effectively during the regular school year.• Reports from the teachers of the middle school NOAA summer camp participants indicate that a large number of them are likely to pursue careers in MSET fields. The teachers have also reported improvements in grades of some low performing students who participated in the camp.• The schools involved in the camp have invested in setting up Lego based Robotics Laboratory and Science Workshops for the middle school students.IX. ConclusionIt seems intervention at the middle school level with enrichment programs such as theone reported here is highly effective in terms of positively impacting the students’ careerchoices. Some of the electives the students pursue during school helps
-making, engineeringethics, and solid modeling. In addition to these topics, experience is gained in working in teamsand using common shop tools and equipment. The course consists of two hours of lecture andthree hours of laboratory work each week. The typical class size is 24 students with lab sectionsof 12 students. Page 8.1051.1 Proceedings of the 2003 American Society for Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering EducationThree major activities are used as lab projects associated with this course. Solid modeling andan introduction to
different levels for the spectrum of workers, and themediocre level of social respectability for these professions, work against any marketing effortsto attract students into these professions. A variety of innovative strategies have been devisedand implement to lure more students into science, engineering, technology, and math as well asapplied technology career paths over the last twenty years. Of course, there have been somelocalized success stories. But the general trend of decreasing numbers of graduates in thesedegree programs continues.One strategy has been to revitalize marketing of the A.A. to B.S. programs with increased focusat the community college on teaching and learning, taking advantage of smaller class sizes, anddevelopmental
.2. J. R. Hackworth, "A Video-Taped Laboratory in Electrical Power and Machinery. ASEE 2001 AnnualConference Proceedings.JOHN R HACKWORTHJohn R. Hackworth is Program Director for the Electrical Engineering Technology program at Old DominionUniversity. He holds a B. S. Degree in Electrical Engineering Technology and a Master of Science Degree inElectrical Engineering, both from Old Dominion University. Prior to joining the Old Dominion University faculty,John had approximately 20 years of industrial experience in test engineering and plant automation.RICHARD L. JONESRichard Jones has been teaching at ODU since 1994. He is a retired United States Navy Submarine Service Lt.Commander with sub-specialties in Ballistic Missile, Torpedo, Sonar, and
hurdles and adopt a capstone project experience, which is industry sponsored,interdisciplinary, and includes both design and build tasks. The following sections describethe administration involved in the course. Interdisciplinary Capstone The most recent change was the institution of a common 2 credit hour, laboratory format, capstone project for all our engineering technology programs. Surprisingly, convincing faculty members that all disciplines should require an open-ended, free- formatted project was not a problem. The largest hurdle was to convince everyone that a single project would technically challenge students from several majors. Many faculty members were not willing to sacrifice
Award for Innovation in En gineering Education for her work on the EPICSProgram. Her research interests are in the areas of speech recognition and parallel algorithms. She is a Fellow ofthe IEEE.WILLIAM C. OAKES is an Assistant Professor in the Department of Freshman Engineering at Purdue University,where he is a Co-Director of the EPICS Program. He is an active member of ASEE serving as an adviser to thePurdue Student chapter and on the board of the Freshman Programs Division. He was a recipient of 1993 ASMEGraduate Teaching Fellowship and the 1997 ERM Apprentice Faculty Grant. He is the recipient of the 1999 BestTeacher Award for the Department Freshman Engineering and is an Indiana Campus Compact Faculty Fellow.STEPHEN MARTIN is a Professor
Conditioning Analysis and Design”, John Wiley & Sons, Inc. 2000. 2. T. Anderson, J. Atkins & A. Meacham, “Air Filtration Detection Devices.”, Senior Design Project, December, 2001. 3. G. Morris, “Validation of the ODU Filter-Sensing Device”, Senior Project Report, November, 2002. 4. User’s Manual, “Hand-Held Particle Concentration Meter/Particle Counter”, Terra Universal, January, 2003. 5. User’s Manual, “Photoelectric Emitters, Receivers, and the Light Spectrum.” Banner Engineering Corp., January, 2003.BiographyCHENG Y LIN⋅ Cheng Y Lin is an Associate Professor of Engineering Technology at Old Dominion University. Dr.Lin is a registered Professional Engineer of Virginia. He teaches Machine Design
applications in defense, industry, space and medicine.From faculty viewpoints, the contest provides great teaching opportunities for some complextopics in intelligent controls, a collaborative learning opportunity where students help each otherlearn, and an opportunity for students to contribute knowledge gained from experiences outsidethe classroom. Being tested against other teams from a great variety of universities is a kind offinal exam with results that leaves little room for argument. The trophies and cash prizes addrealism and impetus that parallel real world rewards.Conclusions and Lessons LearnedThe IGVC has been a remarkable success over the 10 years of its existence. Hundreds of studentshave learned a great deal about cutting-edge
