there's lotsof things, but it's difficult to say what.Interviewer With lots of meetings you got to know lots of people?B Yes, I made lots of contacts.Interviewer Was it difficult being in places for only 2 weeks at a time?B It was weird, you don't get to know people over a long time, before you move again. Iwas staying in hotels by myself. It was a bit boring sometimes.D In my previous jobs, I've been more involved in the electronics side of things. When Igot to [automation and control company], it was more of a software job - project planning, sofrom that point of view, I think I've learned about how projects are run, and a lot more aboutsoftware. It was still some electronics, but more general engineering practices
be modified while adopting a lens related to technology the integration of structured technology in the high schools ofmanagement. This can also help in ensuring the benefits of all Saudi Arabia while focusing on student engagement, lessonthe approaches related to strategic decision-making within all planning, and the strategies of assessments?the policymakers and educational institutions of Saudi Arabia.However, without the involvement of proper evidence on the H02: There is no presence of significance among thelong-term benefits of all the operations investment within the participants of OPD and the inclusion of structural technologytraining programs for the online teacher can further remain
]. Humans’ beliefs are at the core oftheir agency which includes self-regulated behaviors that allow an individual to take thenecessary actions to yield desired outcomes [14]. These agentic behaviors include intentionalityand forethought which help guide the plans for action, as well as self-reactiveness and self-reflection which allows for one to persevere through challenges and self-examine their progress[13]. Acknowledging that an individual’s sense of agency leads them to actively regulate theirown experiences emphasizes the significance of exploring teacher agency and pedagogicalbeliefs.Below is the overarching research question that informed the methodology, and is situated in thetheoretical underpinnings of social cognitive theory [12], [13
global capitalism [15]. In parallelto this history of community development, there is a history of large state-planned internationaldevelopment where engineers have played significant roles and have come to engagecommunities in ways that have been detrimental to the latter, particularly by viewing them asdeficient and lacking, always in need of development and modernization from the Global North[16]–[18]. More recently, even after the emergence of the idea of sustainable development in theearly 1990s and its subsequent set of goals (Millennium Development Goals 2000-15;Sustainable Development Goals 2015-30) and the growth of the Engineering to Help movement[19], there has not been substantial changes in the way scientists and engineers view and
inductive loads is also used to highlight theissues of having an unbalanced power system. The student experience is based uponmeasurement and data acquisition to develop visual frameworks coupled with traditionalwhiteboard discussions.This paper contains a description of the course, its learning outcomes, lecture plans, assignments,laboratory experiments, and exam content. Student assessments, evaluations, and opinions arealso included to show the benefits of how the class improved student understanding of powerquality. A rubric was designed and employed which provides prognostics and analytics about theperceived value of the course. Lastly, a conclusion of the course from the instructor’s point ofview, including lessons learned and future
for minority students. Out of 2044 student participants reporting, thetop “three most valuable things” about EPICS were teamwork, communication and organizationand planning in that order.27At the University of Michigan a choice of service-learning section of a required freshman courseresulted in students who were significantly more satisfied with the course and the instructor.That section was made up of a higher number of women and underrepresented minorities thanthe general first year population.284.2 The uniqueness of SLICEIn 2004, U. Mass. Lowell’s Francis College began implementation of a project called “Service-Learning Integrated throughout a College of Engineering” (SLICE). As such, it is the “I” thatmakes the curriculum reform at UML
graduate programs are growing, thought stillprimarily teaching based. Research work is required at the doctorate degree level.In May of 2006 Lawrence Technological University (LTU), with the author serving as thePrincipal Investigator, received a research contract from the Auxiliary Power Group within theUS Army Tank-Automotive Research, Development and Engineering Center (TARDEC), inWarren, Michigan, to undertake durability and reliability testing on two Ballard NEXA 1.2 kWproton exchange membrane fuel cells. Contract discussions had been underway for severalmonths prior to the formal contract award. This project involved three components: a literaturesearch to develop a detailed test plan for a NEXA fuel cell system, design and install a
-related education laterin life. To many, computers are more of “an ‘acquired taste’ that emerges over time. … [T]heymay come to computing at a later stage in their education, perhaps after having majored in someother discipline.” 3, p. 3 Women who have taken at least some CS courses have an easier timefollowing this path later in their education. Thus, one way to approach the impending crisis is to“sow seeds” by encouraging women to take more CS courses, whether or not they plan onmaking it their major. Page 13.245.3At the College of St. Catherine, a number of majors require students to take at least onecomputer science course. What they
