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
examples, requiring working students to write a technology plan and an environmental management plan for their company, or full-time students to draft such plans for a selected local company. Since the MBA program is run on seven-week terms, most students will see all three of these courses within their first six months as part of the program. They are first introduced to new ideas and new ways of thinking about these issues (MBA 601), then they are given the theoretical tools to understand these issues (MBA 602), and finally they are asked to apply those tools in order to create specific and useful plans for a real-world company Page 10.319.2 (MBA 603
most prominent students, modify tax policy to encouragedomestic investment in research and development 5. Therefore, we could find that Americangovernment, schools and businesses have committed themselves to the promotion of STEMintegrated teaching. After completing the study on the girls who participated in a contest, DeBartolo & Bailey6 concluded that the number of girls who recognized that the engineering could solve theproblems in daily life increased and they were more precise on the affirmation of engineeringproducts. Women participated in the Robot plan showed positive changes in both ofperceptibility and work interest in STEM field 7. Rebecca 8 conducted a study on the 8th to 12thgrade of students and pointed out that after
constructive leadership component of the criteria is addressedthrough the assessment of lectures by the students and through the curriculum review by theindustry advisory board. The ongoing bidirectional feedback and subject matter contentadjustment to relate updates in the industry assures that the topics meet the constructive feedbackpart of the criteria.Institutional GoalsA new synergistic strategic plan was announced at this university in 2009. The plan will positionthe Purdue University to meet the challenges facing humanity, grow and create opportunities forthe state Indiana and the global economy, and enhance student learning for success in a changingworld6. The Purdue College of Technology new strategic plan has a mission to “provide astudent
August 27th, 2003.The fall semester work starts at Virginia Tech on August 10th and I knew that I wanted to beriding my Harley-Davidson® motorcycle across from the Southwest to Milwaukee when classesstarted. I also knew that I wanted to work with this legendary company so I needed a plan.I was eligible to apply for a research leave so I used this opportunity to create a plan to useHarley-Davidson® as the focus of my work. I also wanted to share my experience immediatelyin the classroom and so also planned to teach a class while in Milwaukee.What I proposed was to consult with Harley-Davidson Motor Company, Inc. and teach anIntroduction to Mechanical Engineering class at the Milwaukee School of Engineering (MSOE)while on Sabbatical in Milwaukee
of the semester.One significant difference in capstone design courses is the inclusion or exclusion of a formal lecture.Some engineering schools believe there should not be any formal lectures in this course. The instructorserves as a coach and manager of the design projects. Some other schools may consider that a one-hourweekly lecture may be necessary to provide students with basic system design concepts that are notcovered in the machine component design course, and a thread to bind course materials and tools fromother undergraduate courses. The proposed plan was to develop core material consisting of 12-units oflecture notes. Even for this minimum intersection set of many different sets of interests and requirements,it can be tailored by
study andresearch work, it is very important to select only committed and highly qualified students to forma student team. To assist in identifying these students, a pre-qualification process was developed.The student pre-qualification process begins with a job announcement. The student recruitmentprocess is similar to an actual hiring process in which a prospective student must submit aresume. A team director then reviews the resume and conducts interviews for a selection. Figure3 demonstrates the NPR process and work flow diagram. A senior graduate student leads otherstudents and plans for the reviewing process with the students. Figure 3. NPR Process Framework and Work Flow DiagramAll students in the team are expected to
topersonnel decisions, student ratings of attainment of educational goals and objectives arepreferable to many other dimensions. Benton and Cashin4 have also found that multipleclasses provide more reliable results and average split half reliability - even for 10-14 studentsize - is as high as 0.78. The multi-section studies show that classes in which the studentsgave the instructor higher ratings tended to be the ones where the students learned more (i.e.,scored higher on the external exam)4. Based on the above, we accorded the highest score of50 % to student ratings in our award system.FactorsCentra, Braskamp and Ory4 have identified six factors commonly found in student-ratingforms: 1. course organization and planning; 2. clarity, communication
the document, with afocus on define, design and optimize as their central core ideas.6 However, the specific standardsfor each of these ideas range in complexity based on grade level (separated into K-2, 3-5, 6-8, and9-12). One noticeable omission at the K-2 level is the lack of any problem scoping behavior (thatdoesn’t occur until 3-5th grade level). The design process that Design Squad uses containsidentification of the problem; brainstorm; design with a cyclical build, test/evaluate and redesignprocess; and finally share the solution.7 Lastly, the Engineering is Elementary program uses acycle of ask, imagine, plan, create and improve.8 While these three design processes have bothsimilarities and differences, they all tackle the task of
ratheran introduction to project management and spreadsheets as an Engineering design tool. The classhas a very strong hands-on component using Microsoft Excel and MS Project. The students arethen required to use both tools in their later courses, particularly in their laboratory courses andplanning/tracking of the Capstone Design course. These students also take a Technical Writingcourse from the English Department to prepare them for report writing.We use several assignments of increasing difficulty to expose the students to Excel as a designtool and Project to organize and track a project. The quarter culminates with small teams ofstudents using both tools to design, plan, and track a virtual project of their choice such asstarting a small
