recognize a few areas that needfresh ideas and minds working for better solutions. Further it is necessary to embrace thesechallenges through innovative bio-fuel, nanotechnology, mechanical, electrical, computer,composites, and battery technologies.ObjectivesThe overall objective of our Earth Day Teach-In was to involve students, academia, industry, andcommunity to: ‚ bring awareness of the problem: consumption, pollution, cheap oil based global economies, finite resources and the short time available for implementing solutions ‚ change our way of thinking: career choices and personal actions contribute to the solution ‚ create awareness in students so they can make a difference and be part of the solution to find alterative
Page 13.839.4verbiage: “Specify approximate percentage of time/value faculty are expected to devote toteaching, scholarship, Cal Poly service, and community & professional service activities. Forexample, the university might stipulate that untenured faculty devote approximately 60-70% toteaching, 20-30% to scholarship, 5-10% to service, and tenured faculty devote more time toservice and less to teaching. Although faculty might choose different emphases at different timesin their careers, it is not recommended for faculty members to "specialize" in just one area (e.g.,teaching, research, service).” Such specification can eliminate anxiety and focus the efforts oftenure-stream faculty – the only question to be resolved – What is expected in
in science andengineering through graduate research and professional careers. However, we also wantparticipants to experience the joy of research as they tread in unknown territories, overcomedifficulties, and ultimately uncover new knowledge with the help of colleagues and mentors. Wewant them to experience the excitement of shedding light on a problem for a colleague. Theyneed to recognize that we have created our world’s energy problems as a group, and only as agroup can they be addressed. After a lifetime of being told what to learn and how to learn, theymust find their voice and ultimately be self-directed in their journey. And we need to providethem the opportunity to use their voice and practice self-direction. That is why a
AC 2008-1460: SIX SIGMA: DOES IT BELONG IN THE MANUFACTURINGCURRICULUM?Alan Leduc, Ball State University Alan Leduc is an Associate Professor, in the Manufacturing Engineering Technology program at Ball State University and the creator and advisor for the Minor in Process Improvement which focuses on Six Sigma training and will provide students and opportunity to earn a Six Sigma Black Belt certification prior to graduation. In addition to 19 years of teaching experience Alan has 25 years of experience prior experience in industry in the areas of manufacturing, quality, and engineering, ending his industrial career as a Vice President and General Manager. Alan has an M.B.A., M.S
isbecause students already know how to use IM and do not feel they need to be instructed on itsuse, but the students rated email and the phone as extremely important. This indicates that thestudents do not see how IM would be beneficial to group work or how it may benefit them intheir careers. Examples of IM use in industry may demonstrate to the students that IM is indeed askill they will need to master to become World-Class Engineers.Although the students do not believe IM may be an important method of group communication,they do feel it is just as efficient as email and the phone. These findings may indicate thatstudents feel they can use IM to get work done in a timely manner through all these methods, orthat email and the phone have their
planning were rated lowerthan the other items. In contrast, faculty functions, such as #13, available outside of class arehighly rated.Table 5. Course Evaluation CommentsComment Student Comment1 I especially like the team project and oral presentations. The project was very practical but made me think.2 Hazardous waste-site management was my favorite course during my entire academic career. An oral seminar and written report was assigned to each student. In addition, a computer program and team design project was required. In brief, it covered many things with which an engineer should be involved.3 This class gave me an understanding of temporary facilities and hazardous waste-site
AC 2008-1509: KINESTHETIC STRUCTURESKevin Dong, California Polytechnic State University Page 13.830.1© American Society for Engineering Education, 2008 Kinesthetic StructuresAbstractThis paper describes how students are engaged in hands-on activities that reinforce complexengineering principles. In addition to utilizing chalk board examples for design and analysisproblems, physical modeling, not necessarily traditional laboratory testing, is implemented tolink engineering theory with building behavior. Students design, build, and learn how structuresbehave in three dimensions.IntroductionFive years ago, the author switched careers and from practice to
√ √ 2 A 28. Teach Lifelong Learning √ 1 C 29. Promote Engineering Careers to the American Public √ √ 2 D 30. Have a General BA in Engineering √ 1 C 31. Focus on Early Science and Math Course Improvements. √ √ 2 B 32. Include Communication and Multi-cultural Skills. √ 1 C 33. Modern Students Grew-Up in a “Video Gaming” Environment