paper.The organization of this paper is as follows: Section 2 provides a comprehensive literaturereview that supports the strategies that the EXCEL program has chosen to increase retention inSTEM disciplines. Section 3 discusses the management structure of the EXCEL program.Section 4, emphasizes EXCEL’s educational plan, while sections 5 and 6 provide an overview ofthe EXCEL recruiting and retention activities, respectively. Section 7, one of the most criticalsections of this paper provides evidence that the EXCEL recruiting and retention strategies arebearing fruit. Section 8, outlines the efforts to recruit EXCEL students and faculty to participatein the EXCEL sophomore research experiences; this effort is not aggressively assessed, becauseit was
Page 14.1144.4 Department about your strong technical background, you have been promoted to the status of provisional sophomore engineer. As a new sophomore chemical engineer in this program, your team of four members will apply problem-based learning to develop a chemical process and determine its process requirements for material and energy using the process simulator Aspen HYSYS. In addition, your team will manually set up and solve chemical processing problems using fundamental principles of material balances, phase equilibria, and energy balances, in order to learn how HYSYS does its calculations on process units. Also, your team will plan, conduct, and analyze experiments in the company's laboratory. Furthermore, as a
development simplydoesn’t work that way. Although basic scientific research is frequently needed in large,complex scale technology development and innovation projects, basic research is not theprimary forerunner of technology. Creative engineering projects in industry frequentlydrive the need for directed academic research efforts at universities, when necessary, orwhen anticipated, to gain a better understanding of the natural phenomena involved.As Sanders and Brown have pointed out: “The great discovery of our age is thattechnological innovation need not be haphazard. Industry and government have developeda new concept of planned and systematized innovation, founded on vastly expandedscientific and engineering efforts. These institutions are now
advancingwomen within engineering and engineering education, maintaining that this will positivelyimpact the field at large, they also recognize that the distracting realities a difficult political andeconomic climate create inhibits the growth of programs dedicated to funding or focusing onsuch advancement.Workshop findings, outcomes, key ideasBesides being asked to participate as a panel discussant and to prepare and share metricsreflecting trends both national and local to their own institutions, workshop attendees were askedto summarize their issues and action items for each panel segment. These included questions onkey ideas taken from the panel and discussion, including prioritizations, actions attendees wouldtake home for work and planning
research on both electrophysiology and metabolism. He plans to study medicine next year.Vineet Agrawal, United InnoWorks Academy and Duke University Vineet Agrawal is a fourth year undergraduate student in Duke University's Pratt School of Engineering where he is majoring in Biomedical Engineering and Electrical Engineering. He is in his second year as CIO and Webmaster of the InnoWorks program. In addition to K-12 outreach and educational research, he is researching novel ultrasonic differentiation methods between cystic and solid lesions.Jessica Manson, United InnoWorks Academy and Duke University Jessica E. Manson is a senior undergraduate at Duke University double majoring in Biomedical
and result in the collaborativeconstruction of infrastructural projects such as borehole wells, water distribution systems, schoolbuildings, and health clinics. In order to fulfill a partnership, these chapters are responsible forcompleting the documentation, designs, calculations and construction plans for each infrastructureproject in addition to 95% of project and travel fundraising needs. These tasks must be completedin collaboration with the chapter’s partner community, who is in turn responsible for participatingin the design process, mobilizing community members for project construction, ensuring long-term maintenance is completed, and raising 5% of the project’s funding requirements. Chapterstypically complete the majority of their
and anxiety due to lack ofknowledge in robotics; students’ level of interest or disinterest in robotics-based lessons; andappropriate lesson planning and pedagogical approaches of teachers. The knowledge aboutwhether students meet prerequisites is critical for teachers to predict the readiness and capabilitiesof their students and the potential circumstances they may encounter in the classroom. Hence, it isimportant to examine the prerequisites for middle school students to participate in robotics-basedmath and science lessons. Unfortunately, such investigations remain to be pursued.Emphasis on the abilities of learners to engage in and perform computational thinking, a conceptpopularized by Jeannette Wing [13], appears to be important to
