level capstone experience. This newcapstone course is coupled with two other required graduate courses: 1) a newly developedapplied finite elements (analysis) course, and 2) a pre-stressed concrete design course. Thisstructure requires the students to be a cohort through these courses and allows them to developlearning communities, to gain experience on high stakes teams, and to work on a larger projectthan normally available in an academic setting. These integrated projects allow for leveraging ofresources and just-in-time teaching and learning. The capstone design course is designed tofunction as a small structural engineering design office, where the class as a whole is developingalternative design solutions for a common client. A detailed
) permits us to more easily incorporate time each week into in-class problem solving, aswell as running simulations, or carrying out the projects and experiments unique to our offering . Page 15.21.3Course Learning Outcomes and ContentLearning OutcomesLearning outcomes for this course involve five main themes as follows. After completing thiscourse, students will be able to: (1) demonstrate understanding of relationships in cell membranebiophysics which are pertinent to design and use of medical and laboratory devices anddiagnostic instruments; (2) use software tools for simulation of excitation and propagation incardiac and neural tissues; (3
identify the ways thatpracticing engineers developed their epistemic frame9.The first of three methods used to collect our qualitative data involved interviews andobservations with practicing engineers within six different organizations across a spectrum ofengineering employers. Specifically, we aimed to work with employers from government andindustry, from small to large-multinational conglomerates in size, and across a broad range ofwork sectors. For more information about the six organizations we worked with during ourstudy, see Table 1. Page 15.1391.3 Table 1: Study Sites Overview. In choosing sites, we focused on getting a range of
current projectbased on these assessments. Page 15.715.2 11. IntroductionThe Office of Recruitment and K-12 Engineering Education Outreach at Michigan Statedesigned to attract prospective engineering students from middle and secondary schoolsthrough a plethora of visiting opportunities and workshops, some of which include:Design Day, Grandparents University, Wireless Integrated Microsystems (WIMS) Pre-College Enrichment Programs, which includes WIMS for Teens and WIMS for Womenin Engineering [1]. At such venues, the visitors are exposed to actual research and areinvited to engage in hands-on
AC 2010-605: ENGINEERING AS LAW: INJURY EPIDEMIOLOGY ANDCONSENSUS CODESRachel Maines, Cornell University Page 15.477.1© American Society for Engineering Education, 2010 1 Engineering as Law: Injury Epidemiology and Consensus CodesAbstract British Field Marshal John Slessor observed during World War II that the first socialservice a nation can provide for its people is to keep them alive.1 As the recent experience of theHaiti earthquake has forcefully brought home to us, engineering safety codes and standards playa major role in this vital function of government.2 ,3 From the point of view of keeping citizensalive, the
students were also provided with the following table5 to help them determine theconsequence severity if the operator took no action when the potential alarm occurred:Category Consequence Consequence Consequence Severity: Severity: Severity: MINOR MAJOR SEVEREPersonnel Safety Slight injury (first aid) Injury affects work Lost time injury > 1 or health effect performance maximum week, or worker one week disabling or severe
advanced mechanicscourses including Dynamics, Fluid Mechanics, and Mechanics of Materials. Students who havetrouble with Statics often face great difficulty learning the more advanced concepts insubsequent courses.In an effort to enhance learning, many educators have successfully developed and integratedmultimedia and computer technology in Statics instruction.1-4 Some of these tools are used toenhance the traditional (face-to-face) lecture format whereas others provide a framework forfully Web-based (online) or blended delivery of the course content. Although these tools help todiversify the delivery of instructional materials, the pedagogical paradigm of lecture-basedinstruction (on campus or distance) remains the same.Despite students’ mixed
. Skills thatneeded additional training according to the employers included both applied skills and basicskills. Skills which were listed as high need included Creativity/Innovation, Ethics/SocialResponsibility, Professionalism/Work Ethic, Lifelong Learning/Self Direction, and CriticalThinking/Problem Solving. Responding employers were grouped into four categories or industryclusters: manufacturing, financial services, non-financial services, andeducation/government/other non-profits.10 See Table 1 below for applied skills listed byemployers.11 Table 1. Applied Skills listed by Employers in 2009 Research Report • Creativity/Innovation • Ethics/Social Responsibility • Professionalism/Work Ethic • Lifelong Learning/Self
