; PERFORMANCE&n=53 ARC04230Advanced0Building0Systems ARC03110Structures0II0 ARC02110Structures0I0 ARC03220Building0Systems0II0 ARC02220Building0Systems0I0 ARC01210 Introduction0to0Building0Systems0 0.00% 10.00% 20.00% 30.00% 40.00% 50.00% 60.00% 70.00% 80.00% 90.00% 100.00% Excellent Very0 well As0well0 as0I0needed/wanted Not0as0well0 as0I0needed/wanted Fair/Poor Figure 1: Student self ranking of performance in each of their technical courses
usually exited the military prior to September 11, 2001 and are not eligible for Post 9/11GI Bill benefits. The Post 9/11 GI Bill (Chapter 33) awards veterans serving in the Armed Forces on orafter September 11, 2001, a maximum of 36 months of education benefits. This benefit pays apercentage of tuition, a Basic Allowance for Housing (BAH), and a book stipend based on theamount of active duty time served by the veteran. Table 1 is a summary of the award percentageearned based on the active duty time served. This information is useful for understanding atwhat level a specific student veteran’s education is funded. In speaking with a student veteran,two useful questions to ask them are, “How long did you serve on active duty?” and “Are
each student team andcorresponding business with a free, donated commercial energy audit. This allowed the studentsto experience how an energy audit works and provided the businesses with useful energyinformation for their organization. Since these projects and the positive feedback from thebusinesses, the local utility has adopted a new policy where any commercial organization in thecity can get a free energy audit.Six local business owners participated in the 17 projects, meaning that all of the owners hadbetween 2-4 teams working with them over the course of the semester. All of the businessesinvolved volunteered their time to participate in these projects. A brief summary of each is asfollows: ● Local Brewing Company 1 is not even five
are: (1) domainspecific; (2) easily accessible; (3) consistent in terms of graphical user interface, and (4)authentic research tools. Furthermore, Magana and colleagues conducted a qualitative study ofinstructors who use nanoHUB.org computational simulations in the classroom and found thatthey used simulations for eight different learning purposes, which can be categorized as servingtwo general purposes: learning through building simulations and learning through usingsimulations.Integration of How People Learn with Classroom Use of Computational SimulationsWhile instructors may have differing purposes and ways of integrating computationalsimulations in their lessons, the synthesis of research from the learning sciences can inform whatpromises
complex systems, including socio-technicalsystems and the integration of human decision making. US News and World report hasidentified a significant trend in Law Schools increasingly recruiting applicants with science, Page 26.1048.2engineering, and mathematics backgrounds.1 The law, on the other hand, has progressively hadto include technical considerations as it maintains its relevance in modern society. Secondly,while the law has remained insular because of its professional organization, the law has becomeincreasingly accessible, discoverable and analyzable. Engineering, is increasingly participatingin society beyond the traditional engineering
Diversifying the field of engineering is an on-going challenge. Supporting and advancingunderrepresented students requires developing and refining targeted outreach, recruitment,support, and academic services for all students. To ensure inclusivity in diversity outreachefforts, we must ask ourselves, “Is higher education serving the higher good?” and “Who are wemissing – who is still underserved by our policies and programs?” A report, sponsored by theJack Kent Cooke Foundation, identified students from lower socioeconomic backgrounds as avulnerable group with significantly lower rates of degree completion in higher education.1 Ourqualitative research was motivated by the belief that attention to students’ income standpoint iscritical to ensuring
correlation between active mentoring practices and employeeretention rates.1. IntroductionThe Oxford English Dictionary defines “mentor” as “a person who acts as guide and adviser toanother person, esp. one who is younger and less experienced. Later, more generally: a personwho offers support and guidance to another; an experienced and trusted counsellor or friend; apatron, a sponsor”1. In their survey of members of one chapter of the Medical LibraryAssociation, Kwasik et al (2006) found that 71% of respondents to a survey about mentoringanswered yes to the question “do you consider having a mentor or mentors a critical part of yourprofessional experience?”2. Ross’s (2013) literature review presents a range of reasons for andapproaches to mentorship
significant impact on the awareness of 3D design and modeling as apowerful and attainable skill among students in a widening assortment of majors. In turn agrowing demand can be expected for more centrally and generally accessible fabricationfacilities at Grand Valley.Notes 1. Devaney, L. “MakerBot center brings 3D printing to UMass Amherst Du Bois Library; connects students, community with 3D printing.” (Mar. 24, 2015). Blog. http://www.ecampusnews.com/business- news/innovation-center-3d-389/. Accessed Mar. 24, 2015. 2. “Makerspace – University Libraries – Grand Valley State University”. [n.d.] http://gvsu.edu/library/maker- space-228.htm. Accessed Mar. 18, 2015. 3. Niewiada, K. “Restoring Vintage with 3D Printing
