socialproblems in the world around them will be beneficial to them in future careers. An article in theCornell Chronicle observed, “No longer the ‘me generation’, American engineering students areactively taking on some of the world’s toughest problems…students and professional engineers[are] working to improve the lot of some of the world’s poorest communities, many in thedeveloping world.”3 Helping the impoverished have a better life enables students to look beyondthemselves into the world around them.In order to engage engineering students from many disciplines in a global opportunity, a newvariable credit (1-3) course was developed and is currently in progress during the Winter 2007semester. For all engineering disciplines (chemical, civil
AC 2007-420: NEXT GENERATION OF TUTORIALS: FINDING TECHNICALINFORMATION AT PURDUEMegan Sapp, Purdue UniversityMichael Fosmire, Purdue University Libraries -- PHYSAmy Van Epps, Purdue UniversityBruce Harding, Purdue University Page 12.1106.1© American Society for Engineering Education, 2007 NEXT GENERATION OF TUTORIALS: FINDING TECHNICAL INFORMATION AT PURDUEPurdue University recently developed a multifaceted tutorial to provide just-in-time assistancefor students seeking technical information. The tutorial incorporates an instructional, animatedcomponent that stresses the reasons why different kinds of technical information are important inan engineer’s career. It
for University of Missouri Extension and College of Engineering. He provides leadership for the Missouri Small Business Development Centers, Missouri Procurement Technical Assistance© American Society for Engineering Education, 2007 Missouri Small Business Development Centers, Missouri Procurement Technical Assistance Centers, University Center for Innovation and Entrepreneurship, Missouri Federal and State Technical program, Career Options, Missouri Market Development, Missouri Film Commission, and various environmental programs. Last year the programs served more than 20,000 participants and had nearly a half-billion dollars in economic impact. Since 2002, Steve has
technical competency in manufacturingfirms where most mechanical engineering graduates are employed. Two lectures were designedto: (1) introduce freshmen students to fundamentals in materials and manufacturing, (2) exposethem to advanced materials and 21st century manufacturing system, (3) involve them in hands-onactivities, and (4) encourage them to pursue degrees and careers in mechanical engineering. Thefirst lecture was focused on material processing while the second one on contemporary issues inmaterials and manufacturing.In the first lecture, the students were introduced to the modern manufacturing systems startingfrom marketing to delivery. Then, all students pretended to run a manufacturing company called“Cougar Emblem Manufacturing (CEM
engineering curriculum innovation/reform and quality assurance/accreditation initiatives.Numerous workshops on these topics have been delivered to institutions in Mexico, Argentina,Brazil, Peru and Chile, seeding important developments, as the following comment from theDirector of the University of Chile states: “This workshop turned out to be the seed of a continuing effort to change our teaching methods… our school has started work on a deep review of our curriculum and our approaches to teaching and learning. Many of the professors involved recognize that experience as a turning point in their careers. Our school is strongly research-oriented and teaching often tends to be seen as a lower priority activity. The
and Civil engineering majors at Georgia Tech. As there is always sufficient number of students enrolled in those majors, this course is taught at lease once every year.g) ENGR 1103 – Principles of Engineering Analysis and Design (Fall 2002) This is comparable to “Introduction to Engineering” course as is customarily taught in most engineering programs. The only difference is that ASU course is taught at sophomore level instead of the freshman level with pre-calculus as prerequisite. Primarily, this course introduces students to the engineering career opportunity, course requirements, survival skills, team work, technical communications, design approach, and ethical practices. The course is also used to reinforce concepts
failure is high and theprobability of a failure is unacceptable. For example, a spare pump requires the extra pump, allpiping and valves, and control equipment to provide for immediate startup of the spare shouldthe primary fail. Even this total cost of spare pumps is usually found to be a good investment,while the much higher capital cost of compressors prevents a spare being provided in mostplants. This coverage of reliability will likely be limited in a design course; however, it isessential to perform proper equipment design and cost estimation. Even a brief introduction willprovide basic concepts used by students throughout their careers. Importantly, we hope that itwill pique their interest and serve as a basis for later study during
graduated from King Abdul Aziz University in Biomedical Engineering from 1985 to2000 where 20% are non-Saudi national. 50% of the remains where joined the governmenthealth care facilities, 10% changed their professional career and the rest joined privatefacilities and/or medical companies .The Saudi Biomedical Engineers’ hands on working arevery low comparing to the number of health care facilities and/or medical companies. Fromthe above data, the number of graduates working within the health care facilities and/ormedical companies are very low which shows that the number of Biomedical engineers pernumber of hospitals and/or medical companies is one Biomedical engineer against five ormore hospitals and/or medical companies. Obviously, there is a
