intensive well-organized trial at American Telephone andTelegraph, many things were tried to make employees feel better about their jobs, many ofwhich the reader might guess. Among these were: reduced hours and longer vacations,increased wages, better benefit packages, profit sharing and better training, communications,planning and job participation. These efforts met with limited or even questionable success. Asurvey was conducted to determine what factors affected job satisfaction. The factors foundincluded: accomplishments of the employee, true (not contrived) recognition foraccomplishments, increased responsibility resulting from achievements, opportunity to grow inknowledge and task competence and the chance for advancement.What environment
Page 4.12.3methods used to implement the equations with the data available. Information collectedfrom the field with surveying instruments was provided to the students in order todevelop input values for the program. Typical results obtained from the secondlaboratory of this block are shown in Figure 2 and Table1. The resulting depth of flowand flow velocity information obtained from this computer simulation were used asconstraints in the design project. 0 Figure 2: Stream cross section at point of monitoring device placement.Plan: Plan 01 Reach: gopher Riv Sta: 2 Profile: 1 10/6/98W.S. Elev (ft) 310.23 Element
is a member of ASEE, ASEM, and IIE.MEL ADAMS is Senior Research Scientist in the Center for Automation and Robotics at the University ofAlabama in Huntsville. He has a Ph.D. in management from the University of Tennessee and consults withFortune 500 and high tech new ventures on strategic planning, implementation and business development.His research focuses on managing strategic change, technology commercialization and entrepreneurship.MARY S. SPANN, a Senior Research Scientist in the Center for Automation and Robotics at theUniversity of Alabama in Huntsville, received her Ph.D. in management from the University of Tennessee.She consults and researches in the areas of strategic planning, business development, technologycommercialization
received considerable positive feedback from students. One suchtype of assignments was to write a report for a manager, who is not familiar with OperationsResearch (OR), explaining the output of the Quant software on different OR problems. Studentswere not allowed to use the terms specific to the OR field. They had to explain the situation andprovide comments. Based on students’ feedback, this was an excellent exercise in criticalthinking, communication skills, and writing a report.A team project was assigned with the intention to improve students’ communication skills(teamwork, preparing professional report, and planning), as well as dealing with a more complexcase and applying software.Students were required to prepare a portfolio from the
glass viewing areasinstead of bars, and contains a natural habitat with numerous types of flora, a varied terrain, and apool, stream and waterfall system. Off exhibit areas include a medical facility, a keeper office,and two den areas to facilitate the addition of a second tiger to the exhibit. A completeenrichment plan is also part of the design; this comprehensive list of activities will providemental and physical stimuli for Mike in his new surroundings. The top of the enclosure iscovered with wire mesh. Recommendations. 1. The instructor should provide the students with more structurefor interacting in groups. While group governance was left up to the students, insufficientguidelines were provided to the students with respect to
section, advantages and disadvantages, and completedrawings of the designed wing, showing size and plan form, are documented in this step.STEP 5: Compute model performance, iterate, and generate final wing designIn this step, the students calculate the model performance based on the designed wing of Step 4.It is required to determine the lift slope, and the oswald efficiency factor of the wing, lift anddrag coefficients, and lift to drag ratio. The required and available thrust and power aredetermined and plotted as functions of aircraft speed. These results are employed to determinethe maximum and minimum aircraft speeds and excess horsepower at any speed. For easyaccess of these calculations, the reader may refer to chapter 6 of reference 1
Management 13-19 (Seven Questions) Two coursesFinancial Management 20-22 (Three Questions) One courseDecision Making 23-28 (Six Questions) Three coursesStrategic Planning 29-33 (Five Questions) Four coursesNegotiation and Conflict Resolution 34-40 (Seven Questions) Two coursesManagerial Communication 41-42 (Two Questions) One course=============================================================== Table 1. Classification of Subscales of skills for analysis and number of courses offeredThe Executive Development Associates (EDA) study has shown earlier that managementdevelopment programs normally have four main areas of thrust
to decline 30percent (Brown, et al., 1997). According to a recent United Nations report, water use hasbeen growing at more than twice the rate of the population increase during this century(United Nations, 1997). Currently, about one third of the world’s population lives incountries that are experiencing moderate-to-high water stress partly resulting fromincreasing demands from a growing population and human activities; this number isexpected to double in the next 15 years (Gleick, 1993).The impact of human civilization on Earth’s ecosystem is not clearly understood.Certainly the human species is changing Earth’s ecosystem in a manner not planned,desired, or predicted. There is a growing concern that our demands for ecologicalservices may