SecurityAbstractPhysical security analysts have always sought to overcome challenges in security infrastructureusing novel approaches and new technology. One of these challenges is preset, mechanical lockmechanisms.1 3D printing technology provides a valuable tool for those interested in attacking orbypassing high-security locks. This technology can allow such practitioners to create keyblanks or replicas from key data such as physical key measurements or photographic evidence.IntroductionPreset, mechanical locks are generally vulnerable to a variety of attacks, but due to theenormity of designs and technologies in the world today, each lock typically requires a differenttechnique to exploit or bypass. For example, simple pin and wafer locks can be picked
. Create! Official festival photo: http://beakerhead.com/References for tips, tricks, and similar projects:1. Arduino. (2015). Getting started with Arduino. http://arduino.cc/en/Guide/HomePage2. Intel Education. (2015). Tools for student-centered learning. Page 26.1119.6 http://www.intel.com/content/www/us/en/education/k12/teachers.html3. E2S2. (2015). U of C Engineering Education Students’ Society. https://e2s2ucalgary.wordpress.com/
persisted.1 This gender gap is evenwider in disciplines such as engineering. In 2012, women earned just 22.6% of the 8,110doctorate degrees awarded in engineering.2 During this same year, women compromised 14% oftenured and tenure-track engineering faculty in the United States.3 Research indicates that gendergaps are in part due to institutional climates, including gender inequality and discrimination4,gender bias5, and unconscious bias6,7 that impact the professional success of women faculty.8Other factors such as marital status and parenting young children provide possible explanationsfor the gender gap in tenure-track promotion.1,9 Research institutions in particular havecompetitive environments that demand long work hours to meet publishing
plans for the future. A discussion on theconcept of a polytechnic institution, its definition, and transformative nature is included to clarifythe reasons behind this radical and somewhat unsettling approach to education reformation.IntroductionAcademic institutions of higher learning are facing many difficult challenges, includingdeclining enrollment trends, complaints about costs vs. value, curricular stagnation, and inabilityto adapt quickly to changing environments facing graduating students. Many researchers andauthors claim that the traditional educational methods and structure espoused by universities isoutdated and potentially restrictive to learners. 1, 2 The College of Technology at PurdueUniversity is dealing with these challenges
they will see that methods willdiffer greatly depending on the intent and strategy needed in each type. Instead, research can befocused on what methods and content are most useful in different types of entrepreneurial learning.The two dimensions create four quadrants into which entrepreneurial learning can be categorized.The matrix is shown in Table 1. The quadrants in the matrix contain examples of the types ofprograms that would target each type of entrepreneurial learning. The following sections willdescribe the rationale for using the 2 dimensions, and then discuss the quadrants and the types ofeducational programs or offerings that typify each. Table 1. Categorized emphases in entrepreneurship education goals
the motivation for thisevent, its planning, its execution, and its assessment.MotivationIssues facing the electric power industry Page 26.1232.2 1The electric power industry is facing the most serious issue it ever had which is the aging of itsworkforce (1). Since 1990, the Utility workforce has dropped more than 23% and it is estimatedthat the U.S. energy industry may experience as much as a 50% turnover in power and energyengineers over the next five years (2). The expert power engineers are retiring and there are fewnew electric power graduates to pass the knowledge onto. Compounding the problem
, Page 26.1286.2and how student resistance to topics perceived as “not engineering” can be a positive learningopportunity.IntroductionSustainability has emerged as an acceptable theme in many engineering education contexts overthe past two decades, with an earlier history dating back to the 1960s.1 While environmentalengineering was the logical home for sustainability and has driven a great deal of the movementfor sustainability education in engineering, disciplines like chemical engineering and mechanicalengineering have also risen to the challenge to incorporate sustainability considerations inteaching their discipline to undergraduates.However, definitions of sustainability in engineering have been more technical in nature thandefinitions
