and efficient part manufacturing methods and complete production systems for commercial and industrial products. The common theme for students is mastering process, production system and enterprise design procedures that are applicable to any product in any industry. Graduates have been successful in manufacturing enterprises that produce virtually every type of product -- literally, from spacecraft to foodstuffs. In addition to traditional courses, Dr. Wells leads innovation teams in two engineering venues: product realization and transforming laboratory research into commercial products. Dr. Wells’ active research lies in orthopedic implants, micro-assembly, micro-machining, circuit
references to sustainability at the lowerlevels, targeted modules in junior and senior level courses, and dedicated project-based electivesat the senior and introductory graduate level. A sustainability knowledge survey wasadministered to students at the sophomore, senior, and Masters levels to determine their relativeknowledge of terminology, concepts, and practice as it relates to sustainability and civilengineering. The results were analyzed to determine the relative knowledge and depth ofunderstanding of sustainability at the three levels that have been exposed to different levels ofsustainability content in the civil engineering curriculum. The results are also synthesized withanalysis of student recognition of sustainability in course
University.Sharon Caraballo, George Mason University Dr. Sharon A. Caraballo is Assistant Dean for Academic Affairs and Associate Professor of Applied Information Technology in George Mason University’s Volgenau School of Information Technology and Engineering. Her responsibilities include overseeing the school’s distance education efforts as well as teaching online, and she developed and taught the school’s first asynchronous online course. She is Mason’s Director for the Commonwealth Graduate Engineering Program and currently serves as state chair of CGEP. Dr. Caraballo received her Ph.D. and Sc.M. degrees in computer science from Brown University, and is currently pursuing a Master of Science
-Variable,N5-Assignment, N6-Relational operators, N7-Logical operators}. The corresponding CPD P(if statement| N1-Overview_of_programming, N2-Programming_language, N3-Data_type, N4-Variable, N5-Assignment, N6-Relational operators, N7-Logical operators)Regarding relationships among concepts and questions, for each test item it would be necessary tospecify the probability of correctly answering the question given all possible combinations ofmastering/not mastering the related concepts. The training data will be used by the Bayesianinference engine to provide intelligent, personalized tutoring and support to the student.A Bayesian network (BN), which consists of directed acyclic graph (DAG) and a correspondingset of conditional
Solving, Creating the Corporate Future, Revitalizing Western Economies,Management in Small Doses, Ackoff’s Fables, The Democratic Corporation, Re-Creating theCorporation and Ackoff’s Best. He has also published more than 250 articles in books and a widevariety of journals. He is currently working on his latest book, Seven Faces of Leadership.SengeDr. Peter Senge (b. 1947) received his Bachelor of Science in engineering from StanfordUniversity, a Master of Science degree in social systems modeling and a Ph.D. in managementfrom the Massachusetts Institute of Technology. Senge is a senior lecturer at MIT. He is alsothe Chair and Co-Founder of the Society for Organizational Learning (S.O.L.), a globalcommunity of corporations, researchers and
% 17% Unidentified 5 3 8 15% 15% All ET 60 86 146 23% 36% 21% 24%Table 3 summarizes the amount of graduate education reported by the respondents in each RITET program in the 2002 survey and Table 4 identifies the year that the alumni graduated fromRIT. Two PhD degrees were reported in the 1997 survey; none were reported in the 2002survey. The Master of Business Administration (MBA) continued to be a popular graduatedegree in the RIT 2002 survey. Most of the Master of Science (MS) degrees in both the 1997 and2002 RIT surveys were in engineering, engineering management, or a specialized technology.There were a few MS degrees in both the
canvas opportunities to innovate as wasthe case at The University of Queensland (Australia) in mid-2010. The Faculty ofEngineering had just completed a year-long major review of its curriculum to examine theeffectiveness of its existing programs as a basis for creating a new 5-year combined BachelorEngineering/ Master Engineering (BE/ME) program. The end product was envisaged as analternative to the Bologna style curriculum offered by other institutions. The BE/ME wouldinstead build on the existing 4-year BE degree and focus on achieving a distinctiveengineering theory-practice flavour. The curriculum review recommended that the existingfirst-semester common first-year Cornerstone course (ENGG1100 Engineering Design) becomplemented with a second
