should invest $2 million incountermeasures that might lead to a reduction in such accidents.Dam Construction addresses on multi-criteria decision making, economic analysis, and presentsan international perspective; ethical issues involve the impact of dams on society and risk. TheMEA concerns the proposed construction of dam in the South Eastern Anatolia (Turkey). Havingapproved the initial plans, the Turkish Government, for economic reasons, now must reduce thedam’s budget. Students must evaluate various alternatives.Ethanol Production presents issues of facility location, optimization, economic analysis, andthe ethical issue of growing corn for fuel or food. Students create a procedure for determiningwhether a “green,” socially-conscious
for architectural/construction engineering and technology classrooms. As the modern-day student becomes morepersonified with an obsession for the interactivity of computer games, it has become vital that theclassroom offer an engaging method of teaching and learning. Although the classicalarchitectural/construction engineering classroom is highly dependent on the instructor,developing students’ critical thinking skills become a challenging task for even the most inspirededucators. Nonetheless, these skills are a continual necessity for students’ plan to venture into thearchitectural/construction engineering professions.Haque1 is of the view that traditional lecture format teaching methods sometimes fall short ofconveying the complex analysis
who plan to attend college.8 With respectto underrepresented minorities, both low recruitment and retention are barriers to increasing thenumber of gradutes.8 Among students who have financial need, a key retention component isproviding non-loan based awards that are correlated with higher persistence rates 5. Additionally,retention of engineering students is shown to improve with programs that engage the studentsbeginning with the first year 9-14.BackgroundThe S-STEM ENG^2 Scholars for Success Program in the College of Engineering at LouisianaState University (LSU) began in August 2007 and has completed 1.5 years of fullimplementation. Over the course of the grant, it will provide financial support for approximately32 academically talented
approximately 1Mveterans in the New York /New Jersey metropolitan area who can further their education byattending community colleges, undergraduate four-year colleges or universities offeringadvanced degrees. While the number of veterans qualified for entry into graduate programs suchas MEP is relatively small, they too should have the advantage of learning skills that will preparethem for entering the workforce in areas that have a high demand for new employees.5. Tentative Curriculum The following tentative curriculum has been constructed for planning purposes and toprovide a more concrete outline of the type of courses that can be part of the first pilot programfor this degree. Since the exact courses will not be finalized until after the
Capstone ProjectsAbstractCapstone Experience, MTC 420, is a required course for all Mechanical Engineering Technology(MET) students during their senior year. The capstone projects are intended to be culminatingexperiences, drawing upon a wide range of knowledge from courses in the curriculum. Studentsare responsible for written project specifications, planning and milestone identification,implementation of the work, an oral presentation, and a final written report.Because these projects are so comprehensive, they provide an opportunity for faculty to assess awide range of student learning that is directly related to program outcomes. For this reason, METfaculty developed a rubric for assessing capstone projects, as shown on the following page
fifteen different sponsors over more than two decades and has involved fifteenfaculty members from across the four divisions of the College.A few practical solutions to real problems include the following: a floating debris harvesting device now used on several river systems; a prescreening methodology for a hospital seeking to relieve bottlenecks in polysomnography testing; a jobs creation and economic revitalization plan for a nearby borough.Course StructureThe current Technology Clinic seeks to combine engineering, liberal education, andentrepreneurship. The genesis of this course considered the economic needs of a nearbyregion struggling with the decline of a once-thriving slate mining industry. A regionalcouncil of governments was
employed by Giant 100 firms is 4,042 which accounts for almost 8% of the nation’s 51,452LEED APs at the time the survey was conducted (Consulting Specifying Engineer, 2008).According to U.S Green Building Council Strategic Plan: 2009-2013, the educational instituteslack the curriculum for GREEN Building and Sustainable Design. In the present scenarioacademic institutions can play a pivotal role in preparing students for the LEED AccreditationExam. As educators we should keep our standards high and encourage students to stretch toreach goals. This will build the personal leadership skills needed to succeed in the constructionindustry (Bain & Bender, 2006). The students need to be accoutered with all the technologicaldevelopments and innovations