to recentpublications.Introduction A few years ago, I began a journey to align what I saw were emergent philosophies withengineering education with traditional Western philosophies and constructs.[1] Since that time,much seems to have occurred in the world of engineering philosophy within our community, butthe call for furthering engineering philosophy still exists.[2-4] The purpose of this work is multi-fold: first, to further expand on concepts previously addressed within the context of Heidegger;two, to provide a scaffolding towards operationalizing some constructs potentially useful for themodern engineer and engineering student; and three, to integrate some modern works onengineering philosophy within our community and hopefully
STEAM-inspired interdisciplinary studio course. Proceedings of the American Society for Engineering Education Annual Conference. Atlanta, GA.6. McCord, R., Hixson, C., Ingram, E. L., & McNair, L. D. (2014). Graduate student and faculty member: An exploration of career and personal decisions. Proceedings of the American Society for Engineering Education Annual Conference. Indianapolis, IN.7. Delamont, S. (2007). Arguments against auto-ethnography. In British Educational Research Association Annual Conference (Vol. 5, p. 8).8. Holt, N. L. (2008). Representation, legitimation, and autoethnography: An autoethnographic writing story. International Journal of Qualitative Methods, 2(1), 18-28.9. Ellis, C., Adams, T
the presence of mind in the middle of a call) toproperly classify cases. Human-based classification is only good at spotting call trends when theemployees use the system properly.This proposal has a beneficial side effect that classification would be done automatically, thereforeincreasing the ability to spot new trends and redeploy call-taking and training resources accordingly.To implement this proposal, the following the proposed system (figure 1) would be inserted into thenormal flow of information between first-level tech support employees and the second-level co-workers they consult with when they need help. Page 26.439.7
on Engineering and Physics13. The latter had more specificson circuits, so she went through their list of topics and indicated what the students can and cannoteasily do.What someone completing regular high school physics should know (based only on the contenton that web site): 1. Ohm’s Law – Piece of cake. They’ll know it flat (or a 2 second reminder). They’ve seen it in middle school 2. Circuits – Again, should be completely familiar, could use a one second reminder that flow is out of positive terminal 3. Electric transfer in energy circuit – yes, they’ve got this. The difference between kilowatts and kilowatt hours just never clicks for many students. It’s simple, but they stumble a bit. 4. Controlling current
for both instructors and students,alike. On the contrary, a classroom that has intimidating technology, a non-intuitive setup andinadequate furniture will also not meet the basic teaching needs of instructors and learning needsof students. Rather than trying to foretell what a classroom should look like in a few years, onecan design a modern instructional classroom that 1) has the ability to support multiple learningactivities not only from class to class, but also within the same class period, and 2) includestechnology that is not a feature in the room but rather is seamlessly integrated into theclassroom1. One cannot assume that because a new or renovated classroom has been built, thatfaculty will automatically come flocking to make use of
disciplines, not just thosemajoring in Mathematics. Certainly students in engineering programs arean especially important sector for whom a relevant, applications andcomputationally focused mathematical education is desirable.The MaC II workshop picked up where the first workshop left off in manyrespects. The report from MaC I1 is available online at www.siam.org/reports/modeling_12.pdf. Themajor recommendations from the first workshop can be categorized as fitting four different categories: • Expand modeling in K-12 • Develop a high school one semester, or one year modeling course (with stratified content) 1 School of Arts & Sciences, Clarkson University
facilitate moreoff-campus study and reduced out-of-pocket expenses for transportation and childcare forstudents who otherwise would be required to return to the college to use computers.S-STEM, Scholarships in Science, Technology, Engineering and Mathematics (formerlyCSEMS, Computer Science, Engineering, and Mathematics Scholarships) is a National ScienceFoundation (NSF) funding program that supports scholarships. The S-STEM program, like theNSF-funded CSEMS program that preceded it, “seeks to increase the success of low incomeacademically talented students with demonstrated financial need who are pursuing associate,baccalaureate, or graduate degrees in science, technology, engineering, and mathematics(STEM)”1 The S-STEM program is funded by H-1B
of mobiletargets using UAVs,7 vegetation growth analysis using UAVs,8 and environmental gasmonitoring using UAVs. These projects involve faculty and students from several departmentswithin the Colleges of Engineering and Science including Aerospace Engineering, Electrical &Computer Engineering, and Computer Science departments.An excellent collection of UAVs and associated equipment at the university facilitates theseprojects. The UAV Lab at Cal Poly Pomona has more than fifteen fixed- and rotary-wing UAVs of various sizes and payload capacities. Some of the UAVs are shown in Figure 1. Also
