, career experiences, and work characteristics. Wealso explored differences in how each group’s work influences their engineering identity, asprevious studies have found relationships between work and identity for engineers in general21,23and for specific sub-groups11,30. The research questions addressed in this paper are: Page 23.930.3 (1) Do the engineering graduates in each sub-occupation differ in terms of their demographics, career experiences, and work characteristics? (2) Which competencies do the graduates in each sub-occupation perceive as important to their work? (3) Do the graduates in each sub-occupation identify their
circuitknowledge) and the nature of the course material, circuit analysis often is viewed as one of the mostchallenging and difficult lower-division EE/EET courses. As such, keeping students engaged in the coursematerial are critical [1], [2]. Consequently, how to effectively teach this course to achieve desired courseoutcomes often poses challenges to instructors. Page 23.931.2 In addition, within the past few years, the EET program at WWU has witnessed a pleasing trend -a growing enrollment, which brings another challenge. Prior to 2005, the normal class enrollment wasabout 25 students. Recently, the enrollment has jumped to over 40
engineering.IntroductionRecruiting, teaching and retaining students in engineering programs is a national problem thathas been addressed in many, varied ways.1 The University of South Alabama has implemented anovel program to improve retention in engineering, especially among high achieving students. Apilot program, Freshman Research Experience in Engineering (FREE), was conducted lastsummer with extremely successful outcomes. Funding for program instruction and materialswas provided through Alabama NSF EPSCoR, so there were no costs to the participants.Students spent two weeks immersed in interdisciplinary engineering topics ranging from roboticsto composite materials. LabVIEW™ programming was integrated into each topic. The studentsexplored instrumentation, sensors, and
-led paired thematic analysis is built on the idea that researchers working togethercan provide a richer, more rigorous and more theoretically sound analysis of studentunderstanding of a content area when the analysis is guided by one researcher who is arelative novice in that content area. Both researchers code and analyze the data and meetfrequently to discuss their analyses, but the meetings and general approach are managedby the content novice. The following sub-sections will provide more specific definitionsof the key terms in the phrase “novice-led paired thematic analysis.”1. NoviceAs implied by the name, in this application the “novice” has a lesser level ofunderstanding. There is likely an ideal level of “novice,” or at least some
Professional Programs and as a faculty member at College of the Canyons. Dr. Alfano has a Ph.D. from UCLA. Page 23.934.1 c American Society for Engineering Education, 2013ASEE NSF Poster SessionNSF ATE Regional Center CREATENSF ATE grant #1002653Research and Education Activities:1. Executive Summary: Major Accomplishments in 2012-2013 • Submitted and was awarded a NSF supplemental grant (NSF 1239631) to conduct a Renewable Energy faculty Learning Exchange between top U.S. community college faculty and faculty in Australia and New Zealand. A national nominating application process was conducted
behavior of these systems.Currently, in spite of present dynamics and complexities in water distribution systems, fluidmechanics and hydraulic courses are taught to engineering students focusing only on the physicalproperties and dynamics of fluids. There is a significant need for engineering students tounderstand physical, chemical and biological dynamics, and their interrelations, in waterdistribution systems to meet the demand for both a trained work force and the maintenance of anaged water infrastructure [1-7]. This project aims to address the current lack of integrated waterdistribution system education by providing laboratory modules and kits coupled with acomputational modeling tool for hydraulics and water quality simulation in water
components including generation, transmission anddistribution, and protection systems. The on-site courses that have been added to the curriculumare Energy Conversion, Power Transmission and Distribution and Power Protection Systems.These three on-site courses are senior elective level courses to define “power emphasis” in theprogram, particularly, in Electrical Engineering Technology.The certificate courses also include additional two on-line courses that are offered by NPI. Thesecourses are selected with advising faculty’s guidance from the online course offerings providedby NPI which include: 1. Nuclear Power Plant Fundamentals 2. Nuclear Power Plant Systems – PWR (Pressurized Water Reactors) 3. Nuclear Power Plant Systems – BWR (Boiling
(a) (b)Fig. 1. (a) Schematic illustration of the device of carbon nanotube speaker and a scanning electron microscope image shows the structure of the speaker formed by carbon nanotubes. (b) Photo images show that the students present and demonstrate their senior design project to audiences in the open house event.been advertised throughout the College and during nanomodules presented in courses.Application materials are available on the NanoCORE project website. The research program isopen to all majors and all levels. The application requires students to complete an applicationform and submit an essay about their research interests and goals, along with transcript andresume