semiconductors to networking to software to webtechnologies. Because of its location, most SJSU graduates are employed by Silicon Valleyorganizations. The CoE has embraced technological literacy as part of its commitment to the Page 15.408.3local community. The faculty in the CoE have technological expertise which can benefit theoverall SJSU community through the GE program. This focus on technological literacy has ledto the development of a new GE course in engineering, Engr 5—Science of High Technology.This course attracts students from all of the colleges and programs (see Figure 1). It is widelypromoted in freshman orientation sessions and GE
international aspect of the community building effort, d) Steering Committeeformation involving robotics industry members and university faculty, e) several student projectson social aspects of the RICC, f) setting the format and schedule for the conference, g) refiningthe competition format and scoring rubric, h) holding the First Annual 2009 RICC, i) conductinga survey of RICC attendees and assessing the results.We report on the extent to which the competition and conference achieved four major goals: (1)stimulating students to imagine new robotics applications and encourage them to develop theirideas into working prototypes; (2) bringing student work to the attention of industry leaders whomay see opportunities to further develop the students’ ideas
orshop courses, a marginally significant factor was obtained.In various studies conducted through the years, many background factors have beenshown to be correlated with well-developed spatial ability. Although each study hasproduced slightly different results, it seems that activities that require eye-to-handcoordination are those that help to develop these skills. Activities that have been found todevelop spatial skills include: 1) playing with construction toys as a young child, 2)participating in classes such as shop, drafting, or mechanics as a middle school orsecondary student, 3) playing 3-dimensional computer games, 4) participating in sometypes of sports, and 5) having well-developed mathematical skills.In recent studies, the role of
undergraduatestudents to design, construct, and characterize electrical circuits. A unique featureof this laboratory course is that the students conduct much of their work using set of Page 15.636.2equipment, known as Lab-in-a-Box (LiaB), outside of a traditional classroomenvironment. 1 The LiaB kit contains an analog/digital trainer (shown in Figure 1), adigital multimeter, various electrical components including a set of 5% resistors, anumber of capacitors and light emitting diodes, an inductor, and several operationalamplifiers. The laboratory course has been offered by the department since 2004. Figure 1: The RSR/VT A and D trainer.Rationale for
particular topic atthe departmental level and specifically the role of the department head.21 It should be noted thatconflict resolution is a challenge for supervisors and front-line managers in all fields, but not allfields have the long term or lifelong employment issues present in academics.The research that Stanley and Algert (2007) performed examined both quantitatively andqualitatively twenty (20) department heads from a research intensive university in the southconsisting of three (3) women and seventeen (17) men with experience levels from 1 month to 23years. The main purpose of the research was to ascertain the conflict resolution and leadershipstyles of department heads when dealing with faculty to faculty, faculty to staff, faculty
theorist Jeffrey Arnett explains, through the American college system,“young Americans are able to keep their work options open for a long time as they try outdifferent college majors before choosing a specific direction,”1 and delay their transition toadulthood. A student’s choice of an academic field of study relates to career goals and, in manyregards, to the student’s identity development as it pertains to a student’s level of exploration ofand commitment to a certain path.2,3 Some entering first-year college students have already fullyexplored their options and are committed to a certain career path, while others are still grappling Page
of the literature concerning engineering curriculum for girls reveals some broadtreatments of the subject. Following WWII-era handbooks offering engineering careerguidance to girls by listing vocational options for various science careers, two types ofliterature that inform this paper appear increasingly prominent from the late 1970s.1, 2, 3The first may be characterized as literature concerned with student perceptions and the Page 15.1146.2representation of professional scientists and engineers. The second is more concernedwith pedagogical strategies and programs designed for pre-college girls. Both treatmentsgenerally approach the subject as a way