ASEE Annual Conference and Exposition, Louisville, KY, June 2010.7. L. J. Wolf, “Graduate Education in Engineering Technology: What are the Real Issues,” Engineering Education, vol.72, nos. 1-8, May 1982 / p809, (ISSN 022-0809), ASEE, Washington, DC8. M. T. O’Hair, “The Masters Controversy: What Do ET Faculty Think,” Engineering Education, vol.72, nos. 1- 8, May 1982 / p810, (ISSN 022-0809), ASEE, Washington, DCE.9. E. Barbieri and V. Tzouanas, “MS in Engineering Technology: Examples from Control Systems”, Proceedings of the ASEE Annual Conference and Exposition, San Antonio, TX, June 2012.10. E. Barbieri, V. Vaidyanathan, and O. Petersen, “On Engineering Technology Education: BS to PhD”, Journal of Engineering Technology, Fall
3.92 0.65 effectively (ABET 3g) 8. After the project, I feel more confident in my ability to apply 3.92 0.60 course concepts to aspects of my real life 9. Having the project evaluated by practicing engineers on the appropriateness of the thermal system for the chosen country will 4.10 0.70 increase my confidence in mastering the relevant course material 10. The project was interesting 4.29 0.90 11. The project was difficult 3.77 0.51 12. The project was enjoyable 3.83 0.55
Paper ID #10249Improving retention of student understanding by use of hands-on experi-ments in StaticsProf. Carisa H Ramming P.E., Oklahoma State University Carisa Ramming joined the faculty at Oklahoma State University as an assistant professor in January 2009 after a stint as a visiting professor in the School of Architecture during the 2007-2008 academic year. Professor Ramming is a graduate of Oklahoma State University with a Bachelor of Architectural Engineering degree in 2001 and dual masters degrees; Master of Science in Civil Engineering with an emphasis in Construction Engineering and Master of Architectural
presentations. His publication record includes articles related to academic program development and assessment of academic programs. Dr. Latif was the Editor-in-Chief of the Journal of Engineering Technology.Mr. Aco Sikoski, Ivy Tech Community College Mr. Sikoski completed his Bachelors of Science in Electrical Engineering at the University of Kiril I Metodi in Skopje, Macedonia. He continued his education at Purdue University where he obtained his Masters of Science in Engineering. Intermittently, Mr. Sikoski has consulted for various institutions and organizations. In 1997, he started his career at Ivy Tech Community College where he has stayed until present. He served as a professor, program chair, dean, and the campus
Information Systems in the School of Engineering of Uni- versity of Minho where he teaches courses on information systems management and information systems planning to undergraduate and postgraduate degrees. He is also involved in research projects in the area of methodologies for organizational intervention activities such as; Information Systems Management, Information Systems Planning and Information Systems Development. Other topics of interest are the adoption process of IT applications by organizations and the curricula for Information Systems profes- sionals. He is the head of the Department of Information Systems and is director of the Master Degree
rubrics is slower than when objective items are used(e.g., true-false, multiple choice, matching). In the assessment presented in this paper, theanalytic rubric with a top-down crafting method (and many revisions) was selected due to itsincreased objectivity and ability to target specific elements where students are excelling orhaving trouble.STRATEGY FOR VALIDATIONThe purpose of the work presented in this paper is to validate that the developed questions andanalytic rubric reliably measure students’ design process knowledge. There is one question inwhich students critique a process to design a shopping cart and another where they critique aprocess to design an egg counter for eggs traveling down a conveyor belt. One master rubric wasdeveloped
Information1. Brophy, S., Norris, P., Nichols, M., Jansen, E. D. (2003). Development and Initial Experience with a Laptop- based Student Assessment System to Enhance Classroom Instruction. Proceedings of the Annual Conference of the American Society of Engineering Education, Nashville, TNBiographic InformationCHRISTOPHER ROWE received his Bachelor of Engineering degree in Biomedical Engineering and Master ofEngineering degree in Management of Technology from Vanderbilt University in 1996 and 1998, respectively. Hejoined the Engineering faculty in January 2003. His research interests include technical program and projectmanagement and serves as the Director of the Freshman Year for the Engineering Dean's Office
the last fifty years. Yet, with ever more knowledge to beimparted, engineering students find themselves with so many details to master that they have, ingeneral, lost sight of the goal: effective problem solving predicated on integrated studentunderstanding of technical material.There are a number of NSF- or corporate-sponsored consortia in which change to (especially)tighter curricular integration has been set as the goal, often identified as systemic curricularchange. There are two general situations in which such deep change is most feasible: (a) a newinstitution with a curricular blank slate; or (b) an institution in which a consensus of facultysupport wholesale curricular change. Although the NSF-sponsored consortia are due praise forthe