Boston University’s graduate program in Human Development and a B.S. in Psychology from University of Illinois at Urbana-Champaign.Emily Davidson, MIT EMILY DAVIDSON is a senior at MIT, majoring in Chemical Engineering with a double minor in Physics and Earth, Atmospheric and Planetary Sciences. She has been a mentor to teen interns at Terrascope Youth Radio since the program's inception, and helped to develop the education plan for the program's first summer intensive session.Elizabeth Jones, MIT ELIZABETH JONES is a sophomore at MIT, majoring in Environmental Engineering. She has been a mentor to teen interns in Terrascope Youth Radio since 2009, when she played a major role in
. Each EiE unit has commonelements, including a four-lesson structure. The first lesson introduces a field of engineering anda design challenge through a fictional story. The second lesson explores the field of engineeringmore broadly through hands-on activities. The third lesson includes a controlled experiment formore in-depth exploration of different materials, processes, or design elements that will informthe final design. For the fourth lesson, students plan, create, test, evaluate and improve theirdesigns. As a result of engaging in engineering challenges and better understanding engineeringconcepts and being exposed to the kind of work of engineers do, some students might also reportincreases in their attitudes and self efficacy related
, it is believed that clickers help students paymore attention in class knowing that they will be immediately evaluated, which encouragesstudents to take ownership of his/her learning. Table 1: Course Topics for Introduction to the Civil Engineering Profession Lecture Date Course Topics 1 September 4 Course Overview & Intro to CE Profession 2 September 11 Degree Plan & CE Monuments of the Millennium 3 September 18 Communication Skills 4 September 25 Materials and Infrastructure Engineering 5 October 2 Construction Engineering & Management 6
-order interpretation ofthe general principles that were not explicitly stated in the problem from these first orderfeatures. Finally, they developed general solution plans. In contrast, novices noted onlyfirst-order features and usually began solving the problem by identifying equations touse. This difference has been discussed as reasoning backwards from the solution goal tothe information in the problem (novices) versus reasoning forwards or developing arepresentation of the whole problem and using it to generate a problem solution (experts) Page 15.1277.3(e.g., Ericsson & Charness, 1994; Ho, 2001; Larkin, McDermott, Simon, & Simon, 1980
chosen as the research subjects. Considering the representativeness ofthe samples, the purposive stratified random sampling method was used to initially divide theresearch subjects in three categories of 2005 WorldSkills Competition, 2007 WorldSkillsCompetition and 2008 National Skills Competition. Sampling was then made according to thesix groups of actual number of participants classified in the WorldSkills Competition, and arandom sampling survey was then carried out to the subjects to do a questionnaire survey. Shownin Table 1 is the research sample plan and sampling conditions.Table 1. The research sample plan and sampling conditions Group Social & Manufacturing Total
the different cultural environments.As an illustrative example about country-specific variations of a software product, let’s see the floor plandimensioning feature of Graphisoft’s architectural design software, ArchiCAD®. The software was initially soldin Italy and France, where dimensioning floor plans with centimeter precision (i.e. two decimal digits in metricsystem) was perfectly appropriate: Page 15.622.2 12.26 0.95German architects, however, require more precision in their design, we therefore set the display of dimensions inthe first German version of ArchiCAD
Example.. Sysdba will be for methods to operate System Database Administrator SQL functions and Sysoper will be for the SystemStart the Program DeveloperWithout Debugging The Method are Execute, Explain Plan, Commit and There will be two buttons Rollback OptionsThe SQL Window is one will be Login andthe parent Form and another one to Cancelthe Login Form
university students often begins as early as the middle schoolyears with admissions offices beginning dialogues about college entrance requirements andpathways to student success1. It is not until the high school years, and in particular, the juniorand senior years that telephone recruitment campaigns are used by colleges and universities. Aphone-a-thon is one such telemarketing effort. It is best described as “the planned use of thetelephone as a recruitment, follow up, and retention medium in conjunction with traditionalrecruitment programs to increase the yield rate from inquiries to admits to enrolled students inthe most cost efficient and timely manner”2. Although phone-a-thon efforts typically originateout of the institution’s admissions
) – TOPICS ARE ANNOUNCED AND MADE PUBLIC Program Directors are the Kernel of Integration and Leaders for EFRI Topics EFRI Grantee Meeting • Latest Research Overviews at Grantee meetings website. • Latest meeting held on March 56, 2009 http://www.abecker.com/nsf/efri/grantees09 • Next meeting is planned for March 1819, 2010.