methods for solvingdifferential equations. The paper will exemplify the student work and discuss the effectiveness ofour methodology.IntroductionTeaching mathematics in a classroom filled with students from various science and engineeringmajors poses challenges to the instructor. It seems that even though the students appreciate theimportance of studying mathematics for their professional careers, they don’t show the samelevels of interest. Many students view the mathematics courses as part of their degreerequirements only and perform with low levels of motivation in the classroom. The instructor’schallenge then becomes to build the bridge from the abstract mathematical concepts to practicalapplications of the theory. The key to success is to
engineering project as well as the opportunity of working in a dedicated team effortThe engineering students and graduates are also exposed to marketing, time management, projectmanagement, team building, budgeting, presentation skills, and other management issues.Through Formula Student, they develop experience, skills and professionalism as “hands on”engineers, with a keen awareness of the often competing pressures of performance, cost, safety,reliability and regulatory compliance. The benefit to students is immense and is good experiencefor newly qualified engineers preparing to enter a career in motorsports, the automotive industryor many other areas of high performance engineering.AcknowledgmentsOur special thanks go to all tutors and experts
Credits Semester 1 Semester 2 COL 110 Computer Applications 3 COL 105 Career Exploration 2 COL 120 Colloquium 3 COL 111 Explorations in Mathematics 3 COL 130 Arabic Concepts 3 CIT 125 Discovering IT 2 Year 1 COL 140 English Composition I 3 Menu I Comparative Professional Systems 2 COL 150 Global Studies I 3 COL 135 Islamic Civilization I 3 COL 145
Manager, works closely with professors, lead users, and authors to improve the quality of Engineering education utilizing National Instruments technology. During his last 5 years at National Instruments, Luther has held positions as an academic resource engineer, academic field engineer, an applications engineer, and applications engineering intern. Throughout his career, Luther, has focused on improving education at all levels including volunteering weekly to teach 4th graders to enjoy science, math, and engineering by building Lego Mindstorm robots. In his current position he manages the NI Textbook program and has had the opportunity to collaborate on numerous textbooks
students respond) rated the tour very positively. They agreed or stronglyagreed that study abroad was important to their professional as well as their personaldevelopment. All students believe that the study abroad program will help them search for theirfirst job after graduation and that it will enhance lifelong career opportunities. All but onestudent felt that they had gained self-reliance and independence. Eight respondents also feltassured in their engineering skills and all but two felt that the experience better equipped them to“solve real-work problems in a broader global societal context”. No students disagreed orstrongly disagreed with any of the “engineering outcomes” questions, and there were only fiveneutral responses out of the 48
requirement will notonly prepare Pitt IE graduates for a successful engineering career in a global environment, butalso help to give them a competitive advantage over other IE graduates who may not have aninternational experience. We are in the early implementation stages of this decision and suspectthat there may be some further tweaking of the requirements. We are committed to continuallyimproving our academic program and although we are confident in our decision to implement theinternational requirement, time will judge the success of this decision.AcknowledgementsThe authors would like to acknowledge and thank Ms. Nora Siewiorek, the UndergraduateAdministrator in the Department of Industrial Engineering at the University of Pittsburgh for
library liaisons participate in discussion forums and webinars.At about the half-way point in the MEPP program, students take Independent Reading andresearch in Applied Engineering (IRRAE). This project-based course requires online researchthat contributes to the participant’s professional and career growth. Although the projects mustbe practical, they must also fulfill strict academic requirements. Students are gradually won overto the idea of secondary (library) research.The Challenges of an Online Research CourseA successful online project-based graduate course requiring secondary research skills forpracticing engineers presents a number of challenges: 1. Establish the value of secondary research for practical engineering work. 2. Teach