-Scale Systems. 23 Fuzzy Clustering Of Object Data And Relational Data. 24 T1 Wide Area Network Protocol Analyzer 25 Common Cancer Drugs: Computer Modeling And Phyphysiochemical Study Of The Halogenated Analogs 26 Case Study Of The Software Engineering Process As It Relates To Group Collaboration And Problem Solving 27 Resilient Packet Ring Access Protocol 28 A Computational Approach To The Search For A Treatment For Cocaine Abuse 29 Simulation For A Universal, Dynamically Adaptable And Programmable Network Router For Parallel Computers 30 Enhancing Access To IT For Persons With Disabilities. 31 A Methodology For Web-Based Interactive Laboratory 32 A Voice Controlled Text-To-Speech Web Page Reader. 33 Imaging And Image
1997 camper, when asked in a newspaper interview about the most memorableWisconsin-Stout (UW-Stout), in partnership with the thing she had ever done.Society of Manufacturing Engineering EducationFoundation (SME-EF), initiated an outreach program for girls entering the seventh grade.“STEPS for Girls” is a one-week introduction to the world of manufacturing. The girlsmanufacture radio-controlled model airplanes from raw materials. The components arefabricated in various laboratory activities using real production equipment. Each girl has anopportunity to fly her airplane with the assistance of skilled radio-controlled aircraft pilots.“STEPS for Girls” campers gain
. Recognition of educational research and teaching as valuable scholarly activities Page 8.603.4 6. Provide two-way transfer of knowledge between universities, industry and government laboratories. 7. Target lifelong learning and graduate engineering educationImpact on Product Design CurriculumDesign activity involves a broader range of disciplines:The corporations have now realized that better and more functional products can be developed ifthe design team involves more expertise than just engineering alone. This allows the use of teamapproach and concurrent engineering practices.Globalization of engineering
event, engineering students often bringfriends and family which provides a venue for social interaction among engineering faculty,staff, and students.Freshman EngineeringA freshman engineering student entering USD must enroll in ENGR5: Introduction toEngineering. The course includes students interested in Electrical, Industrial and Systems, andMechanical Engineering. The catalog description for the course isENGR5 Introduction to Engineering (3 credits)Introduction to the field of engineering. Exploration of problem solving using the engineeringdesign process in lecture and laboratory projects. Introduction to engineering tools includingspreadsheets and graphics. Intended for majors in engineering or those exploring careers inengineering.The
fellowships. As the program develops, the view from the inside is that it can onlyget better.Table A-3, (Appendix: 3) displays the performance record of the students in the mechanicalspecialty of the engineering program at The College of New Jersey in regional, national andinternational student design competitions. The effectiveness of what we have proposed in thispaper may be measured through the results shown in this table.Bibliography1. Dale, E., Audiovisual Methods in Teaching, Dryden Press, NY, 1969.2. Johnson, D.W., Johnson, R.T., & Smith, C.A., Active Learning; Cooperation in the College Classroom, Interaction Book Company, Edina, MN, 1991.3. Finelli, C.J., et al., "Strategies for Improving the Classroom Environment," Journal of
teaching level. The K-12 levelschoolteachers are not well informed about engineering and applied mathematics and science. Thelack of understanding of engineering and technology by curriculum designers and teachers make itdifficult to introduce engineering concepts into courses. They must be educated first in terms ofengineering and technology professions. It is established that the schoolteachers who have anappreciation for engineering and technology will convey that appreciation to their students, which,in turn will attract more students to choose careers in scientific and engineering disciplines. Acollaborative relationship between teachers and university personnel to bring about the necessarychanges has proved to be effective between North
accessible to all engineering undergraduates. Leveraging recent technologicaldevelopments, our aim is to create, in essence, a single engineering college offering access to thecombined courses and resources of NAU and our foreign partner institutions; students at oneuniversity will be able to participate - via an appropriate combination of direct (in person)participation and internet technologies (distributed teaming) - in engineering design coursesoffered at any partner university. An important side benefit in this age of dwindling educationalresources is that students will have access to a much wider array of specialized elective topics,laboratory equipment and practical experiences (the totality of courses/facilities available at allpartner