single cohort), and can have a direct impact on the effectiveness of a USstyle engineering curriculum delivery.It is important for institutions with the intention to deploy internationally to consider thesechallenges for a successful program implementation, and this paper reviews observations andlessons learned, as well as some specific initiatives undertaken by university faculty andadministration to enable Middle Eastern students to succeed in a US Engineering program.IntroductionHigher education institutions worldwide are under pressure to adapt to the rapidly changingrequirements of a global workforce environment. These pressures may be analyzed at manylevels 1, for example one of increased global exposure, increase in student recruiting
five steps6. 1. Develop a challenging and attractive vision, together with the students. 2. Tie the vision to a strategy for its achievement. 3. Develop the vision, specify and translate it to actions. 4. Express confidence, decisiveness and optimism about the vision and its implementation. 5. Realize the vision through small planned steps and small successes in the path for its full implementation.Again, as with faculty, creating the perfect environment for critical mass in the student body canbe tricky but a few suggestions are listed below: • The student leaders should be mentored by their predecessors. If clubs vote on new leadership in December or January the “retired” leaders are available as
be addressed in theparagraphs that follow.Relevant Definitions, Thoughts and Processes: Engineering design as stated by Dym et al. in2005 is: “a systematic, intelligent process in which designers generate, evaluate, and specifyconcepts for devices, systems or processes whose form and function achieve clients’ objectivesor users’ needs while satisfying a specified set of constraints”(1) . This definition presents designas a thoughtful process that depends on systematic, intelligent generation of design concepts andthe specifications that make it possible to realize these concepts(2). Sheppard’s characterization ofwhat engineers as designers do: “They scope, generate, evaluate, and realize ideas” (3). In thecontext of engineering design
ofsustainability.To provide a framework for the purpose of research methods it is useful to draw from thefoundational work of Pasteur16 (Figure 1). His quadrant points to the differences in research thatcan clearly be distinguished between basic and applied research.17 The y-axis represents the firstdistinction of defining the direct outcomes of the research. Basic research is associated with theadvancement of knowledge primarily and developing theories for why things are the way theyare. The y-axis depicts the relevance to the advancement of knowledge with basic researchassociated with a greater degree of relevance because of its theoretical implications. Whereas,the x-axis represents the second distinction of the ability of research findings to be applied
time, the light is to be illuminated for the 5seconds following the detected motion. The light should be extinguished when the input switchis in the “off” position or if no motion has been detected in the previous 5 seconds. Page 23.944.2The input switch is to be implemented using a DIP switch. The output light is to be implementedwith an LED. The motion sensor input is to be implemented using the PIR Sensor SwitchModule shown in Figure 1. Figure 1: Seeedstudio Electronic Brick PIR Motion SensorDigital, analog, and computer solutions are possible.The Design and Programming of a Vending Machine:The objective of this
heuristic evaluationare shown to provide a baseline of potential human factors issues related to user interaction withthe CareerWISE website and to suggest some preliminary design recommendations.MethodsParticipantsFive expert raters conducted a heuristic evaluation of the CareerWISE website. The raters wereall female graduate students with a background in human factors and previous experience withthe foundations of the heuristic evaluation methodology.Materials and ProcedureThe procedure for this study followed the guidelines and heuristics (shown in Table 1)established by Nielsen11,12 for evaluating user interfaces. When completing a heuristicevaluation, it’s important to have the raters carry out tasks that are most common for typicalusers to do
addition to flexibility and accessibility, it also offers no capacity constraints for theclassroom in the traditional sense such as class size. As it has been previously discussed inOzelkan and Galambosi[1, 2], distance education can also have a significant effect on increasingnot only enrollment but the number of degrees completed as well, so it can be a very importantstrategy to grow a degree program.Colleges at the UNC Charlotte, such as College of Arts and Architecture, Computing andInformatics, Education, Engineering, Health and Human Services and Liberal Arts and Sciencesall are offering now online courses and online programs that started in recent years. The SystemsEngineering and Engineering Management (SEEM) Program has also started its