Session Teaching a Project Management Fundamentals Course to Working Professionals Eldon R. Larsen, Ph.D. Marshall University, College of Information Technology and EngineeringAbstract Project management has become very important in today’s business world. Yet, mostworking professionals have had to learn project management skills almost entirely byexperience, with little formal college training in this field. At Marshall University, the Master ofScience in Engineering degree program includes an emphasis in Engineering Management, ofwhich Project Management is
are all full-time employees. NTU does not offer any undergraduate degrees, although the author had coordinated an effort of five SE programs in the U.S. to do just that in 2001. Nor does NTU have any non-U.S. universities as members. In discussions with the founder and former vice- president for academic affairs of NTU, they were certainly willing to consider such an option. In February 2002, Sylvan Ventures assumed control of NTU. Contact with the new owner of NTU has not been fruitful in any collaboration. NTU also has a wide variety of professional development offerings from a large selection of sources, including universities. The Oregon Master of Software Engineering program is a “mini-version” of ISEUC involving four
forty percent used the computer-based learning aids and the rest served as a control group.Quantitative and qualitative measures were used for comparison, and subjective comments were solicited from eachgroup. Students in the experimental group scored significantly higher on learning outcomes and confidence ratingswith respect to the content covered in the computer based learning aids. This paper describes the computer-basedexercises developed for V/M diagrams and their assessment.IntroductionComputer-based learning aids for constructing shear force and bending moment (V/M) diagramsare especially appealing to engineering mechanics instructors for the following reasons: • Many statics students fail to master this topic, which is
to technological problems,(4) Physical – constructing technological artifacts or physical models for testing andanalyzing.”4,10ResultsRespondents were predominantly male (87.2%) teaching at the high school level (92.5%) with anaverage of 17.4 years of teaching experience and an average age of 47. Only one-fourth (25%)have B.S./B.A. level degrees in technology education, while 43.8% have undergraduate degreesin Industrial Arts. About two-thirds (65%) have Masters degrees, of which over half (59.2%) arein areas other than technology education and Industrial Arts (see Table 1).The vast majority (90%) indicated that topics on engineering or engineering design are currentlybeing taught in their courses with 45.4% of instructional content devoted
been offering several Internet-based graduate programssince 1995. This paper focuses on the Master of Science in Industrial Technology (MSIT) thathas several concentrations, including Computer Networking Management, DigitalCommunications, and Information Security. All courses in the MSIT program are delivered100% online, with majority of the technical courses having lab-intensive, hands-on components.This paper shares information pertaining to some of the issues and experiences of offeringgraduate, hands-on programs in information technology (IT) completely online.IntroductionDistance education, by nature has several unique issues, but making it online and lab-intensivewith real equipment creates new challenges1,3,5,13. The availability and
that success with teenage students required mastering effective classroommanagement skills. It was clear that if positive classroom management was not achieved, therewould not be a productive learning environment for the students. This desire to maintain ahealthy classroom atmosphere encouraged Daria to become more versed in educationalpsychology and development. Understanding students’ stages of development and how theylearned was essential when employing diverse classroom management techniques withindividual students. This knowledge of educational development also proved useful when scalingactivities for various age levels.An additional skill acquired during Daria’s tenure with the outreach initiative was creativeimplementation of activities
emphasise learning instead of lecturing is the main idea behind both project work and problembased learning. Learning is the active process of investigation and creation based on the learner’sinterest, curiosity and experience, and it should result in expanded insight and knowledge skills.The main element of the pedagogical concept is study plans, which for each semester (½ year)describes courses and prescribes a theme for each term. Within the semester theme each supervisortogether with a student group can choose a project. The project time is calculated theoretically tocover half of each semester except at the final where the project can cover from one to twosemesters. The five-year’s education for a master degree is divided into 4 phases – for
/webguidelines/glossary.cfm[19] XBow Mic2Dot and Mica 2 Hardware, http://www.xbow.com/Support/Support_pdf_files/Motetraining/Hardware.pdf[20] TinyOS, http://webs.cs.berkeley.edu/tos/Biographical InformationKUKJIN LEEKukjin Lee is a Ph.D. Student in Computer Engineering at Iowa State University. His current research interestsinclude high-performance and distributed systems, and Grid computing. Kukjin Lee received his M.S. in computerscience and engineering from Michigan State University.GALEN FAIDLEYGalen Faidley is a Masters Student in Computer Engineering at Iowa State University. His current research interestsinclude Virtual Reality and its application towards communication and education. Galen Faidley received his B.S.in Computer Engineering from
