Disagree, 4 – Agree, and5 – Strongly Agree. The results shown in Fig. 9 include all the collected surveys (total = 114)from five different years combined. 1. This project enabled me to apply my knowledge of math and solid mechanics to a real-world eng. problem. 2. This project improved my understanding of related topics taught in this course. 3. This project enhanced my ability to use the techniques, skills, and modern engineering tools (such as a computer-based analysis program) necessary for engineering practice. 4. This project improved my understanding of sheet-metal fabrication, and gave me a better appreciation of the impact of manufacturing on product design as well as dimensional variability in fabricated parts. 5. This project
customizetheir engineering degree programs through individualized, negotiated curriculum. And so, theprogram was further developed into the Engineering Plus program that it is today, enablingstudents—through their concentrations and free electives—to pursue CU Teach Engineering oranother specialty of their choosing. The engineering design-focus that was originally integratedwith K-12 teacher preparation in mind is also now viewed from the expanded perception ofpreparing multidisciplinary engineering graduates skilled in design-thinking, able to broaden theparticipation of engineers in society with multifarious applications of this valuable thinkingapproach.In 2013, the new Engineering Plus program began accepting transfer students and the first cohortof
peer leadership assessment, it would also provide a deeperunderstanding of the individual student development.Conclusion The results of the leadership performance that E-LEAD students had during thedevelopment and implementation of the workshops revealed the innovation, leadership skills,and adaptability expertise learned in the BSEL degree. Participants were able to improve theirleadership skills after applying their theoretical knowledge during an extracurricular leadershipexperience. This study demonstrates that a real-world experience helped individuals attain animproved aptitude for leadership, even when their educational understanding and trainingremained similar to that from before the experience. When E-LEAD students were
thedesign requirements were finalized. Rather than being large difficult assignments thesedocuments were designed to be both rapidly created and rapidly assessed.Methodology & Research QuestionThis exploratory study relied on case study methodology. A case study is an in-depth inquiry intoa specific complex phenomena, which is set in a real-world context32. Merriam noted that a casestudy is used to gain in-depth understanding of the situation and meaning from those who areinvolved33. A case study is a description and analysis of a single unit. According to Yin34, casestudy design includes the research question(s), the unit(s) of analysis, the propositions, adetermination of how the data are linked to the propositions, and criteria to interpret
. Many ELL are accustomed tospeaking in language acquisition classes and in those settings with circumscribed topics,their language abilities may seem adequate to the normative language level of that group.However, when there is a shift to a language use setting—the real world---, a student mayfind himself unable to perform fluently. Without a significant and readily retrievablevocabulary (perhaps in a specific technical discipline) and a ready command of grammar,the lower proficiency student cannot generate enough language to make meaning in thatspecific context or perhaps he cannot generate it quickly enough. Moreover, his receptiveskills may play a part since oral presentation and interaction usually include listening andthen responding
possible to design, review, and approve much of a BIM project from remote locations.This result points to the need for a construction manager to have the ability to work andcommunicate remotely with team members in a BIM environment.The top five in the area of contract documents are: 1. Traditional contract knowledge / process / methods (M = 4.44 SD = 0.70) 2. Traditional construction installation methods / assemblies / processes (real world, “hands- on”) (M = 4.24 SD = 0.97) 3. Model-based quantification (M = 4.11 SD = 1.18) 4. BIM-based supply chain management (M = 4.11 SD = 0.96) 5. Linking BIM elements to construction materials and services (M = 4.06 SD = 1.03)Of the top five, the top two are not explicitly BIM specific skills
impact of academic researchers. While the numbers and statisticsgenerated by bibliometric analysis are easily understood and provide standardization forcomparison of research outputs, they also run the risk of being overused, oversimplified, andgenerally isolated from any nuance or contextual information – potentially negating moremeaningful application within scientific publication practices. This study looks to betterunderstand these bibliometric concerns through the lens of a small-scale bibliometric comparisonof the faculty research output of two similar populations – the Civil, Environmental, andConstruction Engineering Department at the University of Central Florida & the Civil,Architectural, and Environmental Engineering Department at