individuals with four-year civil engineering technologydegrees and currently working as CETs. The second group consisted of employers of peopleworking as CETs.The criteria for employee interview selection included individuals 1) approximately five to tenyears beyond graduation, 2) employed by firms that engaged in engineering design orconstruction, 3) who had not earned a professional engineering license, and 4) currently workingin a capacity as or similar to a CET. Twenty-eight interviews were conducted betweenNovember 2009 and February 2010 using a standard interview format (Tables 2 and 3) with eachinterview lasting approximately one hour. The majority of the interviewees met all of theselection criteria; however, there were several that met only
build up and ensures theheating of clean water.Cavitation Heat Pump System Initial SetupThe cavitation heat pump system (see Figure 1) initially consists of an electrical motor,cavitation heat pump, water tank, piping, gauges, and all necessary peripherals. The electricalmotor is interfaced with the cavitation heat pump using a rubber belt, which converts electricalenergy into thermal energy through cavitation induced by the rotation of the working fluid. Thecavitation heat pump decreases the pressure of water to a point below its saturation pressure,which consequently induces cavitation. Energy is released in the form of heat when the bubblescollapse, causes the water temperature to rise. (a
offset use ofnon-renewable fuels to power the needs of society. To the extent this can be accomplished in acost effective way, communities can improve their resiliency, sustainability, and economics. Page 23.949.2 II. Student InvolvementBecause the “Old Blue” GPOXwas located an hour and a halffrom our campus, a group often students participated inday-long site visits to studyOld Blue, and made key designupgrades to the gasifier. Thefirst site visit was on June 21,shortly after Old Blue wasreceived at the facility ofcorporate partner SAIC (seeFigure 1). During the first sitevisit, students were given anassignment from SAIC:“Make an assessment
excitinghands-on design challenges to analyze artificial organs. In more advanced core engineering courses andlaboratories, students will explore the function of artificial organs in the laboratory and investigate thevariables affecting their performance. The engineering goals of this project are: (1) to explore the function of human and artificial organs; (2)to apply current research methodology state-of-the-art medical devices for a hands-on investigation ofartificial organs; and (3) to introduce fundamental engineering principles through experiments with artifi-cial organs; (4) to investigate the factors affecting artificial organ performance and design criteria; and (5)to explore the complicated ethical issues regarding the technological
: A Public Research University PerspectiveAbstractThis paper describes an experiment at the University of California, Irvine (UCI)that uses a combination of technology and pedagogical approaches to improvelearning outcomes for engineering students while reducing course delivery costs.Like most public research universities, UCI faces the challenge of improvinglearning outcomes in the face of declining State and Federal funding. Thischallenge has many elements; 1) As class sizes increase, student participation ishindered and class enrollments often exceed classroom capacities; 2) A lack ofimmediate feedback on student learning hinders timely interventions that wouldotherwise help students succeed; 3) Operation of classes is burdened
manner in which education is delivered. Despite this, it has been found that engineeringprograms have adapted to online educational methods at a significantly lower rate than otherdiscipline areas2. This may be attributed to the deficiencies of existing online learning systemsincluding 1) constraining student responses to quantities the system explicitly asks for, 2)constraining the way in which students must enter their answers, and 3) an inability to discernthe incorrect components of a student’s answer.A next generation online learning system has been developed at Merrimack College with thegoal of revolutionizing online engineering education by “understanding a subject” rather thansimply delivering content. The software delivers content in an
completing the wind energy module created a lab-scale wind turbine and/or Page 23.953.2created new blades for an existing base using 3D modeling and design.2 These projects wereassigned by the instructor and used in various sections of the first-year engineering courses. Forexample, in the fall semester of 2010, all three modules were used in four sections. One sectionof students completed the biomechanics module (n=41), one completed the wind energy module(n=43), and two completed the aquaculture module (n=73).In general, these projects have been received favorably with the first-year students as shown inTable 1 below, which summarizes responses
bubble, the number of Japanesestudents studying for degrees at US universities has gradually decreased to approximately onehalf and has decreased overall worldwide 1, which runs counter to global trends of increasingnumbers of students studying-abroad. To counteract this downward trend, recently, programshave been created in Japan with government and public-private sector financial support (e.g.Tomodachi 2) to financially support greater numbers of students to study-abroad in order tostimulate Japanese students to think independently or “outside of the box” and to sparkinnovation after they return to Japan 3. As noted by the Great Northeast Japan earthquake andTsunami on March 11, 2011, which disrupted Japanese manufactured consumer