instrumentation and Website development in thefirst year. In the second year, one of these students has carried over, but two newstudents have been added. The transition from one team to the next has been smooth.Weekly meetings have kept all participants alert and up to date. The student teams havebeen invaluable in troubleshooting the project. They interface with all of the vendors, aswell as the project stakeholders.The students in the first year of the project were undergraduates. The current yearstudents are enrolled in the Masters in Engineering Program. The students are paid anhourly rate for time spent on the project. Although the work that they are doing isrelevant to their graduate programs, to this point they have not received academic
students and is taught every semester.The objective of ME 4041 is to provide hands-on exposure to computer-based modeling, design, andanalysis techniques in addition to theoretical formulations. Three hours of lectures every week introducethem to the principles of geometric modeling and the finite element method. Two hours of weeklylaboratory gives them practical applications using the I-DEAS Master Series suite of CAD/CAE/CAMtools by EDS-PLM Solutions or Pro/Engineer suite of tools by PTC of Needham, MA. The studentsdemonstrate their learning with a group design project involving CAD and CAE applications in thermaland mechanical design. A Product Data Management (PDM) system was implemented in the computingenvironment to support the design
delivered through lecture. This slow but steady evolution to greater relianceon lecture about more and more material is a reflection of exploding amounts of knowledge inthe engineering disciplines over the last fifty years. Yet, with ever more knowledge to beimparted, engineering students find themselves with so many details to master that they have ingeneral lost sight of the goal: effective problem solving predicated on integrated studentunderstanding of technical material.In 1991, the National Research Council1 criticized undergraduate engineering curricula for notreflecting the shifting needs of the engineering profession by saying that these curricula are“lacking the essential interdisciplinary character of modern design practice” (p. 4). As a
master the subject. Another challenge within the core physics program is how to instruct the same coursematerial to 850+ students that are split into 64 sections taught by 16 different instructors. Cadetclass standing is an immensely important aspect of the cadet experience at West Point. Itimpacts the cadet’s choice of military specialty and first duty assignment upon graduation, andwill continue to follow the cadet throughout their military career. Therefore, consistent gradingacross the board is imperative. To overcome this challenge, the Department of Physics hasdeveloped and implemented a pedagogy that is adhered to by all faculty and a well-definedgrading rubric in which standards for performance are clearly defined and understood
, whereshe teaches courses in facility layout, production planning, and process management. She received her M.S. andPh.D. in Industrial Engineering from Cornell University. Her research interests include process analysis andmodeling, case study development, capacity planning, and remanufacturing.Arthur Gerstenfeld is Professor of Industrial Engineering and Management at WPI and teaches courses inproduction system design and managing technical innovation. He received his Masters and Ph.D. from MIT andhas published more than fifty articles in academic journals and edited several books. Page 8.1071.11Amy Z. Zeng is an Assistant Professor
class in which the subject matter ofthe papers that the students write is these cultural literacies that they are encountering as first-year engineers. In the first semester we have a sequence of four related papers that ask studentsto write about the various cultural literacies they will need to master as engineering students inthe FIPE program that integrates engineering, calculus, physics, and English. We begin byasking students to explore the various literacies they are encountering as first-year engineeringstudents and advise high school students considering engineering about the changes they willneed to make in order to succeed in engineering. Our second paper builds on this notion ofdiffering communities and differing literacies by
intent to address these broad themes at the University of Arkansas through an innovativecombination of traditional coursework with an industry-like work environment, which is then Page 5.407.1overlaid on state-of-the-art research in high performance microelectronic-photonic materials,devices, and systems. The training required to master these four themes will be integrated intoeach student’s academic curriculum and research efforts.In June 1997, Dr. Greg Salamo at the University of Arkansas received grants from the NationalScience Foundation EPSCoR Program (NSF) and the Arkansas Science and TechnologyAuthority (ASTA) to create an