reported in the civilengineering professional issues course at the University of Canterbury by Koorey et al.29Future PlansAdditional changes are planned for the Professional Issues course in Fall 2017. The course willbe offered in two 50-minute periods per week, instead of 100-minutes once per week. Theseshorter periods may be more likely to retain student attention. Faculty who come in to give FEreview sessions will be encouraged to work a few example problems, and then give a handoutwith additional worked examples. The multiple-choice practice quizzes for the FE topics willalso be retooled to provide worked solutions after a student completes the quiz. In 2015 and 2016the students were allowed to repeat the quizzes as often as they chose, which
, scaling-up from a pilot processto a full-sized product plant is not a linear scaling as many processes, transformations, flow,chemical reactions and heat transfer are not together linearly scalable. That is: scale-up is(usually) possible but requires careful planning and “watching the dials and turning the knobs”on the first series of runs. Our first class sequence is a bench design, our second class sequenceis a small pilot and third year will be a full pilot plant with subsequent years scaling to fullproduction. Even then, we will have start-up issues and fine tuning to deal with as we continueto iteratively improve – watching the dials and turning the knobs as necessary.By using the “pilot approach,” and managing the specific changes made to
aspects of a perceived reality overothers30. Methodologically, the study is informed by the work of Emery Roe31 in the field ofapplied narrative analysis. Nicki, Jo, and their research team have also written elsewhere aboutdifferent aspects of their project4, 28, 32.Practice anecdotes: From making to handling dataThe following presents a series of practice anecdotes that span quality considerations along theentire research process from making to handling data. More specifically, anecdote 1 explores theearly conception and planning of a qualitative study, anecdotes 2, 3, and 4 examine theprogression of interpretive sense-making in the analysis stage and, finally, anecdote 5 deliberates
the effect of its integration on theelectrical grid, and energy efficiency in systems engineering. Furthermore, the student-internswould demonstrate improvement in collaborative learning, project management, and engineeringdesign, in particular: communication, professional documentation, articulating milestones,reviewing and synthesizing relevant literature, analytic thinking, and iterative problem solvingusing “backwards design.” To accomplish this, the mentors planned to provide a combination ofparticipatory lectures introducing relevant STEM background and context with task-focusedexperiential activities that would engage multiple learning styles.Given the number of interns involved, a single project split into constituent and transitional
projects.Understanding that I maintained certain conditions of use for my work helped me integrate theideas from the different studies and disciplines in a manner that supported those conditions.Within our discussions about how we each approached our work, we noted how we all traverseddifferent disciplinary boundaries and tried to unpack whether our processes were inclusive,exclusive, or a bit of both. In my work, I believe it was my conditions of use that drove mydecisions on what to exclude and what to include. For example, I was exclusive in the sense thatultimately I planned to focus on the integration of stakeholder considerations as one aspect ofsystems thinking within the context of complex systems design, as opposed to more generalproduct design. Yet, I
scalable program in which diversity and multicultural awareness activities and measures are built into existing mentoring initiatives. As a result of this study, along with plans for future related studies, similar activities could be replicated at other universities and organizations to create more opportunities closer to one’s home for intercultural awareness. This type of programming can help address a gap for those engineering students who either choose not to study or work abroad and/or may encourage some to consider going abroad who wouldn’t have otherwise. Another gap which this study addresses is the paucity of research on the impact of culture on mentoring programs and relationships (Kent et al., 2013). Also, in having conducted this
].Other research efforts show that students also have a lack of confidence, interest and sense ofbelonging [4, 9, 10] in engineering programs. There is evidence that they still struggle withcareer decisions into their fourth year [5]. To have a positive impact on student motivation andproblem-solving skills, these concerns must also be addressed. The sense of belonging, thefeeling of being technically competent and socially comfortable, the ability of students to asktheir own questions, plan their research, analyze their own findings and communicate their ownknowledge enable a more effective and lasting learning [5, 11].This is why active learning methods can increase student retention rates and engagement inengineering programs [12-14]. In these
