Graduate Research FellowshipsChemicals and Fuels Agriculture SciencesThe Center for Advanced UIUC / College of Agricultural, Consumer Master of Science degree inBioEnergy Research and Environmental Sciences bioenergyAlternative Energy Technology: Central Carolina Community College Associate/Certificate in BiofuelBiofuel TechnologySustainable Energy Initiative Oregon State University / Chemical Pilot projects for general public and(SEI) Engineering; Crop and Soil Science; high school studentsBiofuel Production Operations California State University - East bay / 6-month
others, share information with others, and demonstrate their ability to take aleadership role in support of the team’s goals while conducting Lab experiments.” – would mapto program outcomes [b, d, g] - (b) “an ability to design and conduct experiments, as well as toanalyze and interpret data;” (d) “an ability to function on multi-disciplinary teams;” (g) “anability to communicate effectively through oral and written communications.” Furthermore aninstrument: "Final Project, Question 1" can be created that satisfies one or more of theperformance criteria under program outcome (a), such as "Uses fundamental engineeringprinciples to solve engineering related problems."Course Laboratory Outcomes Mapping Example Students enrolled in the online
fifth task requires exercising Bayes' theorem directly or using the box as a tool to aid the calculation.A working design engineer will never encounter a problem where the setting, scaffolding,challenges, and targets are clearly evident. For real problems, structure must be created. Thisinvolves clarifying more than the type of information typically given in traditional textbookproblems. The current conditions and knowledge, the new knowledge needed, the resourcesneeded, the solution method, and the nature of the terminal state must all be defined and clarified.The process may not be orderly all the way through a project, but when the time allotted is almostover, a successful project must produce something that can be clearly displayed
their specific needs. After considerableconsultation with industry human resource representatives, university professors, and theuniversity’s career counselors, a professional development program was formed to address threemain areas of interest: the improvement of core research abilities, the development of skillsrequired for transition from academia to industry, and the necessity of projecting a professionaldisposition in the workplace. The graduate students organized a yearlong series of workshops inwhich university and industry professionals addressed each of the three areas of interest. Theprogram was evaluated through a combination of peer and self-reviews, writing improvementrubrics, and industry representative criticisms. The results
postdoctoral fellow. His postdoctoral research focused on the development of advanced iris recognition systems us- ing high resolution sensors. His current research projects include the development of periocular-based biometric systems, ear shape based biometrics, and soft biometric classification.Tania Roy, Clemson University Tania Roy is a PhD student in the Human Centered Computing division of Clemson University. She re- ceived her B.Tech from West Bengal University of Technology, India in Computer Science & Engineering . Her research interests are in affective computing. Page 23.144.2
involved in the circuit design is the parallel port. The PC BIOS needs to beset to EPP mode for proper operation of the parallel port for this project. Parallel ports use threeI/O addresses. There is the data register, status register, and control register with addresses of378h, 379h, and 380h respectively. The port has 8 data lines, 5 status lines, and 4 control lines. Page 8.371.5“Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering Education”This project uses all 8 data lines which are bi-directional, 2 status lines that are read only
8.370.3Proceedings of the 2003 American Society for Engineering Education Annual Conference & ExpositionCopyright © 2003, American Society for Engineering Educationcomputer screen thus becoming discouraged or confused. The author has anecdotally witnessedthis while teaching introductory design courses. By providing the user with an actual 3D objectin the correct orientation, a perceptual connection will be made between the 3D object and the2D representation on the computer screen, thereby improving the user’s spatial ability skills.The goal is to assist the user in visualizing 3D objects in a 2D representation and develop theuser’s projective spatial skills, which are essential in creating and visualizing orthographic viewsof objects in detailed part
Engineering is acknowledged for purchase ofancillary pieces as the project proceeded. Page 8.88.15“Proceedings of the 2003 American Society for Engineering Education Annual Conference &Exposition Copyright © 2003, American Society for Engineering Education”Table 2. Specifications for Major Components Used on the Module Description Manufacturer Model Number Key Dimension or Specifications Sight Glasses Schott Process US 026 36 inches long 0.75 inches ID Static Mixers