problems, which are open-ended, with more than one solution,to freshman[1]. Most freshman still learn by acquiring knowledge from the teacher, assumingthat all knowledge is a collection of facts that are right or wrong[2]. Therefore asking them toachieve the next leaving of learning that is required of engineering design is not an easy task. Felder and Silverman in their paper “Learning and Teaching Styles in EngineeringEducation” nicely laid out the need for a teaching style that benefits the majority of engineeringstudents involves some hands-on and reflective activity, not just lecture[3]. Active learning,especially problem based learning, has been shown effective at increasing student interest incourses, and improving their retention of
computer engineering technology. As the program grows, we found thatComputer Science foundations are essential to prepare our students for more advancedtechnologies. Teaching our students theoretical foundation in Computer Science and teachingengineering technology with hands-on lab experiments turned out to be beneficial in improvingour student’s education and in improving the program outcomes. The program is now dualaccredited by ABET TAC (Technology Accreditation Committee) and CAC (Computer ScienceAccreditation Committee).1. Introduction.The Computer Science and Engineering Technology (CSET) program was created in January of1999 when approval was received from the Ohio Board of Regents (OBR). The program had itsfirst graduates in May of 2000
given, etc., but rather fromstudents’ hard to observe internal mechanisms. Such mechanisms regulate the extent to whichstudents can comprehend the complexities of a real system and how much of this complexitythey can reflect in a conceptual and calculational model.Self-efficacy is one such mechanism that has been shown to regulate learning, motivation andacademic performance of students. It is defined as personal judgments of one’s capabilities toorganize and execute courses of action to attain designated goals [1]. Individuals have high self-efficacy for a task when they believe they possess the capabilities necessary to successfullyperform the task and low self-efficacy if they believe that they do not have the necessarycapabilities. Hence
“Science and Technology inthe Arts” course at a urban art and media communication liberal arts and science college. This structureincludes 1) a procedure to guide students in the generation of the “Definition of the project”, 2) thegeneration of a valid and reliable rubric to assess the project and 3) instructions for the evaluators on howto use the assessment tool.The analysis of the data collected by the writer during the past two years shows a strong correlationbetween the students’, quizzes and final examination, with the grade of their self-selected project.In conclusion, it is possible to develop and implement a model that will allow engineering and technologyeducation instructors to assess the content, skills and values learned by their
is stored in content areas. A content area can cover topics that arebroad (e.g., Engineering) or narrow (e.g. a composting windrow). At a minimum, a content areahas a ca.xml file containing a name and definition, e.g., “Engineering” and “Application ofscience and math to solve problems”. The ca.xml file can also identify other content areas thatare “based on” or “lead to” the content area. Figure 1 shows examples of “leads to” and “basedon” relationships. The content area at the base of an arrow leads to the one at the head. Thecontent arrow at the head is based on the one at the base. Figure 1: Leads to relationships
”) courses.The grant supported several methods to help faculty find one another, including social events,faculty meetings, as well as direct suggestions from the PIs. As noted in the assessment sectionbelow, some of the most successful matches were likely to have happened even in the absence ofthe grant because one or both of the faculty members involved were predisposed to make thekind of connections that the grant promoted.Table 1 provides a summary of each of the kinds of interactions, and this is followed bydescriptions of particular examples. Page 15.779.4Type of Interaction Description Duration
the next generation workforceneeded for research, development, and demonstration activities in government, industry, andacademia."1 The program is offered through awards to California State University Los Angeles,Humboldt State University, Michigan Technological University, University of North CarolinaCharlotte and the University of North Dakota.The first year of executing the educational program has overlapped with interestingdevelopments in the government and industry. The 2010 FY DOE budget proposal significantlyreduced the funding for the DOE’s hydrogen programs following Secretary Chu’s skepticism inthe readiness of HFCTs to reach the mass market in the near future. The DOE website2 cites “Dr
industry, and the Construction Management Association of America (CMAA)outlined a set of seven challenges they believe will cause construction markets to changedirection in the near future. The first challenge outlined indicated that “Aging infrastructure innearly every market segment is at or beyond its current useful life…represent(ing) trillions ofdollars in necessary spending over the next 10 to 20 years to upgrade and replace these assets”1.The demolition industry through the National Demolition Association (NDA) has also expresseda desire to attract a college educated workforce and to advance professionalism within thedemolition industry. It is believed that many misconceptions about the activities of demolitioncontractors are held by the