inscience, computing and engineering).According to ABET, its accreditation is assurance that a college or university program meets thequality standards which are established by the profession for which it prepares its students.ABET accredits programs only, not degrees, departments or institutions. ABET accreditation,for example, focuses on program educational objectives which are broad statements that describethe career and professional accomplishments that the program is preparing graduates to achieve:these are then linked to program outcomes, which describe the units of knowledge or skill whichstudents are expected to acquire from the program to prepare them to achieve the programeducation objectives.3 Criterion 7 of the standards on
technologicalliteracy is defined as the broad understanding of all types of technological devices and processnot just computers. Educators in Computer Science, Engineering and Technology have aresponsibility to educate all students not just those intending technical careers. Despite the needfor all Americans to become technologically literate, technical literacy is not likely to gain wideacceptance until the scholarly community develops standard courses that are supported bytextbooks and other course materials. This National Science Foundation (NSF) sponsoredworkshop sought to identify and define several models of technological literacy courses. Basedon a review of courses already developed and comparisons to other disciplines, four candidatestandard models
excluding anyone from this group, no one has felt left out or spotlighted. Instead, it has provided a way for each individual to find her or his own way with colleagues who have similar interests and needs. Indeed, a previous report attributes their first-year engineering students’ retention-to-degree increases, in part, to creating a supportive learning community23. 4. Interaction with enthusiastic, interested faculty. Students want to talk with faculty about their technical interests and career choices; moreover, they are motivated by being asked Page 13.632.6 to provide their input and then have faculty respond it
professional development and using thematerials. Moreover, teachers felt much more comfortable with aspects of teaching engineering,including: designing, implementing, assessing, and determining relevant design features ofengineering processes12. Similarly, pilot assessment of students revealed that engagement withEiE units raised their understanding of engineering concepts and processes. Specifically, basedon the pre- and post -tests, students improved their understanding on what are human-made,technology, engineering work/careers, and engineering design process 12, 13, 14.Summer Institute Program ContentIn July 2007, approximately 60 elementary teachers worked together, guided by STEM facultyand K-12 professional development staff to successfully
to put together9. Team problem solving generally results in greater solution acceptance/commitment10. Synergy can be positive or negativeConclusionThe competitive situation confronting the manufacturing industry is much different from that oftwenty five years ago. Globalization and technological innovation have influenced the wayorganizations provide services and manufacture products. In today’s competitive economy,companies in the manufacturing industry cannot afford to become complacent about theirproducts, manufacturing processes, market positions or skill development. Creative thinking isthe type of education engineering and technology students need to facilitate their careers andmeet the competitive challenges confronting their
side of the desk, there areenumerable students desperately wishing the instructor would find a way to teach that wasn’t justlecture with PowerPoint or equations on a white board. If a classroom existed that required activeparticipation of all students and instructors and there was immediate and meaningful feedbackbased on the students’ ability to demonstrate what was learned, would you use it?Not today and not next year, but during the professional career of most of today’s educators, thisclassroom will exist. A prototype of this environment exists and is being used by millions ofstudents and a growing number of educators. Actually it is not one prototype but several that gounder the names of wikis, social networks, and virtual
AC 2008-937: INCORPORATION OF BROADBAND ACCESS TECHNOLOGY INA TELECOMMUNICATIONS ENGINEERING TECHNOLOGY PROGRAMWarren Koontz, Rochester Institute of Technology Warren is currently a professor in the College of Applied Science and Technology at RIT and chair of the Telecommunications Engineering Technology program. He joined RIT in December 2000 after retiring from Bell Laboratories. He began his thirty two year career at Bell Labs as a member of technical staff in the Electronic Switching Division in Naperville Illinois. He was involved in a variety of projects at a variety of Bell Labs locations, including international assignments in The Netherlands and Germany. At the time of his retirement, he