needs to be athoughtfully planned arts integration. With this in mind, the arts must also visualize what it isthat STEM might offer at this deeper level where all five of these disciplines might stand onequal ground.In reference to your comment about empathy and caring being absent from the STEAMconversation, the authors of Sparks of Genius present “empathizing “ as one of the thirteenthinking tools of the most creative individuals from across disciplines. Recall that we also foundthat Howard Gardner and Daniel Pink discuss empathy as they envision the necessary minds ofthe future. Is it that our society (or maybe STEM education) does not value this type of creativethinking? Or is that most people do not think of the ability to empathize as a
is notan efficient design strategy, particularly when large numbers of possible solutions are generated andimplemented without an overarching plan or goal. 17,27 Further aggravating this kind of weak andineffectual design strategy is the failure to critically evaluate proposed solutions and hypothesesabout the design problem and generally inconsistent design problem-solving approaches. 2,42 Very little research could be found that specifically examines how novices make design decisions.Novices tend to follow linear, deductive problem-solving approaches that may be effective for well-formed problems, but that are inadequate for ill-structured design problems. 18,39 Unlike experts,novices attempt to avoid uncertainty and ambiguity, and
shoes, boots, or leather shoes are allowed in the lab. If you have long hair it should be combed back into a pony tail or gathered behind the head so as to not be caught in any lab equipment. A safety review will be held before each experiment or class project. Anyone not participating in the safety review will not be allowed to take part in the activity planned.”Fortunately, major disciplinary action was never required in any of the session, although someimmature behaviors had to be addressed and corrected. But these were minimal. It is believedthat once the expectations were set and understood by the students that they would comply, andgenerally this was indeed born out. The effort each day was to affirm the
typicallywere not interested in teaching as a career and primarily thought of their instructional activitiesas an above minimum wage student job that offered them the opportunity to give back to thecommunity—in this case a recruitment and retention program that provided support to themwhen they were pre-engineering students9. The undergraduate instructors and peer tutors for theMSEP program were in general at a much earlier stage of their academic careers than thegraduate students and post-docs who participated in ETPP; they have typically been acceptedinto engineering or science majors and are planning careers in engineering and science after theygraduate. Some of the undergraduates are thinking in terms of graduate school, but it is unknownwhat
; Gamble Company. In 2005, he joined Intuit, Inc. as Senior Vice President and Chief Marketing Officer and initiated a number of consumer package goods marketing best practices, introduced the use of competitive response modeling and ”on-the-fly” A|B testing program to qualify software improvements. Mark is the Co-Founder and Managing Director of One Page Solutions, a consulting firm that uses the OGSP® process to help technology and branded product clients develop better strategic plans. Mark is a member of The Band of Angels, Silicon Valley’s oldest organization dedicated exclusively to funding seed stage start-ups. In addition, he serves on the board of several technology start-up companies.Dr. Helen L. Chen
ambiguity, riskanalysis, creative problem solving, critical thinking, and business skills (including marketing,financial analysis, and strategic planning).3, 4 In 2009, the University received a KEEN grant todevelop and integrate entrepreneurial (and leadership) education over many degree programs.For the first year of the grant, LTU started the process of revising thirty courses in theengineering curriculum to include problem/project-based learning. In subsequent years, activeand collaborative learning has been heavily introduced to courses. The process of revising thesecourses is accomplished through a series of workshops administered by several experts in thelearning methods1, 5, internal LTU workshops, and cohorts of faculty collaborating
courses. The second meeting focused on developing an actionable integration plan, andcommunity members spent the following month drafting at least one new assignment inpreparation for the third meeting. Below is a four-step framework we used to guide faculty indeveloping their new materials for enhancing student awareness.Step 1: Identify the ME Knowledge Domain. Before delving into the specific details of yourcourse, take a step back and begin by determining how your course aligns with the coreknowledge areas, as defined below: o Mechanical Systems o Thermal Fluid Systems o Design Concentrations o Embedded Labs (Hands-on components)Step 2: Select Awareness Areas. Based on the identified knowledge domains, choose a
to the start of the project we worked with the students to help them understand how toenter time and that they were to keep their total weekly hours under 30 hours. We were fortunateto have support from our college’s research institute to help process the student payroll.After finalizing the number of students in the program, there was enough funding available toallow the students through their faculty mentors to purchase equipment (FPGA boards, robots,etc.) to support their projects. As we reached the end of the program, there were sufficient fundsremaining in the account to provide an additional $600 for each student in their last payrollperiod as a one-time payment. Moving forward we plan to resolve the stipend versus hourlyissue so we