your analysis have been posted in Nicenet (see below), a webInstructor: Dr. Irma Becerra-Fernandez based discussion tool. This analysis counts as part of yourBook: Information Systems Management - Sprague & McNurlin homework grade. Also, I’ll be monitoring your participation in theCollection of HBS Case Studies on Information Systems discussion topics in Nicenet.Week Topics Chapter Each case will be assigned to a student group for presentation on1 IT Strategy 3 the scheduled date. Student groups will be assigned next week. IS Planning 4 Title
to the second thrust -- questioning strategies. Through a number of activities, facultyexamine the relationship between the types of questions they ask and the type of learningrequired of students.5 Faculty work on developing questions and designing tasks that engagestudents in activities that promote higher level thinking, problem-solving, and collaborativeinquiry.The first two thrusts lay the foundation for the next two thrusts: lesson planning and assessment.As faculty work to engage students with content and to improve the quality of the questions theyask, the issue of identifying desired student outcomes and planning lessons to achieve theseoutcomes naturally comes to the forefront of faculty discussion. With this new awareness,faculty
architecture, city planning, and urban design; addingvalue to the enlightenment process; and showing dedication to general education and businessskills.”Jury comments from the AIA included:• “. . . to get young at risk kids involved in urban design, architecture and city planning. The process really contributes to a general education and skill building.”• “If the profession wants to establish the value of architecture in the larger community and change public opinion about architecture, this is the place to start.”CLOSUREService learning provides fantastic experiences and opportunities for all involved. I must agreewith Judith S. Berson of Broward Community College when she says, “Win/Win/Win with aService Learning Program.”The student “wins
jointly offered by the Departments of MechanicalEngineering, Materials Science and Engineering, and Electrical Engineering. The lab projectconsists of three parts: Lab 1, Dissection of Electronic Packaging; Lab 2, Processing ofElectronic Packaging; and Lab 3, Reliability Testing of Electronic Packaging. To complete thethree labs, six weeks were required; one week for Lab 1, three weeks for Lab 2, and two weeksfor Lab 3. Students were able to gain a good understanding on the electronic packaging. Futureimprovements planned for the course include expansion of the lab subjects, adding moreexperimental equipment, and establishing a closer correlation between the lectures and labsessions.IntroductionThe lab course on Electronic Packaging and Materials
, I have real an-of their own classrooms. swers to the eternal question – when am I ever going to use this stuff (mathematicsEach teacher is required to prepare a lesson plan and science).”based upon some aspect of TC, in accordancewith the Florida Sunshine State Standards. TC 96 and 97 Teacher ParticipantsPlans are shared among all participants. Ateacher recognition luncheon hosted by the Dean of Engineering closes out this first phase of theTC program.The following two weeks, teachers assist with instruction of the middle and high school partici-pants. This approach, believed to be unique to Technology Connection, has numerous advan-tages
decision to commence the four-year Engineering Technology program atUPJ, an Engineering Technology freshman class of sixty students was enrolled. Civil,electrical and mechanical engineering technology degree options were established. At thestart of the program, the Engineering Technology faculty consisted of four professors.The first class of sixty-five students graduated on April 27, 1975. Planned growth in theprogram brought the peak total full-time day enrollment close to 550 in 1982, with Page 3.58.1 .twenty-one faculty
assessment and evaluation results anddescribes plans to export features of IMPEC into the regular first-year engineering curriculum.Curriculum Structure and Instructional ApproachThe principal features of IMPEC are as follows:• In the fall semester, the students take a four-credit introductory calculus course, a three-credit general chemistry course with an additional one-credit laboratory, and a one-credit engineering course. In the spring semester, they take a second four-credit calculus course, a four-credit physics course (mechanics), and a second one-credit engineering course. The calculus, chemistry, and physics courses parallel those in the regular curriculum. The fall engineering course replaces the standard freshman
