collaborativework between design disciplines (as at the University of Illinois, where an annual joint studio forEast St. Louis pulls together landscape, urban planning, and architecture students) or betweenengineering students (for instance Drexel’s Geometric and Intelligent Computing Laboratory) arecommon, the difficult boundary between design and engineering is a difficult one to cross. Wesought to introduce students to both the creative friction that naturally arises between the two,and to offer opportunities to understand the potential for overcoming this and working as abroadly-based team.As we developed the class in more detail, the project became a vehicle to promote additionalcritical working skills. It became apparent that the first two learning
solvesocietal problems (i.e. clean water, energy, food, health problems, etc.). The paper will addresssome of the issues related to engineering in the global context and how Baylor University isapproaching the integration of this subject through its curriculum and extra curricular activities(i.e. language requirement, interdisciplinary overseas summer school, classroom exercises, andappropriate technology studies/trips) and what is planned for the future (School Committee onGlobal issues, Advisory board activities, and Classroom Activities).IntroductionThe U.S. production of scientists and engineers has continued to fall in relative terms whencompared to Asian rim countries.1 For example, in 2005 Indian schools awarded approximately112,000 engineering
subject matter, and the related student assignments are: Page 11.836.2Architectural Graphic Communication SeriesCase Study 1 – Introduction to drawing types and their purposes, illustrated by the drawingsutilized by the New York architect Richard Meier in the design and communication of the GettyCenter complex in Los Angeles, California.Getty Center Rotunda Sketch Getty Center Rotunda Axonometric Getty Center Rotunda PerspectiveThe major communicative drawings – 2D orthographic projections such as plans, elevations, andsections, and 3D drawings such as paralines and perspectives – are part of a presentation packagewhose purpose is to
professor is preparing his tenure dossier for histhree year review. As well as insights on preparing tenure dossiers, information onrecruiting graduate students and the benefits of attending conferences and workshops isalso presented.IntroductionFrom the first day a new faculty member begins their academic career, he or she shouldbegin preparing their tenure dossier. Preparing your tenure dossier can be likened to acoach preparing a game plan. This plan will allow them to define and accomplish thenecessary objectives as well as portray their work in each of these areas in the best light.They should stick to the game plan and collect evidence along the way rather thanwaiting until the last year to collect and compile the evidence they need. This
specifically focuses on the development ofstudents’ core skills in scientific reasoning to “demonstrate foundational abilities to applydifferent methods of inquiry from various perspectives and disciplines to gatherinformation.” Page 11.651.2A planning group 1 consisting of five faculty members representing the biology,geography, chemistry, physics, and engineering programs and the Assistant Provostdeveloped a generic course description and identified the course objective and outcomes.The course was offered for the first time in fall 2005 in four separate sections, eachfocused on a special theme related to the discipline of the faculty teaching the
-up of the collegefaculty such that it is more representative of society. More importantly, minorities serve as rolemodels for minority students who are considering advanced careers in academia”.8Strategic Plans of Colleges of EngineeringAcademia is becoming increasingly involved in the strategic planning of their colleges anddepartments. However a greater proportion of these strategic plans do not explicitly includediversity and/or methods aimed at attracting diverse faculty and students into engineeringeducation. The mission/vision statements of a few higher educational institutions are depictedbelow.“We prepare students for professional practice through quality undergraduate and graduateprograms that encourage lifelong learning, foster
efficient use of all the available direct contact hours. Hence, it was important that any material presented by the exchange faculty member would be relevant, be presented at the appropriate level for the student cohort and fit seemlessly into their course of study. For planning purposes, exchange timelines typically need to be agreed at least 2.5 months in advance. We found it appropriate and useful for the exchange faculty member from the partner institution to propose a list of possible topics where they believed they could bring particular value. Subsequently, we sought the advice and guidance of our overseas partner as to its suitability. In every case, this feedback proved useful in aligning the material appropriately for the cohort