not everything goes smoothly in real-world engineering work. Most of the students on this project experienced some frustration associated with equipment (either the test equipment or the engines) failure during their Page 13.1278.10 time spent on the project. Most of the students also experienced delays resulting from events beyond their control, such as the availability of equipment or delays in the repair of equipment. This is a benefit to the student in that they are more prepared for such problems when they begin their own careers. In some cases, it might make them aware that research and development careers
decision-makingprocess are those that are challenging and applicable, provide students with new perspective, andstimulate self-reflection. Strategies should be focused on an orientation to learning includingbreaking down myths and basing a search process on individual identity. However, interactionswith others including faculty members, alumni, administrators, and other students influence astudent’s learning process and increase self-efficacy. Collaboration with other campus officesmore often provides load-leveling when staffing is slim as it is in most career services units ofcolleges and institutions. By partnering with academic units, career services can shareresponsibility in shaping students’ decision-making processes. This collaboration can
context.There are several aspects of the M-STEM Academy that are likely to improve student successand that other institutions can easily adopt. Integrating math and science concepts together inintroductory courses, and using inquiry to motivate these ideas, has long been proven as aneffective pedagogical approach. Many first semester calculus and physics courses could fosterthis approach by using relevant (to the student), real-world examples that emphasize theunderlying principles. Further, placing students in teams early in their undergraduate career andencouraging students to form study teams for classes that don’t have required teamworkcomponents are other ways to provide important experiences for students. This can improve theirability to succeed
to teaching. A classroom management approach used by theauthor integrates leadership behaviors into managing student conduct and performance.Evaluating Leadership Models for Classroom ManagementWhen considering the application of a leadership model for classroom management, theauthor’s evaluation focused primarily on three widely recognized and researchedleadership models: the Situational Leadership Model, the Leadership Grid and the Ohio Page 24.223.3State Model2.Situational Leadership Model: this leadership model, developed and researched by PaulHersey, is based on the theory that effective leaders are those who are able to match theirleadership
the liquid (condensed) phase. yi : Gas phase mole fraction of species i. P: Total pressure of the system ϕ: Fugacity coefficient of species i. φ: equivalence ratioBibliography1. Castaldi, M., Dorazio, L., and Assaf-Anid, N. Relating Abstract Concepts of Chemical Engineering Thermodynamics to Current, Real World Problems, Chemical Engineering Education, vol 38, no 4, pp. 268-279, 2004.2. Kauser, J., Hollar, Kathryn; Lau, Fan; Constans, Eric; Von Lockette, Paris R.; Head, Linda Getting students to think about alternate energy sources, ASEE Annual Conference Proceedings, 2002 ASEE Annual Conference and Exposition: Vive L'ingenieur
applied ethics ismeant to result in more specific guidelines for use in real-world situations [14]. The study ofprofessional ethics addresses the details of situations and issues that arise specific to someprofession, but that might be irrelevant to some other profession. The study of ethics andconstruction is clearly a study of professional ethics. Professional ethics can be different fromgeneral ethics to the extent that professional ethics must take into account: Relations between practicing professionals and their clients, Relations between the profession and society in general, Relations among professionals, Relations between employee and employer, and perhaps most importantly, Specialized technical
Session 1332 CRCD Experiences at the University of Central Florida: An NSF Project Michael Georgiopoulos*, Jose Castro*, Erol Gelenbe**, Ronald Demara*, Avelino Gonzalez*, Marcella Kysilka*, Mansooreh Mollaghasemi*, Annie Wu*, Ingrid Russell*** (*) University of Central Florida (**) University of Central Florida and Imperial College (***) University of HartfordAbstract Machine Learning has traditionally been a topic of research and instruction in computer scienceand computer engineering programs. Yet, due to its wide applicability in a variety of
flight simulation hardware [11], but again, this equipment tends to be expensive and notamenable to large classrooms. Our goal in this effort was to find a balance between providingADC students with real world experience and cost effectiveness/transferability.The rest of the paper is organized as follows. We provide a brief description of the undergraduateADC course offered at the large southwestern university. Next, we briefly describe the softwareutilized and the innovative instructional process including the homework assigned to thestudents. The paper finally addresses the effect of the changes in instruction on students’ learningand motivation