Giants football stadium, the Statue of Liberty restoration project, 3Dmedical imaging, and the Mattel gloveball designed for use with the Nintendo Super Gloveball game.Following this brief introduction, the students are divided into 6-8 groups with each group assigned anIPFW engineering student escort. These student escorts are members of SWE or one of the otherengineering technical societies, such as the American Society of Mechanical Engineers (ASME), theInstitute of Electrical and Electronics Engineers (IEEE), the American Society of Heating, Refrigeration,and Air Conditioning (ASHRAE), the Society of Manufacturing Engineers (SME) or the Society ofAutomotive Engineers (SAE). In addition to the obvious benefit of efficiently navigating the
engineering economy," International Industrial Engineering Conference Proceedings, IIE, pp. 333-341, 1991.Biographical Sketches of the AuthorsDR. ADEDEJI B. BADIRU is a professor and department head in the Department of IndustrialEngineering at the University of Tennessee in Knoxville (abadiru@utk.edu). He was previouslyprofessor of industrial engineering and Dean of University College at the University ofOklahoma. He is a registered professional engineer and a fellow of IIE. His areas of expertisecover project management, expert systems, economic analysis, industrial development projects,quality and productivity improvement, and computer applications. He is the author of severaltechnical papers and books. One of his publications won the Eugene
• Conceptual insights • Mu ltidisciplinary • Studio courses • Problem solving of from course preparation teaching • Supervision of theses, • Critical thinking, i.e., or discussion • I ntegrative courses dissertations, and student teaching where theScholarship • Faculty insights from • Capstone courses, e.g., projects primary impact is on the supervision of theses Astro-biology; Science, • Professional courses, knowledge and learning, and dissertations Technology, and Society i.e., teaching where the skills of the
three laboratory modules, which are designed for students todevelop sound understanding of displacements and strains in beams, frames and trusses.Applications of Combined Active Learning Activities: The specific activities which have beenincorporated into the present concept are: computer based instruction, cooperative learning,demonstrations, discussions, experimentation, reading assignments, student generated questions,student presentations, student projects, tests and quizzes, and visual based instruction. The wayeach of these active learning activities has been utilized is given in detail by Moran. 14Selected photographs of experiments for several laboratory modules are shown in Figure (7) –Large Deformations of Frames, Figure (8
group problem solving strategy. They should be able to recognize and contribute to therelationship of the engineering enterprise in the socio-economic context. The development of themotivation, knowledge base, and intellectual capability for career-long learning is important.Some of the approaches to enable students to learn how to “work smarter” are: 1. Interdisciplinary, vertically integrated real design projects 2. Collaboration with colleges of arts and sciences, business and medicine in curriculum development 3. Coupling between engineering technology & engineering programs that emphasize complementary and evolving roles in the workplace 4. Experiments in professional master’s degree 5
.19** University visits .569 Company visits .48*** .578 NON-SCHOOL Informal hands-on activities .447 EXPERIENCE .717 Interactions with engineers .688 .43*** Designed projects Teachers .753 PEOPLE ENGINEERING .987 Parents
exercise, students were placed in groups of three tofour students for the task of selecting an engineering program offered by the COE and compose asurvey paper that would provide an overview of the engineering discipline as well as factors likeworking conditions, average earnings, and necessary education. Once the teams were created,students engaged in a learning style exercise that enabled students to identify the strengths andweaknesses of his or her learning style and consider how that learning style would potentiallyaffect the team’s performance. The purpose of the team project was twofold. First, studentswere placed in teams based on similar majors. This provided students with the opportunity todevelop relationships with their peers with the