stop immediately inside of a one foot diameter circle.The students will be allowed to work in teams. Each student completing this task receives aprize. The students know that that the mouse trap cars are judged on the overall design andaesthetic appeal.Closing BanquetFor the final program, the academic excellence and community service exhibited by our PCIstudents throughout the school year is acknowledged. Returning high school students arereminded of PCI plans for following year. Graduating seniors are acknowledged with a plaque,and they have the opportunity to share their experiences and testimony.Implementation OverviewPCI packets containing information letters and applications are sent to surrounding high schoolguidance counselors and
terminusthe road changes from two lanes to one lane in each direction and although this is outside thestudy, it affects the study in that our traffic is “backed-up” by this merge just outside the northernterminus. The southern terminus will be at NY109 in the Town of Babylon in the IncorporatedVillage of East Farmingdale. The road just south of our terminus continues for a sufficientlength as a three lane road so as to have minimal or no affect on out study. Because of thediversity in character, we have chosen to break the corridor into three parts designated North,Central and South.Existing StudiesThere have been several earlier planning studies written for the NY110 corridor. They arementioned here to show some overlap of thinking between these
the student chapters of SME, SWE and AFS.Wayne W. Wheatley Engineering Director at Applied MaterialsMs. Valerie Ann Little Ms. Little currently holds the position of Industrial Engineering Manager for Applied Materials with responsibility for manufacturing and logistics space planning, tooling development and factory layout and design. She received a BS in Chemistry and a BS in Engineering from the University of Texas – Permian Basin. She is currently working towards Lean Six Sigma Green Belt certification through Purdue University Engineering Professional Development programs. Page 23.593.1
graduation. Many of these students who completedinternships have been hired in the respective industry and business. Kaminski2 provided anassessment plan for the MS in Engineering Technology program at Central WashingtonUniversity that includes an internal assessment of the program in terms of attrition and also timeto degree completion. PUC tracks such data for the overall assessment of the program. A reporton the assessment of a cohort-based Master’s degree program in technology, the authors of thereport had indicated that the required directed project work enhanced students’ knowledge andskills at their workplace and also 30% of surveyed students indicated that they had career growthafter graduation3. At PUC, graduates of the Master’s degree
application, whichwas achieved through student group projects. Although the emphasis was on the applicability ofthe group projects in the course, there is no guarantee that students can find such projects by theirown and therefore, they may be forced to work on topics with little to no real world application.Consequently, students may not be able to see how the theory covered in the lectures can beimplemented to solve industrial problems (e.g., using exponential distribution to model new jobsinterarrival time, challenges in formulating the problem, data gathering, to name a few). Definingsuch projects with local industries would also promote the university’s strategic plan forfaculty/student and community/industry engagement.Therefore, with the help
addition to designing and building functional devices as endproducts, the students developed plans of work, kept records in their lab notebooks, consideredalternative designs, wrote final reports including market analysis, and presented their work invisual aided presentations. In the process, students learned to use the design software AutodeskInventor to design the cases housing the circuit boards of the solar-powered chargers and thewands encasing LED circuits. The cases were then printed out on a three-dimensional printer.They also learned to design, construct, and test electronic circuits. Moreover, students learned toprogram a microcontroller, an Arduino board, to control the LED displays. Testing andevaluating of designs as well as teamwork
theCivil Engineering Department, Electrical Engineering Department, and Mechanical EngineeringDepartment. In the year 1968, the Department of Architecture was established which laterbecame a college in 1984 under the name of College of Architecture and Planning. In 1974, twonew departments were established, namely the Chemical Engineering Department and PetroleumEngineering Department. In 1988, surveying engineering was established as a program in theCivil Engineering Department. In 1982, an industrial engineering program was established in theMechanical Engineering Department. Later on, the program became the Industrial EngineeringDepartment in 2002. Accordingly, there are currently six departments offering Bachelor ofScience Degree in the