college career leading to post-graduate options that not only provides significant “real world” experiences to complement the educational development afforded through the university system, but affords a set of experiences that is intended to; excite, engage, assimilate and retain the best engineers for a full and fruitful career within one corporation. The Electronic Systems Sector of the Northrop Grumman Corporation rose from the depressed defense markets in 2001 about the same time the dot.com companies began their downturn. Engineers had been trained heavily in wireless communications technologies and software development areas of engineering. As a result of the dot.com crash due to loss of investment capital, it became necessary for
knowledge topics into two general categories: technical skills versusprofessional and interpersonal skills.4 The two factors that emerged from their survey and theassociated survey questions are shown below. 4Factor 10. Perceived Importance of Math and Science Skills 12d. Perceived importance: Math ability 12e. Perceived importance: Science ability 12g. Perceived importance: Ability to apply math and science principles in solving real world problemsFactor 11. Perceived Importance of Professional and Interpersonal Skills 12a. Perceived importance: Self confidence (social) 12b. Perceived importance: Leadership ability 12c. Perceived importance: Public speaking ability 12f. Perceived importance
Educatingthe Engineer of 20208 at about the same time. In 2006, a Summit on the Future of Civil Page 25.1188.3Engineering published a report entitled The Vision for Civil Engineering in 20259 which seescivil engineers as global leaders in the creation of a sustainable world with an enhanced qualityof life. Based on comments received throughout this dialog, ASCE initiated the 2nd Edition ofthe Body of Knowledge Committee under the Committee on the Academic Prerequisites forProfessional Practice in 2005.The BOK2 boasts several significant features. First, the BOK2 details a comprehensive list of 24outcomes required for entry into professional practice
technical courses to prepare students for entry-level tech jobs. The subsequent two yearsfocused more on theory-based and advanced mathematics courses, including calculus. Once astudent obtained an associate degree, they were encouraged to pursue employment and gainmeaningful work experience before returning to complete the bachelor’s degree. There were asigni�icant number of bene�its to this approach, some included students having a keen awareness ofhow material would apply to real world scenarios, employers offered students tuitionreimbursement to offset cost, students had a clear objective for how their education wouldsupplement their career pursuits. The courses students completed upon returning to earn thebachelor's included calculus and other
, surpassing traditional methods,demonstrate a positive impact on academic achievement (Ghosh et al., 2020).Practices aimed at preparing students for real-world applications, emphasizing collaboration andadaptability, have shown a beneficial effect (Fawns and O'Shea, 2018). Moreover, thenoteworthy acceptance of gamified assessment methods carries significant implications(Georgiou and Nikolaou, 2020).In the realm of online education systems, the importance of monitoring students' emotionsand behaviors is underscored, with effective strategies proposed, such as hidden tracking andtailored feedback (Jayasinghe et al., 2015). A notable shift from traditional exams to PaperReviews has resulted in heightened student engagement and relevance, aligning
findings in Sec 3.1, as students gain electrical skills and realize the impact that learning theseskills can have in their careers and on the world.One reason that seems responsible for this development is the complexity of and emphasis on thelaboratory work. Students seem to take ownership of their projects, and are genuinely proud ofthe results they achieve. This shift from “do a laboratory assignment and characterize someaspects of electrical engineering” to “build a real-world, complex device” makes students realizethat they are capable of much more than a traditional course in electrical engineering would havethem believe. And this makes all the difference. Anecdotally, the author has seen students whoare barely able to wire a simple circuit
enhanceslearning outcomes and promotes cultural understanding [19].The stories of Heydi and Juan Carlos underscore the multifaceted advantages of bilingualism inboth personal and professional realms. Heydi's bilingual skills allow her to connect deeply withHispanic students and those learning Spanish, thereby enriching the educational experience. JuanCarlos, on the other hand, sees bilingualism as integral to his identity, helping him navigate bothacademic and cultural environments effectively.Bilingualism goes beyond simple communication; it is increasingly vital in our globallyinterconnected world, notably in adapting to various cultural contexts and in the internationalbusiness sector. The concept of translanguaging, which involves mixing two languages