note are the highly successful counseling andcooperative learning programs for first year students. Dr. Budny has numerous publications and presentations onengineering education. He is also widely recognized for outstanding teaching, receiving numerous university andnational awards. Dr. Budny has also been awarded the 1996 ASEE Dow Young Educator Award, the 1994 ASEESectional Teaching Award, the 1998 ASEE Ronald Schmitz Outstandin g Service Award, the 1992 FIE Ben DasherAward and the 2001 Carnegie Science Center University/Post Secondary Educator Award for Excellence. Dr.Budny is very active in ASEE within the Freshman Programs and the Educational Research and MethodsDivisions, and was on the ASEE board of directors. He served as the 1999
both to the primary goal of student learning and to thesecondary objective of a competitive entry. CSU, Chico acquired the prerequisite testingequipment over several years, beginning with a year when we hosted the regional competition.Some portion of the fundraising for the regional conference was used to augment existinglaboratory facilities with equipment applicable to testing of the steel bridge entries. Thisequipment, including electronic instrumentation and automated data acquisition, is now readilyavailable to our students for physical testing of bridge concepts. These developments have notonly enhanced participation in the bridge contest but have also provided improvements to thestructures laboratory applicable to a variety of
agreed that the collaboration was arewarding experience. Seniors and Freshmen alike believe that the Freshmen made meaningfulcontributions to the projects. The second assessment revealed that the strongest response elicitedfrom the Seniors was recognition of the value of their “management” experience.Faculty evaluation of the teaching experience, the assessment information and anecdotal data hasled to the conclusion that the second collaboration experience was more successful than the first.The three global objectives of Freshman introduction to design, Freshman retention in theprogram, and Senior management experience are all being achieved to some degree (although notmeasured at this point) and it is believed that the education acquired by all
agreed that the collaboration was arewarding experience. Seniors and Freshmen alike believe that the Freshmen made meaningfulcontributions to the projects. The second assessment revealed that the strongest response elicitedfrom the Seniors was recognition of the value of their “management” experience.Faculty evaluation of the teaching experience, the assessment information and anecdotal data hasled to the conclusion that the second collaboration experience was more successful than the first.The three global objectives of Freshman introduction to design, Freshman retention in theprogram, and Senior management experience are all being achieved to some degree (although notmeasured at this point) and it is believed that the education acquired by all
engineers and life-long learners, with a solid background in the basic sciences and mathematics; an understanding and appreciation for the arts, humanities, and social sciences; an ability to communicate effectively with diverse audiences and for various purposes; and, a desire to seek out further educational opportunities. 6. To expose students to advances in engineering practice and research and to prepare them for opportunities in graduate engineering education or professional schools. 7. To retain faculty who are committed to the educational and research missions of the department and to acquire, maintain, and operate facilities and laboratory equipment appropriate to our engineering program. 8. To recruit students with high potentials who will
. “Engineering Problem Solving I,” in preparation.4. ASCE, 2001. Civil Engineering Practice in the Twenty-First Century. ASCE Publications, Reston, VABiographical DetailsWILFRID NIXONWilfrid Nixon is a Professor of Civil and Environmental Engineering at the University of Iowa and aresearch engineer at IIHR - Hydroscience and Engineering. He is also Director of the University of IowaCenter for Teaching. Dr. Nixon, a Professional Engineer in the State of Iowa, received a B. A. inEngineering from Cambridge University, England in 1981, and a Ph. D. in E ngineering from CambridgeUniversity in 1985.ROBERT ETTEMARobert Ettema is a professor, and department chair, of Civil and Environmental Engineering at theUniversity of Iowa. He also is a research engineer
high-risk students are closely trackeduntil their cumulative G.P.A reaches 2.0. Students are then expected to attend tutoring sessions.Typically, engineering faculty tutors freshman classes and sophomore classes are tutored by thevarious honor societies. Finally, the students are either required to seek professional counseling ormeet with the Academic Advisor regularly.Non-Engineering SpecificTutoring: In regard to our earlier observation that actions outside the SOE may be necessary toaffect retention of SOE students, the performance of engineering students in Math and basicScience courses becomes an increasingly important issue. The faculty that teach Chemistry,Physics and Calculus to the freshman engineering students are always available