Teacher Education (ITTE) at the University of Limerick (Ireland) and NorthCarolina State University (USA). An in-depth review of the nature and purpose of graphicsbetween both institutions is presented. A number of pertinent questions relating to thedefinition of being graphically capable and curriculum planning are presented. This paperwill be of particular interest to academics who teach Engineering Design Graphics, highschool teachers and engineers. Page 24.654.2Introduction“Graphics” are the representation of visual images with the purpose of communicating someinformation. Representations differ vastly in their purpose, mode of creation and in
twenty-nine students.The researchers evaluated each group’s project report and categorized their predominantapproach to performing the quantity takeoffs. There were three categories: Manual – the group primarily employed hardcopy plans, using rulers, calculators, and other manual QTO methods Automated – the group primarily used On-Screen Takeoff (or similar software) to calculate the QTOs Both – the group used a combination of Manual and Automated QTO methodsInitial Introduction of the Quantity Takeoff SoftwareStudents were introduced to the quantity takeoff software technology during week eight of thecourse. One of the researchers provided a one hour demonstration of the software for class oneweek prior to the
types,followed by the planning, execution, and control actions. The team structure including team sizeand the method of working on the same problem with two different teams are included. Thisapproach allows collaboration and competition along the execution of projects. On the contrary,individually student driven projects were by handled the originator of the concept alone andlimited number of patent applications or discussions on start-ups were experienced. In addition,the paper will address the benefits of continuing projects over multiple semesters, reporting anddocumentation requirements including oral and written progress reports as well as final reportand its supporting presentation, and peer reviews. The issues arising during the
University of Utah have been developing an engineeringsummer camp program to help recruit students into higher education. This paper describes a fewof the summer camp options we have implemented and discusses the challenges, opportunitiesand lessons learned from our experiences. The idea of using summer camps to promote STEM disciplines is not new; it is typically partof a multi-prong approach to attract future science and engineering students. Other effectiverecruitment tools include outreach into K-12 schools, on-campus open house sessions, hands-onworkshops, robotic competitions and demonstration/information sessions. A review of theliterature yielded several themes related to the planning, implementation, and assessment ofsummer STEM camps
leadership and sustain its share of high-tech jobs, it must create new and better products and industries: innovative engineering design will beessential to this task. Engineering design must continue to adapt to new trends and to educate the next generation of workers. NSF Workshop on Engineering Design in Year 2030AbstractRelative to traditional deductive teaching, inductive methods impose more logistical problems andrequire much more planning. Inductive teaching and learning techniques are more likely to triggerstudent resistance and interpersonal conflicts. Moreover, instructional methods that call for the useof team-based learning pose additional
of design projects in first-year engineering courses, little research to dateexamines the effect of such courses on student motivation. Broad studies of retention inengineering education show promising results for women and other under-represented studentsin project-based courses2; however, engineering educators need a richer understanding of howspecific project-oriented pedagogies affect students’, and in particular women’s, motivations forengineering and their intended career plans. This study focuses on women because of theircontinued underrepresentation in engineering3, 4 and the need to ensure effective retention effortsin the midst of a movement to enact large-scale curricular transformation in engineering.To address this need, this
canoe or steelbridge competitions. Key deliverables of the professional component are the projectmanagement and engineering science notebooks. The notebooks document design calculationsas well as the project management, construction management, asset management, teamorganization and function, safety, quality control, and cost accounting tasks.As before, an additional critical feature of proposed projects is the opportunity for a constructeddeliverable that can be tested. The proof of concept aspect is a critical element in the feedbacksystem for the projects that is often not available in typical civil engineering senior projects.Projects of this type often require students deliver plans for the development of a tract of landincluding utilities
for course assessment, itwas considered it is better to get into greater detail initially and meet the needs of continuousimprovement at both the program and course levels.The paper describes the methodology using a typical theory and lab-oriented course in theIndustrial Engineering Technology program. An example of a course assessment summary isshown that meets the needs of assessment and continuous improvement.Even though the assessment and continuous improvement plan developed is applicable to anyengineering technology program, this paper gives an example of the plan as applied to the A.S.degree program in Industrial Engineering Technology.Program Objectives and OutcomesThe Industrial Engineering Technology program objectives are based on
themathematical model.The value of teamwork was emphasized by having the teams go through a group problemsolving simulation7. Each of the students read through the details of a hypothetical subarcticsurvival situation, in which a plane has crashed in northern Canada and 15 items were salvagedprior to the plane drifting away and sinking. The students had to rank the items according totheir importance to their survival. After everyone had finished the individual ranking, the teamsmet and discussed the situation, and then ranked each of the items as a team. After comparingtheir answers with the Canadian Para Rescue Specialists, the students found that they performedbetter as a team, than individually.The teams were also given a planning exercise before they