Paper ID #7950Community-driven, Competency-based Certificate Programs for ProfessionalDevelopmentMs. Kim A. Scalzo, State University of New York, HQ Kim Scalzo is Director of the SUNY Center for Professional Development (CPD). The SUNY CPD provides professional development and training opportunities for faculty and staff across SUNY’s 64- campus system. CPD programs and services are targeted toward campus administration and leadership, faculty and instructional support staff, and IT staff. As Director, Kim provides overall leadership for the center, including strategic planning, new program development, campus
formal documentation. The topics and structure of theclass are arranged in a manner to support the progress of the reverse engineering project.Successful execution of the class as an instructor requires detailed planning for the activities ofeach class period with consideration of the learning period for the acquisition of the skills andknowledge required to successfully complete the project. Some of the educational principlesutilized in the course are constructionism, spiraling, and immediate use of learning. The course istaken both by freshmen students as part of their first year experience and by transfer students.The purpose of this presentation is to outline how the course is structured to enable students tocreate an assembly of
years in which a topic or activity was taught (i.e.freshman, sophomore, junior and or senior). Other questions pertained to highest degree offeredat the institution, the CAD platform most used, and the level of faculty participation in designcurriculum planning, monitoring and coordinating.Discussion of survey resultsWho RespondedIndustry respondents submitted 1006 useable surveys and academic respondents submitted 182useable surveys. The industry surveys were completed by individuals listing job titles including: Page 8.496.3engineer, engineering manager, supervisor, project engineer, Vice President, and President. The Proceedings of the
each student more marketable to corporateindustry.DiscussionThis partnership between University of Hartford and New Horizons Corporation was initiated in the spring of 2002with New Horizons contacting the Dean of Ward College of Technology. In the summer of 2002 a plan began totake shape and progress was made as we proposed the program to university officials. Concurrently severalindividuals at the college were trying to identify a suitable college or program that could act as a home for thecurriculum and while discussing a variety of pedagogical methodologies suitable to deliver the material. Universityadministrators agreed that program had merit and we were given the blessing to move forward with initial thedevelopment of the program. We
access for hands-on experience in the area ofautomation and advanced manufacturing. It has also provided the faculty with an opportunity toincrease their own professional CIM expertise. The lab has been extremely well received by those Page 8.167.4who have visited or used it. Proceedings of the 2003 American Society of Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering EducationThe existing and planned changes have attracted, and will continue to attract students to this newarea. As a side benefit, the CIM lab has made it possible to offer courses to provide
contemporary issues. (ABET outcome j) Show competency in MS Word, Excel, and PowerPoint. (ABET outcome k) Awareness of OSU Computer Services. (ABET outcome k) Additional activities common in ENGR 1111 Academic Success / Study Skills / Time Management Personality typing using the Myer’s Briggs Type Indicator Career Services Awareness / Resume Writing / Interviewing Strategies Planning of class schedules or a four-year Study PlanBecause of ease and availability, changes in the preliminary stages have been directed at the homedepartment, Chemical Engineering. Before the Fall 2002 semester (in which the project occurred)the idea of adding creativity to specifically the
newsletter, maintain membership information and lead thefaculty/staff mentoring team administering the program.Educational BenefitsHands-On Learning Models: The students work in teams to complete hands-on projects to learnelementary engineering and science principles. Examples include mousetrap-powered cars,where elements of force, aerodynamics and simplicity of design were crucial to developing asuccessful project; construction of ho t air balloons, where the students' efforts must consider heattransfer, aeronautics and teamwork; and constructing model bridges, where students learnedproject planning, cost effectiveness and computer techniques to build sturdy bridges.Learning That Science and Engineering Are Fun Career Fields: EXPLORE ENGINEERING
program and subject assessment concepts and methods to trackingdown and reviewing existing program and subject assessment and evaluation data. Once thisprocess was complete, each program was guided in determining weak points in existing data andmethods and supported in adopting strong program and subject evaluation plans. In some cases, Page 8.265.2 Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright 2003, American Society for Engineering Educationnew assessment or evaluation methods were adopted as supplements. The entire process oftracking existing data