the backlog of USinfrastructure projects [6]. Yet, its success depends on having a skilled workforce to design,build, and maintain critical infrastructure. The Bureau of Labor Statistics denoted CivilEngineering will grow at 6% between 2023 and 2033. This is faster than the 4% average of alloccupations [11]. In February 2024, 51% percent of engineering firms continued to turn downwork due to workforce shortages [1]. This suggests that Industry needs a skilled and readyworkforce. As one interviewer clearly responded that their firm is “looking for recent graduatesto hit the ground running.” The gap between industry requirements and student preparation impacts companies'productivity. Despite significant work to prepare students to enter
3current formulations of CR: 1) understanding the context of a problem by co-evaluatingrelevance, priorities, and risk with stakeholders, and 2) co-developing solutions that can beimplemented and sustained within the same context. In that respect, the existing literature isalmost unified in highlighting the value of a cross-disciplinary education that prepares studentsto navigate epistemic contexts beyond academia while addressing the competing needs ofstakeholders inhabiting those contexts. It is important to keep in mind that, as Xuelong Hu recently claimed, this shift presents arather instrumentalist view of research that is subject to the short-term demands of externalpartners. Hu adds: interdisciplinarity, associated with
water was causing lead leaching. Additionally, Dr. Mona Hanna-Attisha'sresearch identified elevated blood-lead levels in Flint's children. These findings were disclosed inSeptember 2015, leading Michigan’s Department of Health and Human Services to declare apublic health emergency on October 1, 2015, advising residents not to consume the water. By 3late October, Flint reconnected to the DWSD water source, yet the risk of lead leachingremained, prompting the city to recommend lead filters or bottled water for residents.Much of the responsibility or blame was placed on Michigan’s Department of EnvironmentalQuality, as their minimal approach to
challenges in research-intensive universities where research is valued more thanteaching. However, women teaching faculty also navigate gender-specific barriers, includingpersistent underrepresentation and male-dominated academic cultures, which often lead tolimited recognition for teaching contributions. Non-tenure track teaching faculty nowoutnumber tenure-line faculty in engineering departments [1], particularly in research-intensive university settings. Yet, the roles and experiences of these women teaching facultyremain underexplored from the perspective of teaching faculty.According to Wenger, communities of practice (CoPs) are groups of people who share acommon interest for their practices and develop them through regular collaboration [2
---made statements during the attack and in his suicide noteindicating unequivocally his misogynist, antifeminist motives. He entered the classroom with asemi-automatic weapon and ordered the men to leave before opening fire on the women. In hissuicide note, he blamed feminists for ruining his life, and before he opened fire, he calledthe women feminists. Some of them protested, "We're not feminists, we're girls who likescience," and "we're just women studying engineering, and we've never fought against men" [1].Donna Riley and Gina-Louise Sciarra brought the shootings into the engineering educationliterature in 2006, observing that they had to date been taught in social science courses but not inengineering-a textbook case of what science
designexperiences.ParticipantsA total number of 94 students participated out of 200 students in these courses. Theresponse rate was 36.5% as some students choose not to participate in the study.Figure 1 shows the number of dual-enrolled high school students and the students fromthe university. The number of participants in both groups were similar, thereforereducing sample size bias. The distribution of male and female students were 82% and18% respectively similar to the engineering student profile across the country.Number of Students High School University Figure 1: Number of High School and University students Institution Male Female High School 33 11
and skills necessary to efficientfunctioning in the life of society. James A. Banks stated that “ethnic, cultural diversity is apositive element in a society because it enriches the nation, gives individuals moreopportunities to experience other cultures and thus to become more fulfilled as humanbeings” 1. The aim of cross-cultural education is to provide the learners with “globalawareness – an integrated worldview”, necessary to achieve active and full participation insociety and, as a result, to form “intercultural personality”.Nowadays much attention is paid by the scholars to the development of the context of theintercultural education. In this paper different approaches to the cross-cultural education areconsidered for high school