Page 15.1261.3cultures through these activities at MTSU.Communication:Effective communication occurs in many forms and requires skills that must be developed andpracticed perpetually. Colloquialisms and slang often complicate communication between thoseof differing native languages, as well as different cultures within the same language. GeorgeBernard Shaw said, “England and America are divided by a common language.” While thisstatement may not make sense on the surface, an American who asks a British colleague for atire changing kit, expecting, perhaps, a tire iron and a jack, may be stymied to receive a pair ofrunning shorts. A “counter jumper” in America might be assumed to be a rogue or thief insteadof a salesperson in Britain.1 Therefore
, implementation, and evaluationplan for teaching manufacturing engineering course at University of Oklahoma andTuskegee University. The pedagogical effectiveness of the CSI system covering fourdifferent areas - (i) students’ learning, (ii) students’ attitude towards engineering, (iii)retention of students, and (iv) usability of the CSI system are also discussed.IntroductionOver the years the U.S. engineering schools are facing decline in students’ enrollmentand graduation rate with the exception of top academic institutions [1-6]. This trend isnot only related to the level of complexity associated with science and engineeringeducation, but also the medium of instruction practiced which often leads to the students’lack of willingness to learn abstract
University of Wisconsin—Platteville. The course isintended for sophomore students and serves two main purposes in the curriculum: 1. To introduce the students to civil engineering and the subdisciplines, and 2. To begin the development of an awareness of infrastructure and the challenges facing the United States with respect to infrastructure overcapacity and degradation.Details of efforts to incorporate exemplary teaching materials in the course development are pre-sented and the content of the course is outlined. As part of the course, students will be complet-ing an infrastructure assessment assignment inspired by the “Report Card for America’s Infra-structure”1 produced by the American Society of Civil Engineers. Assessment of student
, VRML,Macromedia Director, Flash, and others. The principal objective of these virtual constructionsites was to help architectural/ construction engineering or management students and non-technical personnel on construction sites to better visualize the sequence of operations, anddesign details of structures. The 3D model of a wooden framed residential house7 (Figure 1)showing the foundation, framing as well as the finishing was animated to create a systematicsequence of the entire construction processes. Page 15.893.3 Figure 1: Systematic Construction Animation – Wooden Frame
for small projects integration as shown in CSULA experiences. Thecompany also provides custom built fuel cells as in CSULA unmanned aerial vehicle built in Dr. Page 15.908.2Chivey Wu’s laboratory under separate funding.US Didactic and Hampden on the other hand provide full spectrum of engineering laboratoryequipment and fuel cell products are a few items on a long list. Their flagship units for fuel celltesting are EHY1 Fuel Cell Trainer and Model H-FCTT-1 Fuel Cell Technology Trainer,respectively. Both units are made from the components supplied by Heliocentris for its TheInstructor training system. Thus, purchase of these units is justified
consistent and correct in their understandingof normal stress and strain in the direction of the applied load, but displayed incorrect answersand logic relating to normal stress and strain perpendicular to the load, and shear strain andstress. Results are consistent with those from other studies in science and engineering, in thatmisconceptions exist and students do not have strong understandings of even fundamentalconcepts.IntroductionA long line of research in physics, engineering, and mathematics suggests that students do notunderstand fundamental concepts in their respective fields 1-4. Without conceptual understanding,new graduates lack the ingenuity and creativity to approach new and dynamic challenges thatmust be addressed in the ever
renovation. That work has been completed. Partnership funds were used torenovate the Computer Instructional Laboratory. Each laboratory space is being given a touch-upand furniture is being acquired as part of the laboratory development plans.B. Equip Laboratories, Offices, Libraries, and ClassroomsEquipping facilities is accomplished by providing specifications for the required equipment toSHEP for procurement. It has taken a long time to work out with SHEP just how this is to bedone and there are constant changes in requirements. We have spent a good deal of time gettingthis together. There are about 18 Laboratories we have proposed to equip over the ten years ofthe partnership: 1. Computation Instruction Laboratory 2. Computer