authentic one to solve in the open-ended discussion at the end ofthe interview. Personally, I am torn on this subject as my belief is that students should be able totransfer math skills to solve engineering problems but I also recognize that in the “real world”they would not solve a problem like this by hand. Is it then an authentic problem or case toanalyze? The participant expressed the following thoughts:I'm not sure. I... My perspective is like if you can either write a code or like design a simpleexperiment, to like answer the question but I can I guess I'm torn because I think being able to,at least derive the equations or if you're presented with the equations, be able to describe whythe equation has that format. Maybe. Maybe that's what I
information during employment screeningInformation available online about an individual, whether of a personal or professionalnature, and whether posted by the individual or the individual’s contacts, is subject toreview as part of hiring processes. Seventy-five percent of U.S. recruiters and HRprofessionals who participated in the study commissioned by Microsoft reported thattheir companies have policies in place that require hiring personnel to research applicantsonline. Close to 90% of recruiters and HR professionals believed it is appropriate toconsider both personal and professional information as part of the employment screeningprocess. Sixty-three percent of recruiter respondents check social networking sites, and59% check job applicants
, allowing them to keep momentum going. However, it is possible that the students whointerrupt their sequence with co-op are able to use that time to continue independent learning,even if they are not actively working on the problem. Both cohorts spend the same total amountof time on co-op. However, the group with the interrupted sequence can apply the valuable skillsin project management and other real-world work skills that they learn in Capstone I to their co-op, reinforcing their skills in a timely manner. This could provide the groups in the interruptedsequence with an organizational advantage upon their return. The purpose of this study is todetermine whether there is a distinct difference between the two cohorts in the quality of the
enthusiasticpractitioners have tried to incorporate real-time video links between instructors and students. Themethods that have already become solidly accepted are email, newsgroups and World Wide Web(WWW or Web) access. These links allow us to send and receive information to the students atany time. The students can access these resources from the privacy and safety of their own home,or at most computers on campus. For many inquiries this eliminates a lot of time travelling to theprofessor’s office door. One particular challenge for engineering students is the text orientednature of the web. When we want to describe technical figures or equations we are hard pressed todo it with written text. This can be overcome by attaching files to email that contain drawings
key functions of complex systems. To date, however,few efforts have been devoted to apply the IDEF0 method to model a design course as a complexsystem. Next, we explain our interpretation of a (good) “design thinking” course with respect tothe four IDEF0 building blocks: input, output, mechanism, and control. The conceptual model isillustrated in Figure 1.Input of a “design thinking” course includes both design methods and design projects. Theformer specifies a particular process (or pattern) of performing design, which the instructor cansystemically teach step-by step. Whereas the latter allows the students to practice the newmethods that they learnt by solving real-world design problems. In some sense, a certain designmethod can be
is used to facilitate partnerships and relationshipswith the community. We address these objectives using multiple data sources and observations todefine the case study activities. We then consider the impact of the camp on students byqualitatively assessing student camp surveys. Qualitative assessment of community data sources(i.e. reflections and surveys) guided the grant partners in evaluating the application of the CBPRmethodology for building community relationships. These reflections are summarized as lessonslearned and include plans for modifying the research approach to strengthen the partnership andsupport tribal youth.Background
STEM education and the improvement of educational practices in higher education settings.Mrs. Meghan Morris Deyoe, University at Albany, SUNY Page 23.1060.1 c American Society for Engineering Education, 2013 Self-Regulated Learning and Blended Technology Instruction in a Flipped ClassroomIntroductionThe mission of the SMART LIGHTING Engineering Research Center (ERC) includes a keyeducational component, namely to educate a diverse, world-class workforce that will be neededto grow the business of Smart Lighting. The education program of the ERC addresses
scholarship (discovery, application, integration, and teaching), theengagement of students in scholarship, the positive relationship between the scholarship ofteaching to high quality learning environments, and the provisions for individual variations in thebalance of contributions.In spring 2012, Cal Poly’s Academic Senate passed a second resolution, AS-752-12, requestingthe Provost to direct all departments and colleges to “review and approve RPT (retention,promotion, tenure) guidelines in a discipline-specific manner,” and to align criteria anddefinitions to the teacher-scholar model9. Provost Enz Finken10 delivered a formal charge todepartments and colleges to complete this work "in order to create a sustainable and rewardingcareer for faculty