a brief review on the disparities in technology transfer by gender, followedby responses from each of the panelists in the three later categories above. The goal of this paperis to archive the wisdom from this session for future reference.Disparities in technology transfer by genderGender gaps have been noted in the technology transfer arena 1. Stephan concludes that,“women are less likely to disclose than are men, less likely to patent, and less likely to engage inentrepreneurial activity, such as starting a company or serving on a scientific advisory board,”although rigorous quantification of the bias was left for future studies 1. In the medical schoolresearch community, women were as likely as men to report inventions although women
programmable controllers has shown promise in promoting creativity and the familiarmaterials help cultivate a more comfortable and productive experience17. A testing group wasassembled to assess if the first version of the PaperBots robotics kit functions as suggested bysuch findings and this paper examines the results of that case. Page 23.956.3PaperBots robotics kitThe first version of the PaperBots robotic module was custom shield for a Teensy, an Arduinobased microcontroller., and a reference image for the module is provided in figure 1. The shieldwas designed for single motor control as well as simple interface to the microcontroller usingrelatively
educationalobjectives and student learning outcomes, which ultimately helps improve related courses over Page 23.957.2time. In this paper, we look at continuous improvement from a related but slightly differentperspective: specifically program office processes.UNCC’s Systems Engineering and Engineering Management (SEEM) Program is a relativelysmall but fast growing program (Figure 1). The program offers two degrees: BS in SystemsEngineering which was introduced in 2008 and MS in Engineering Management which wasintroduced in 2000. The program’s enrollment is 119 students as of fall of 2012 with 85 of thembeing undergraduate students. There are four full-time
available online for member institutions through the LACCEI website. It is alsopresented as a one-day workshop at LACCEI annual conferences, other engineering educationconferences and LACCEI sponsored events. It was recently presented at the 2012 WorldEngineering Education Forum (WEEF, annual international conference of IFEES, theInternational Federation of Engineering Education Societies).25 Each section is self-containedand includes updated information from accrediting agencies. Interactive exercises in eachsection include writing a program mission statement, student evaluations, teaching/learningevaluations and alumni and employer surveys. Module A sections and a description of theircontent are listed below.Section 1. Accreditation Fundamentals
objectives were set forth:Students will demonstrate effective knowledge of 1. Common characteristics of primary literature and rationale for use; 2. How to read and synthesize primary literature like an engineer or scientist; 3. Information in and purpose of each research article section and how to evaluate the quality of each section; 4. Correct use of citations and references to others’ scholarly work; and 5. How to give, receive, and use constructive peer feedback on written materials.Twenty-two graduate students (1 master’s degree, 21 doctoral) enrolled in the course,representing the research efforts of nine separate civil engineering professors across four diverseareas of civil engineering (environmental
teaching method lacks theflexibility needed to challenge and encourage learning in today’s programs. “Differentiatedinstruction, often referred to as universal design, is a teaching and learning style that is the resultof neuroscience research on how the human brain processes and retains new information”. 1 Inaddition to providing five active learning strategies, four active teaching strategies that utilizedifferentiated instruction are presented. Each of these teaching strategies are expanded toinclude an application of the strategy that has been successfully implemented and assessed by theauthor.Introduction“Acknowledging that students learn at different speeds and that they differ in their ability tothink abstractly or understand complex ideas
analysis wasemployed and generated five factors: community influence, satisfaction, service quality,learnability and technical quality. Repeated measures ANOVA showed communityinfluence as the highest rated by participants, followed by satisfaction, service quality,learnability and technical quality. The findings are discussed providing evidence for theusefulness of implementing Moodle as a free open source course management system forboth teaching and learning.IntroductionMoodle, the most popular free open source course management system (CMS), wasdeveloped from a social constructivist perspective by Martin Dougmias in Australia 1.This free application provides instructors with useful features such as the ability to embedresources, activities