Hellmuth, LeTourneau University Dr. Tom Hellmuth is Dean of the School of Engineering and Engineering Technology at LeTourneau University in Longview, Texas. He obtained a B.S.M.E. from Rice University in 1978, an M.S.M.E. from Colorado State University in 1980, and a Ph.D. from New Mexico State University in 1995. He worked in industry in the area of machine and thermal system design for about five years before beginning his teaching career. He has taught for 20 years in mechanical engineering and engineering technology programs. Current interests are in modeling of thermal systems and engineering design. Email: TomHellmuth@letu.eduRoger Gonzalez, LeTourneau University Dr. Roger V. Gonzalez
student population of three hundred students. Dr. Viswanathan is an educator, researcher and administrator with more than twenty-five years of industrial and academic experience encompassing engineering and environmental consulting, research and development, and technology development. His career experience includes teaching at the University level, conducting fundamental research, and developing continuing educational courses.John Watson, National University John Watson has been a professional technologist and researcher for over 24 years. Page 12.579.1 Research/Academic: Dr
knowledge and expertise that would otherwise takeyears of post-graduate experience to be achieved.1.1 S3FL’s philosophyA comprehensive education that prepares students to be strong contributors and leaders in theirfuture careers requires an academic program of both classroom and practical components.Classroom settings provide the foundations of engineering analysis but cannot substitute forpractical, hands-on experience gained from real-world problem solving in end-to-end projects.S3FL’s objective is to provide students with the opportunity to learn, develop, and practice theengineering, teamwork, management, and leadership skills required as members of the nation’sfuture space workforce.S3FL offers students the following opportunities2: • Hands
capabilities. ….Andrew PTime, patience, and dedication are necessary for any programming project to be successful. Theymust be planned out over a period of time, rather than done the night before in order for theproject to have any possibility of being impressive. The project is only as good as the quality ofwork you put into it. Your attitude towards the project also affects the quality of its final outcome.This program is not just a final project, but a tool for me in the future. I have truly realized thepower, convenience, and usefulness of the C++ programming environment and will be using itthroughout my career. .. Matthew SIn conclusion, the horsepower calculator is a very handy piece of code that is of high interest tome, and some of my friends
learning and bridges classroom lessons to real-world experiences.4,5The United States’ investment made in future nanotechnology developments requires a reformededucational program for preparing students for engineering, science, and technology careers.6The incorporation of nanoscale concepts into middle- and high-school curricula can contribute tothese initiatives.Research has demonstrated that students of science may gain deeper conceptual understandingswhen they are able to build and manipulate models of science phenomena.7 In addition, there isa consensus among scientists, engineers, and science and engineering educators in the field ofnanoscale phenomena that education of nanoscale science, engineering, and technology conceptsrelies on models
had some idea about how much they will need to save over their working career inorder to retire with the lifestyle they desire 3. Students upload to WebCT their EXCEL templateand a brief paper about their findings and retirement plan.Results of Learning Activity #1: Students learned how to apply course concepts and use anEXCEL spreadsheet to make financial calculations. They also learned how to perform sensitivityanalysis using the spreadsheet. They learned how to summarize their results in the form of anexecutive summary. No negative comments were received during assessment about the use of theretirement plan as a learning activity. Many students responded in the optional comment sectionof the survey that they really liked the activity and
a student asking to join aresearch time on a work for pay basis during his last year. Since he was a very good student andhad already taken most of his engineering classes, he was immediately given critical tasks for thecompletion of a project which had a very aggressive schedule and hard deadlines. The studentdid quite well until he had earned enough money for his spring break trip. During the last 6weeks of the semester, it was very difficult to get any meaningful work out the student. Havingcome to the project late in his student career, he felt little responsibility to the sponsor. Since hedid not need the research in order to graduate, it quickly fell to the bottom of the priority list. Inthe end, he was dropped from the project. This
