other obligations, must include [3]: 1. Integral and differential calculus, or other mathematics above the level of algebra and
experience [1-3]. Though virtuallab experience may never completely replace an actual physical lab experience in educationalinstitutions, in some ways virtual labs may provide a better experience than limited cookbook styleexecutions in a physical lab or reactor operator training course.We have earlier reported our initial efforts toward the development of a generic virtual and interactivelaboratory environment [3]. This virtual lab presents a fully immersive learning experience. We herereport the specifics of a radiation lab in which half-life and shielding experiments can be conducted, andsimulation-based real-physics data can be gathered.Virtual LabThe primary resource for the development of a virtual lab is a game engine. Built-in features in
students, exceptfor one group (group 5), which was formed with only two undergraduate students.In the first week of class, the complete process that each student group had to follow over a periodof 14 weeks was explained, as shown in Figure 1. In weeks 6, 9, 12, and 15, students madepresentations of their progress to their classmates. Three feedback sessions were conducted duringthese presentations for each group, highlighting important presentation elements and suggestingimprovements for the next presentation. In the final presentation, students also submitted a briefdocument summarizing the entire process, describing the iterations performed, the anticipatedinnovation, and the impacts of the final design generated in the last iteration.Each
received scholarships from the grantprogram. In the third section, academic performance of STEM Ambassador and Non-STEMAmbassador scholars are compared. The last section presents the impacts of the Urban STEMproject on personal and academic life of the scholars.3-1. Demographic comparison of Scholars and Non-scholarsOverall, the project has been successful in attracting a diverse group of scholars in terms of gender,first-generation, and URM statuses. Figure 6 compares representation of female students amongscholars in the Urban STEM Collaboratory project and non-scholar (but with the same academicand financial eligibility) students. In all years, female representation is significantly higher amongscholars than non-scholars. In years 2019 and 2020
engineeringcourses. In fact, virtual investigations have shown to be a viable alternative to physical experimentssince students’ perception of “hands-on” is more linked to interaction, interpretation, andrevelation than to equipment use2,3. Although technical skills gained through physical samplingmay be reduced, the literature has shown a number of benefits associated with simulation andvirtual experimentation. Virtual experiments are more efficient than physical experiments becausethey produce data instantaneously, rather than over an extended period of time. The increasedefficiency of virtual investigations allows students to perform more experiments and generate moredata in the same amount of time needed for the physical experiment 4,5. This is
skills beneficial for pursuing a career within the wind energy industry. Itwould also help to serve as a basis for developing FSC's own Wind Turbine Technician Certificateprogram, which would help expose more university students to the wind industry.The Recruitment ProcessThe pilot program consisted of two 5-week sessions during the summer of 2021. Enthusiasts ofthe program completed online surveys that outlined their academic background, work experience,and relevant technical skills. Faculty from the RESC interviewed applicants to ascertain theirexpectations for the program and their compatibility with the program’s goals. 20 of the 100applications received acceptance into the program; these applicants were divided evenly betweenthe two
Paper ID #36515Making Space for Students on the Autism Spectrum in theAcademic LibraryJohn B. Napp (Engineering Librarian) Associate Professor & Engineering Librarian at the University of ToledoJennifer Helen Obertacz Library Media Technical Assistant, University of Toledo © American Society for Engineering Education, 2022 Powered by www.slayte.comAbstractResearch has shown that students on the autism spectrum are more likely than neurotypicalstudents to major in STEM fields. Other research, on school children as well as older students,has shown that students on the autism
the SOEhas around 1000 students.The report summarized the design of the forum as well as the results generated. The first halfof the forum focused on the expression of the experience of underrepresented students.Students worked in small groups to discuss the following questions: 1. When has there been a time in which your race or gender led to you being treated differently, by either a faculty member, staff, or student? 2. In the School, when have you felt proud or confident as a student of color or woman student? 3. When have you felt ashamed or marginalized as a student of color or woman student? 4. How supported do you feel in the School of Engineering? 5. How accepted do you feel in the School of Engineering