. Programs: A Method to Increase Graduate Enrollments and Attract Top Students to Graduate Study,” Proceedings of the American Society of Engineering Education Congress and Exposition, AC 2007-903.7. R. Kane, C. Gonzalez-Lenahan, and S. Eck, “Accelerated Graduate Degree Programs,” Proceedings of the American Society of Engineering Education Congress and Exposition, AC 2007-63.8. A. Donnelly, “The Southeast Alliance for Graduate Education and the Professoriate Program: Graduate Minority Retention and Preparedness for Academic Careers,” Proceedings of the American Society of Engineering Education Congress and Exposition, AC 2007-1784.9. S. Duggins, “Recruitment and Retention of Women in the Computing Sciences: Tackling
arises,“Do women collaborate differently than men?” The role of gender has great weight; many women are pressured away from the sciencesbecause of societal pressures of women being in the home and as mothers. From childhood,women are taught to limit their education and aspirations, whereas men are taught devotion totheir careers.2 In the workplace, women have experienced treatment such as teasing or workplaceexclusion. In addition, women sometimes feel they are not taken as seriously as their malecounterparts.2 For these reasons it is expected that there are differences in how men and womenengineers interact. How do these dynamics between men and women engineers affect theircollaborative efforts? Are there measurable differences in
students, if they are holdingoutside jobs, participate less in non-academic extracurriculars – instead, trying to focus on thoserelated to their future careers. Still these findings, are not novel – Berger, Milem and Paulsen19found significant differences in the types of activities freshmen engaged in relative to their SES.We found high SES students had greater motivation from their family (Variable 2) to studyengineering than their low SES counterparts. This, in part, may be due to the fact that nearlyone-third of APPLES subjects had an immediate family member with an engineering degree20,an achievement that likely results in a SES score that was not in the lowest quartile.Differences in confidence in areas perceived to be closely related to
ahelpful tool to quantify the risk involved in this process of bridge assessment.Addition of a semester-long course on reliability of bridges in the civil engineering curriculumcan greatly help the students understand the fundamental concepts of bridge safety. Civilengineering graduates will have the capability in evaluating bridge safety which they canconfidently use in their future career. As a result, this will encourage students to specialize in thefield of bridge reliability and eventually the nation’s bridge assessment experts will grow innumber. These experts will have the technical know-how to help maintain bridge infrastructuresto avoid catastrophic failures and most significantly of all, save lives.IntroductionThe load carrying capacity
engineering among the next generation in the United States has beendeclining at an alarming rate for several decades. This may be caused from intimidation thatthese subjects pose to primary and secondary education students. Educating these students (K-12th grade) on the social and economic benefits of pursuing careers in science and technologythrough fun, unique, and interactive parties is an excellent opportunity and is the focus of thispaper. These science-oriented parties can be used for a plethora of occasions including: birthdayparties, Bar Mitzvahs, lock ins, celebrations, and much more. Typically, educational outreachprograms teach students who are already interested in science and engineering. Theseengineering parties are a surprise and
2.88 6.00 12High Workload will limit student effectiveness 3.29 9.00 12Program will decrease in size or be unable to grow 4.00 6.00 29Recruiting & RetentionInadequate Recruiting & Retention of New Students 3.76 9.00 29Inadequate career support will limit student success ingetting jobs or grad school assistantships 3.65 9.00 24Inadequate diversity of student body will limit the totaleducational experience 2.88 9.00 18 Table 3f: Summary of ME Program Risk RatingsCommunication & Relations
Engineering Design Graphics Division of ASEE. She was a recipient of the Dow Outstanding New Faculty award and the Distinguished Teaching award, both from the North Midwest Section of ASEE. Her research interests include spatial visualization and computer aided design. Page 13.696.1© American Society for Engineering Education, 2008 Impact of Spatial Visualization Topic Order on Student Performance and AttitudesAbstractSpatial visualization skills are critical to many scientific and technical careers. AtMichigan Tech, we identify first year engineering students who may not have fullydeveloped their
navigation, guidance and control products at Litton, at Singer-Kearfott, and at Bendix.Daphne Dador, California Space Education & Workforce Institute Daphne Dador received her M.A. from the George Washington University in Space Policy and Communications. She also holds a certificate from the International Space University. Dador is currently a project manager at the California Space Education & Workforce Institute where she oversees STEM-related education and workforce development projects through a state and federal economic development initiative. As an active member of the space community, her work has often focused on attracting young people to become involved in space activities and careers