teaching goals and objectives. C. General Pedagogical Knowledge refers to knowledge of teachers about generalprinciples and strategies such as classroom management and learning theories (Viiri, 2003: 353).It is a general form of information about different theories about how students learn, classroommanagement, lesson plan development and implementation, and assessment of students'understanding (Shulman, 1986; Koehler & Mishra, 2008, 2009). This knowledge requires teachersto understand cognitive, social, and developmental learning theories and how to apply them tostudents in their classrooms (Koehler & Mishra, 2008, 2009). D. Contextual Knowledge refers to knowledge of students’ specific learning contextsworks departmental
always bechallenges representing all identities; in this panel, there was a lack of students who were not white.Future panels would benefit from including additional, different intersectional identities.The panel referenced in this paper was out of a similar panel planned and moderated by the firstauthor the ASEE Zone 1 conference in 2023. Following the success of it, a panel was run again bystudents with support from a teaching and learning center. Engineering faculty, students, staff, andadministrators were invited to attend the panel. Demographic data is limited, but there wereapproximately 50 attendees in the conference room resulting in attendees standing and bringingchairs from other rooms.The questions asked to the panelists are as
disciplinesas to what uses of LLMs were ethical and which were not. It should be noted that there is a certain‘formative’ nature to this study in which students were forced to consider the ethical nature of theuse of technology in general and of LLMs specifically. We believe that the survey itself may havehelped form student views of the use of technology in their class assignments.In the future, we plan to involve more students in the study. With a larger sample size, we will bebetter able to compare student perceptions by academic discipline. We also plan to submit aresearch protocol for a separate faculty survey, which will allow us to compare facultyperceptions and concerns with those of students. We will continue to hold discussions amongfaculty
many different people are classifying thesetraining examples, there is bound to be some level of bias when it comes to which categoriespeople feel a particular sentence belongs to. A stricter rubric for classification should bedeveloped for the future. Although the hyperparameters is good, there is always room forimprovement.Potential benefits and risksThere are many benefits this system could offer. The instructor could monitor the entire class viathe pie chart shown in Figure 4. The virtual assistant offers direct support to the instructor to lookinto the performance of specific project groups. On the other hand, the student could use thevirtual assistant to plan out project ideas, time management, meeting schedule and personalresearch
received valuable feedback on applicationmaterials. She plans to pursue a postdoc before seeking an academic position and believes theseminar adequately prepared her in many aspects, although the importance of buildingprofessional networks and personal relationships could have been emphasized further.Participant 3 (P3): P3, a fourth-year Ph.D. student in Civil and Environmental Engineering,learned about the seminar through an email from his department. He enrolled because he desiredsystematic training in academic job applications, which was lacking in available onlineresources. P3 appreciated the seminar's systematic training and the fact that it counted as onecredit. He emphasized the importance of community building and suggested making the
development. ©American Society for Engineering Education, 2024Awareness of Feature Importance in Artificial Intelligence AlgorithmsAbstract: Industrial engineering graduates need to be familiar with artificial intelligence (AI)due to its transformative impact on modern manufacturing and production processes. AItechnologies, such as machine learning and predictive analytics, optimize resource allocation,enhance efficiency, and streamline operations. Proficiency in AI equips graduates to innovate,automate tasks, and address complex industrial challenges effectively. Predictive models aretypically taught in one or more Industrial Engineering courses, such as Operations Planning andControl at Colorado State University Pueblo
know how to use the equipment.The new lab was to assign students to work as a group to design experiments to measure thespecific heat of five different widely used construction materials: metal, glass, wood, plastics, andconcrete (Fig. 2) with the lab equipment they have used in previous labs with the theory ofconservation of energy. The new lab was separated into three steps in a three-week period.During the first week, students were asked to plan the experiment, which included the purpose ofthe lab, the list of lab equipment, list of lab materials, detailed experiment procedures, the data tobe collected, and the goals to reach, in a group of three or four students.During the second week, the group worked on their designed experiments
supplemental material to describe any new IoT components an exerciseintroduces to students as they progress through the series of exercises. It will also provideinformation on any necessary connections students should make along with configurationinformation for components and details on how they can be accessed through software.The planned initial deployment environment for the advanced IoT toolkits are the capstonesenior design projects conducted within engineering and computer science related departments atthe two universities where this project is being conducted. Student projects in these coursesfrequently incorporate some degree of IoT technology. Teams working on such projects will beoffered the use of an advanced IoT learning toolkit for