) – TOPICS ARE ANNOUNCED AND MADE PUBLIC Program Directors are the Kernel of Integration and Leaders for EFRI Topics EFRI Grantee Meeting • Latest Research Overviews at Grantee meetings website. • Latest meeting held on March 56, 2009 http://www.abecker.com/nsf/efri/grantees09 • Next meeting is planned for March 1819, 2010.
, andcovered Gainsburg’s first two steps, 1) Identify the real-world phenomenon, and 2) Simplify oridealize the phenomenon. We planned this phase to be very open-ended. Students were asked to“tell the Phototherapy Design Team what you think should be modeled, how you wouldapproach the modeling, and how you expect the model to eventually be helpful in the design.”Ideally, we hoped that students would provide their conceptions of what modeling is, and not justlist the steps in the overall design process. Note that we never said “mathematical model” oranything comparable.This phase was completed in class in order to collect students’ individual responses to thisquestion. Students had 45 min to complete the task. Student responses were collected and
: 1) a formative evaluation of the first year of TLP development; results from this evaluation indicate many successful components of the TLP, such as the first-year course and the establishment of the Learning Community, and several areas needing improvement such as the communication between the lead personnel at the two institutions and more advanced planning and announcement of Learning Community activities ; 2) the recruitment of the first class of TLP students and key factors attracting students to the program; recruitment was challenged by major declaration not occurring until the summer after the first year, so many students only learned about the TLP from a video sent to them over email; in spite
2007 and administered by the departments of Computer Science, Electrical andComputer Engineering and Mechanical Engineering. As of the fall of 2008, the program is thefourth largest engineering program (among 11) at the institution in terms of freshmen enrollment.The B.S. program produced its first graduates in May 2009 and it is planned to seek ABET-EACaccreditation under general engineering criteria in the 2010-2011 academic year.The RBE program objectives are to educate men and women to: ≠ Have a basic understanding of the fundamentals of Computer Science, Electrical and Computer Engineering, Mechanical Engineering, and Systems Engineering. ≠ Apply these abstract concepts and practical skills to design and construct robots and
Dominion University she worked in the construction industry for 15 years.© American Society for Engineering Education, 2010 ExCEEd II: Advanced Training for Even Better TeachingAbstractIn 2007, the American Society of Civil Engineering’s Committee on Faculty Development(CFD) conducted a longitudinal survey of all the past participants of the ExCEEd TeachingWorkshop (ETW). The CFD received 173 responses, representing 40% of the ETW populationat that time, to its survey about skills and the long term value of ETW. Important to this paper,73% of the survey respondents said that they were interested in attending a post, advanced ETW.Motivated by these survey results, the CFD began its planning for a pilot ExCEEd II workshopduring the 2008
went beyond what came to be known as the World Wide Web. The scope ofLicklider’s vision, which he called the “Intergalactic Computer Network” (Licklider, 1963),included a network of computers that would share both information and live softwareapplications. Licklider’s vision and plan for the Intergalactic Computer Network more closelyresemble cloud computing than does the prevalent html-based World Wide Web. Licklider’sIntergalactic Computer Network plan was partially realized in time as distributed applicationsavailable by terminals connected to the ARPANET. This architecture resembles today’sSoftware As A Service (SaaS) architecture, which is part of cloud computing.Bolstering the idea of SaaS early on was cognitive and computer scientist
a sole proprietor, Setterfield provided residential design services, specializing in timber framing and environmental responsibility. As a Plans Examiner, Setterfield balanced building code requirements with real-life owner and contractor concerns.Eric Dunn, Sinclair Community College Eric Dunn is an associate professor in the Civil Engineering and Architectural Technologies department at Sinclair Community College. He has a masters degree in project management from Wright State University in Dayton, Ohio. He specializes in teaching construction management, cost estimating, means of construction and various CAD software packages. Dunn’s professional experiences include on site