interests include the use of multimedia in introductory programming courses, hardware applications for the new programmer, and the application of real-world experiences in the learning process.Caroline Liron, Embry-Riddle Aeronautical University, Daytona Beach Caroline Liron is an Assistant Professor in the Freshman Engineering Department, at Embry-Riddle Aero- nautical University (ERAU), where she has been teaching since 2005. She obtained her bachelor’s in aeronautics and space from EPF, Ecole d’Ingnieur (France), and her M.S. in aerospace engineering from ERAU. She currently teaches Introduction to Programming for Engineers and Introduction to Engineering. She is also involved in advising various robotic projects
approved as interdisciplinary general studies course options that satisfy university corecurriculum requirements in the areas of: gender and multi-culture diversity (ENGR 3400); andinternational perspectives in an increasing global environment (ENGR 3600). Since becoming a part of the University-wide core curriculum, the two courses haveattracted considerable attention across majors and academic colleges. Students typically takethese courses to satisfy their general education requirements, and the courses are offered everyfall and spring semester in two formats: in the regular classroom as a blended course or strictlyonline during the summer months. Table 1 is a projection of next year’s enrollments based onaverage enrollment from the last
were assigned as 3-4weeks projects, whereas Metro and Igel Ärgern were 6- to 8-week term projects. Students weregiven intermediate deadlines to keep them focused.Game Programming Topics Covered Language File I/O Data Exceptions GUI/Text Inheritance StructureNumbrix Java X Array X BothMetro Java Array X GUI XConnect Java X Array X BothfourIgel Java X Array, X GUI XÄrgern
. He was then recruited by Allied Signal, in the U.S., as a Project Engineer during which time he completed his master’s of business administration (MBA) at the University of Arizona in Tucson. He then moved to Minneapolis working as a Sales Manager at TSI responsible for sales and marketing of research-grade PIV products in the U.S., Canada and Brazil. As the PI, he directed an NSF SBIR-funded project with Phase I and Phase II grants. During Phase II, the company generated more than $0.25 million income from sales and received Phase 2B funding. He published several papers in this field. He not only has strong business background and technical expertise in mechanical design and teaching fluid mechanics, but he also
the other in the web resources classification, appeared to bedistinguishing between print and electronic formats and was applied differently in this project.The authors coded any newspaper publication as NWSP in the periodicals classification,regardless of format, which opened a discussion of what would be included in the e-newscategory. The e-news designation used for this project includes those sources which are justelectronic and non-print, including television, radio and web. Examples of what qualify as e-news sources are CNN and NPR, but would not include the web version of the New York Timesor the Wall Street Journal.Codes for statistical or factual information and product sheets seemed to be missing during initialuse of the framework
based machines with enoughcomputational power locally to complete the required calculations. Dhondt and Wittig haveprovided a free online demo of their FEM program CalculiX athttp://www.onlinefeasolver.com/demo.php11. However this is just an online demo of a programthat was written to be locally installed (freely) on a Linux machine. A full version of theWindows equivalent can be purchased under the name bConverged14.II. Operation of the 3D Solids ToolThis 3D solids tool was created using the Flash programming language, ActionScript, because ofits advantages in creating a graphical user interface. The compiled form of a Flash project iseasily embedded into a webpage, ensuring widespread accessibility. Flash also allows access toscripts on a
program coordinator for an NSF funded project focused on the pathway from community colleges to engineering and a doctoral students in higher education at Iowa State University. Page 15.553.1© American Society for Engineering Education, 2010 Experiences of Engineering Transfer Students: From Community College to University AbstractResearch on students who transfer from community colleges into engineering majors is limited.The National Science Foundation funds millions of dollars to community colleges to build inter-institutional linkages to create
taught in the traditional way in a freshmen designcourse.________________________________________________________________________ S1.5 Which figure below is a rotation of the first? ________________________________________________________________________ Figure 3. Example of 3D rotation, Construct (S1).Construct (S2) requires translation of two-dimensional images to three-dimensional and vice versawhen solving engineering problems. This construct includes the interpretation of figures,diagrams, and word descriptions that represent engineering- or physics-based principles. There aretwo different skills that are included in this construct: a. Three-view two-dimensional projection drawing to a three-dimensional perspective drawing