enhancing their leadership skills in DEI. The post-coursesurvey asked students whether their expectations were met and their plans to use what theylearned in the future, such as applying leadership skills.We performed quantitative and qualitative analysis on the data collected. For the Likert-stylequestions, we conducted descriptive statistics and t-tests using Microsoft Excel to evaluate trendsand their significance between the pre- and post-course surveys. For open-ended questions, wethemed the data to organize, categorize, and gain a deeper understanding of students’ experienceswith the course in relation to the learning outcomes [12]. Specifically, we grouped responses intothemes on the pre- and post-course survey responses separately using
topics being related in the context of this corpus. The authors found some interestingrelationships that can inform future projects, but they also plan to re-investigate this corpus witha more robust analytical tool to search for additional insights.Future research may make use of more robust analytical tools to delve further into this corpusand examine trends over time. That work will inform research to better understand howbelonging, STEM, and libraries are linked. The authors also plan to explore a variety ofdisciplines within the STEM fields to better understand the inclusion needs of students acrosscurriculum.Citations[1] M. Gavin, Literary Mathematics: Quantitative Theory for Textual Studies, 1st ed. StanfordUniversity Press, 2022. [E-book
Paper ID #42382Board 123: Work in Progress: A Case Study of a Community of PracticeModel Fostering Faculty Scholarship of Teaching and Learning of the EntrepreneurialMindset ˜ Arizona State UniversityDr. Kristen Pena, In her role as Program Manager, Learning Initiatives for the Fulton Schools of Engineering (FSE) Learning & Teaching Hub (LTH), Kristen Pe˜na plans, develops, and supports a variety of faculty professional learning initiatives, including workshops, quick-reference guides, and other learning opportunities for engineering instructional staff and faculty. Kristen has worked in higher education since
, identifying effective professional development approaches, and uncovering pedagogical techniques to enhance students’ engineering curiosity, engagement, and learning. ˜ Arizona State UniversityDr. Kristen Pena, In her role as Program Manager, Learning Initiatives for the Fulton Schools of Engineering (FSE) Learning and Teaching Hub (LTH), Kristen Pe˜na plans, develops, and supports a variety of faculty professional learning initiatives, including workshops, quick-reference guides, and other learning opportunities for engineering instructional staff and faculty. Kristen has worked in higher education since 2014 in various roles supporting student development, faculty-directed programs, and entrepreneurial
, published inEnglish between 2011 and 2023, and relevant to the research question. A content analysismethod was applied to examine the articles (n = 27) that satisfied the inclusion criteria. PSTs'perceptions of integrated STEM education were influenced, according to preliminaryfindings, by the following variables: (a) prior knowledge and experiences with STEMeducation; (b) beliefs about STEM education; (c) perceived benefits and challenges ofintegrated STEM education; (d) available support and resources; and (e) professionaldevelopment opportunities. The paper also addresses the theoretical and educationalimplications of the results for the planning and implementation of integrated STEMprofessional development programs for policymakers and
Total 100% 22Respondents that answered 3 through 5 were asked a follow-up question: If you answeredthe last question from 3 to 5, please offer some ideas about how you plan on integratingengineering practice into your science instruction.Answers included: ● The more I can apply what I am teaching in the classroom to real life problems in the community, the greater the understanding my students will have of the topic. The greater the understanding the more effective community members and leaders in the community they become. ● I do a lot of STEAM lessons with both my enrichment groups and whole classes in the school makerspace. This course gave me more ideas on ways to incorporate different types
action.Several studies exhibit the important interaction between cognitive and metacognitiveactions and approaches, emphasizing the critical role that both play in successful problem-solving (e.g., [8]). Because the problem-solving approaches uncover beneficial outcomesneed the harmonic coordination of cognitive acts and metacognitive processes, which is notonly helpful but also essential [9]. Cognitive actions drive progress for problem-solving butalso lay the foundation for the metacognitive processes which create a web of metacognitiveactivities that closely complement cognitive actions, participants engage in thoughtfulobservation, planning, evaluation, and monitoring (M/E) [10]. This complex interactionbetween MKT and M/E is essential to addressing