processes used in scientific discovery and innovation. The student authors wereinvited to read their novels with the students in the lower grades to promotescience/engineering literacy throughout the school.The module described above outlines the process by which students in grades 6, 7, and 8created graphic novels with science and engineering themes. The lesson plans followedthe recommendations outlined on the National Association of Comics Art Educator’swebsite for the process of making a graphic novel. Pre and post activity assessmentswere administered to evaluate the student’s attitude towards science and engineering, aswell as for evidence of understanding and application of the scientific method.Introduction: A graphic novel is usually a book
Beyond Boundariesrelative to transforming undergraduate engineering education have been in the areas of: • Leading a change management process • Getting broad faculty involvement • Applying research on engineering education innovation from peer institutions and educational research.The work of the Engineering Beyond Boundaries (EB2) Task Force and Roundtable has beenfully supported from the college administrative leadership and increasingly has formed the basisof the college’s strategic plan. Department Chairs and Faculty have been invited to engage in theplanning process as members of the Task Force and/or Roundtable to provide ideas and create
of the administrative hierarchy. The challengesof the chancellors/presidents, deans, academic vice-chancellors, and other academic officers arechanging as academic institutions adapt to the ever evolving environment within which theymust operate. They are expected to lead faculty in decentralized curriculum development andacademic planning. This group of leaders is also expected to set the direction for faculty withrespects to teaching, service, and scholarship. They must understand their institutions’educational mission and oversee all of the learning resources.23 Beyond the academic concernsthat must be addressed, these administrators must also facilitate the development of theinfrastructure involving strategic planning and
adaptivedecisions.In impoverished and under-resourced Appalachian communities, the stressors are unique andinclude, as the literature review here suggests, poverty, out-migration, unemployment, lowercollege completion rates, lower family incomes, higher dependency rates, major industries influx, isolation by geography, absence of role models, a penchant for gender-specific careerchoices, and others. The authors propose that these stressors can be reduced by exposingAppalachian females to age and culture-matched peers through a variety of planned activities asshown in Figure 1. If their preferred channels of information reception and interests towardSTEM fields can be measured effectively, then recruitment and retention efforts can be
presented in a separate paper1, buta glimpse is provided below. The project participants worked with 5 mentors from chemicalengineering, mechanical engineering and industrial engineering. The overall management of thesummer research institute was the responsibility of the principal investigator while the follow upactivities and assessment of the implementation is the responsibility of the co-principalinvestigator.The RET program2 was designed such that the teachers have a significant understanding of theresearch process. The teachers were asked with the help from their mentors and project directorsto formulate a research question based on the mentors’ ongoing research. The teachers designedand carried out the research plan and adapted it, as
and retained the Multidisciplinary degree as well 5. Programs at research universities 6. Programs at liberal arts colleges 7. Programs that merge engineering and management.”A petition to become a Constituent Committee of ASEE, prepared by Dr. Gosink, was edited andthen signed by 17 attendees. The group decided to plan a program, with both a technical sessionand a business meeting, for the 2003 ASEE Annual Conference scheduled for Nashville, TN.Two areas of focus for technical session papers were suggested: multidisciplinary engineeringprogram curricula and multidisciplinary engineering program visibility. Those assembledelected Dr. Gosink as chair, Dr. Jim Farison, Baylor University, as vice chair (and
engineeringstudents at U.S. institutions, it was not feasible to randomly sample individual students. Instead,sampling was done by institution using a stratified approach based on institutionalcharacteristics. Once the institutions were selected, the student population at each school wasdivided into subpopulations (or strata) for recruitment (see Donaldson & Sheppard (2008)6 for adetailed description of the APPLES2 sampling plan). Partnership with North Carolina A&TInstitutional recruitment for the national APPLES research began in mid-2007 with invitationletters sent to each institution’s dean as well as a special session held at the annual meeting of theAmerican Society of Engineering Education in June of 2007. As part of the