. Page 15.324.8Table 5. The commonalities among science, technology, and mathematics Societal Impact Process Modeling throughScience Inquiry Scientific Models KnowledgeTechnology Design Technological Models ToolsMathematics Problem-Solving Mathematical Models Analysis The one theme that resulted of this study, systems and models, was also identified as acommon theme across science, technology and mathematics in the Project 2061: Benchmarks forScience Literacy by AAAS.5 There are four common
introductionof linked and team-taught courses, with an HU/COM instructor added to the College ofEngineering (COE) faculty who would typically teach the course. The HU/COM instructorprovides students with additional guidance in technical writing, group presentations, andteamwork. The senior design courses were chosen for this project in order to provide studentswith supplemental HU/COM instruction just prior to their entering the workforce, therebyaffording them timely training.This paper begins by explaining the context that led to the introduction of linked and team-taughtcourses. The evolution of three such courses is described in detail, followed by a discussion ofthe successes and challenges encountered in developing revised course content. The
AC 2010-24: A VIRTUAL FACTORY APPROACH FOR DESIGN ANDIMPLEMENTATION OF AGILE MANUFACTURING SYSTEMSHamed Farahani Manesh, Eastern Mediterranean University Hamed F. Manesh received his PhD degree in Mechanical Engineering from the Eastern Mediterranean University, N. Cyprus. He was a Research Assistant and Lecturer in this university from 2003 to 2010. He received his first Master’s Degree in Information Systems and the second in Mechanical Engineering also from Eastern Mediterranean University. Currently, he is involved in a research group, which carries out research and development activities for industry-oriented projects of intelligent manufacturing systems, automation, virtual manufacturing as well as
AC 2010-34: CHALLENGES AND RESPONSES OVER A QUARTER-CENTURYOF MANUFACTURING EDUCATIONDavid Wells, North Dakota State University David L. Wells has been Professor of Industrial and Manufacturing Engineering at North Dakota State University since January 2000. He teaches undergraduate and graduate courses in process engineering and production engineering systems design and in product innovation and entrepreneurialism. His instruction is characterized by heavy reliance upon project-based, design-centric learning. Course projects are drawn from real industrial applications with real industrial constraints, often interactive with a corporate sponsor. Students are challenged to design effective
areas and have different learning styles. Curtisand Lawson [27] have suggested that it is important to provide distance learners with multiplechannels, both synchronous and asynchronous, in order to accommodate their preference fordifferent communication styles. In particular, the availability of synchronous communicationtools appeared to be critical in the process of collaborative learning [21]. Assigning learners towork on a group project does not necessarily mean that they will work collaboratively. Learnerstend to use a task specialization approach where tasks are divided among group members andthere are fewer opportunities to develop mutual engagement, knowledge and skill exchange, andinterpersonal communication skills [28].There are three
. Page 15.817.9References1. Iowa State University Fact Book, 2008-2009, Office of Institutional Research, Iowa State University, http://www.ir.iastate.edu/factbk.html2. Iowa State University Office of the Provost. 2003. Taskforce on the Recruitment and Retention of Women and Minority Faculty Report. http://www.provost.iastate.edu/faculty/diversity/Iowa State University Website3. Rankin, Susan. (2004) ISU Campus Climate Assessment Project Final Report. Rankin and Associates. http://www.hrs.iastate.edu/AAO/eod/finalreport.pdf4. Constant, K. P., Bird, Sharon, Hamrick, Florence (2008). "Advancing Women Faculty in Engineering through Institutional Transformation: the Iowa State University ADVANCE Program in the College of
inventory should help those studying the nature of research integrityand those designing education programs in the responsible conduct of research. STEMresearchers are held to ethical standards by funding agencies, the institutions they work for,professional societies and many of the journals in which they publish. This means that therecould be severe consequences in an individual violates the principles of RCR. Our tool could beused to identify the relationship between one’s research role concept and patterns of researchmisconduct for the purposes of preventing such misconduct through educational initiatives.As part of an NSF sponsored project we have designed and tested such an instrument. Indesigning our instrument, we adapted the constructs of