Session 4560 Implementation and Assessment of Knowledge Based Systems In Various Engineering Courses Ismail Fidan1, Serdar Tumkor2, Ali Sekmen3, Recayi Pecen4, Ayhan Zora4 1 Tennessee Tech University, Cookeville, TN 38505/2Istanbul Technical University Gumussuyu, Istanbul, Turkey/3Tennessee State University, Nashville, TN 37209/ 4 The University of Northern Iowa, Cedar Falls, IA 50614AbstractKnowledge-Based Systems (KBS), which mimic human problem solving expertise incomputerized form, have been widely used in many manufacturing processes for planning
occupy its location. It was originally part of the U.S. Armory at Harpers Ferry and is situated between the Potomac River and the armory canal, whose original head gates still stand two miles upstream. The first building was a tilt hammer shop, constructed c.1830s, which was replaced by a rolling mill in 1854. Following John Brown's raid in 1859 and subsequent burning of the armory, Thomas Savery constructed a pulp mill on the site in 1888. The Harpers Ferry Paper Co. was powered by water from the armory canal, utilizing seven flume bays. In late 1898 plans were made to place a dynamo in the pulp mill to generate electricity for Harpers Ferry. Savery continued simultaneous operations of the
interfacing administrativeorganizations for professional studies lends itself to the many activities of the program/projectmanagement process and the product depiction of the process activity outcomes.Following the above process, the statement of work, stated and derived requirements, workbreakdown structure and responsibility assignment matrix are designed, developed andseamlessly integrated into a planning template for subsequent execution. This paper will identifythe process activities and products generated as applicable to defining and differentiating theroles and responsibilities of a professional studies organization within the construct of auniversity-wide system of interfacing support administrative bodies.The process activities of program
. Material handling. In this module, the different types of material handling equipment are discussed and student teams prepare reports on a particular type of material handling equipment. 5. Layout planning design. This module primarily focuses on how to prepare a facility layout using the Systematic Layout Planning Procedure developed by Muther11. 6. Warehousing. Receiving and shipping, loading docks, order picking, and storage layout planning principles are discussed in this module. 7. Office layouts. Various types of office layouts and how planning for office layouts differ from manufacturing layouts are discussed.Simulation lab exercises are woven throughout the course. Some of the lectures/exercises wereas
participation in extracurricular activities does not appear to make a significantcontribution to retention of engineering students, service opportunities in particular may be animportant factor in sustaining student interest and persistence in engineering education. Next, wepresent an overview of international service club activities currently underway at our institutionwhich have resulted in good participation and exceptionally strong interest among undergraduateengineering students. We outline our assessment plan of the impact of club activities on studentattitudes and intentions to incorporate service in their studies and careers, includingquestionnaires, interviews, journals, and focus group protocols.Role of extracurricular participation in
. Page 15.200.3Note that besides the concepts of ask, imagine, plan, create, and improve as presented in thedesign process model in the “Engineering is Elementary” unit, we also added test, time anddocument in the process. The test concept is an implicit activity that links create and improve—after a design is created, it can be tested to identify opportunities for improvement. This testingprocess is included in the Engineering is Elementary units, although it does not appear in theirdiagram. The time concept came from Bailey’s original rubric. As teachers need to design lessonplans to carry out design process and also monitor students’ process, we choose to include it inour rubrics. The document aspect was also included in Bailey’s original
gathering, analysis, and evaluation will the program evaluation be successful.And it is precisely this part of the process—the individual course assessment and evaluationactivities—for which our syllabus-based assessment and evaluation tool was designed.The tool addresses many of the needs described above. It provides an easily navigatedframework to guide faculty though the process of planning and conducting individual courseassessments, it feeds critical, timely information to program evaluation and improvementprocesses, and it produces an archival record of all course assessment activities. It is lightweightand flexible, requiring a minimum of effort to manage, and provides a high level of transparency,showing program evaluators what data was
element Design of a Single Family Interactive Web Site House 3D Conversion in Preparation of 2D Rendering of 3D Animation/VRML of Architectural Drawings model in 3D Max 3D Model Desktop Plans Interiors Interiors Interiors Site plan Exterior Exterior Exterior