allows service-learning to be implemented into the classroom at an even more influential stage in astudent’s college career. The majority of students who drop out of engineering Page 12.662.3disciplines do so during their freshman and sophomore years, and by implementingservice-learning, a visible application of curriculum, the goal of enrollment retention canpotentially be adequately addressed during these crucial years.As such, the ideal place to begin service-learning at Texas A&M University would be inthe general engineering courses all freshman engineers are required to take. However,within the Chemical Engineering department the most obvious
play a major role in the career of faculty. This is particularly true fornew faculty members. Table 2: A sample of Motivational Gaps between University and Industry Personnel University IndustryAdvance knowledge/education Make moneyContribute to the world of technology/solving Create and develop wealth – make money fromsociety’s problems new productsFind elegant solutions for complex problems Find a solution for a specific problem; elegant or notPublish papers Keep secrets for competitive advantageBecome a big hit in scientific or professional Expand or at
and Practice for the Developing WorldI, was a very positive and useful experience. One of the reasons is that it has been the only classin my career in which I have felt that I participated in a very noble cause, which is to help designlow-cost seismic resistant structures and develop sustainable construction practices that can beimplemented in seismic-prone areas in developing counties to help protect low-incomecommunities.This class gives students the liberty to help structure the development of the course itself, whichpushes students to participate more actively, and to be more independent and proactive in theundertaking of the course activities. I enjoyed the experience of collectively setting courseobjectives with both classmates and
these women themselvesnor their male peers and teaching staff.The results from the second study show that it is easier for women at Architecture and Design to cope aswomen are more than half of the students. The equal proportion by gender makes it easier andcomfortable for women to take active participate in different learning activities. In this way, thepercentage of women makes a difference.In addition, the second study shows that the understanding of professional identity is very different atEE and Architecture and Design. At EE there is a long tradition for what kind of careers and jobs theywill get after graduation. At Architecture and Design this tradition does not exist as it is a newprofession, so the students are very concerned with
AC 2007-976: FACILITATING ENGINEERING MATHEMATICS EDUCATION BYMULTIDISCIPLINARY PROJECTSGünter Bischof, Joanneum University of Applied Sciences, Department of Automotive Engineering,Graz, Austria Throughout his career, Dr. Günter Bischof has combined his interest in science and engineering application. He studied physics at the University of Vienna, Austria, and acquired industry experience as development engineer at Siemens Corporation. Currently he teaches engineering mathematics in the Department of Automotive Engineering, Joanneum University of Applied Sciences, and conducts research in automotive engineering and materials sciences.Emilia Bratschitsch, Joanneum University of Applied Sciences
traditionaltechnical communication course. In other cases, students have taken the sequence even thoughthe credit hours do not contribute to their plan of study. A second concern for the course hasbeen the attrition between the spring course and the fall course. More than one-third of thestudents have opted not to take second portion of the course, but most of these have beenstudents who do not need the course credits to graduate. Although more time is needed to assess the effect of this course’s research experiences onthe careers of these students, the course sequence appears to be a success. The next step is to trythis experiment on different campuses, especially those in which technical communication isintegrated differently into engineering
Guide calls for an ability to “read and communicate mathematics with clarity,”“write and speak mathematically,” “contribute effectively to group efforts,” and “communicatemathematics clearly in ways appropriate to career goals.”2 Page 12.598.2At our institution, Georgia College & State University (GCSU), we have about 90 mathematicsmajors. Roughly half of our math majors are pre-engineering majors. While we do not have aformal engineering major, we offer a transfer program in conjunction with the Georgia Institute ofTechnology. Calculus courses at GCSU are four credit hours, and a semester consists of fifteenweeks. Four credit hour courses
betaken in any area as long as they have the appropriate engineering or science content asprescribed by ABET and AIChE. However, taken in an ad hoc manner, students were gettinglittle satisfaction or career enhancement. The ChE department has established Options to aidstudents in selection of elective courses. This also helps to broaden and strengthen theundergraduate ChE curriculum, potentially attracting more students to the department. To beeligible for an Option, the student must fill out and present a Student Petition for Option Programin Chemical Engineering to the faculty “champion” for the desired area. The champion is afaculty member with expertise in the area of the Option. Additionally an Option must contain atleast 21 credits. Three
Engineers. We will offer our thoughts andperspectives on what is required for successful compliance with Criterion 3. And at no extracharge, we will provide some broader advice to department chairs who are preparing for theiraccreditation visits.II. An Assessment Process for Criterion 3Although the outcomes-based ABET accreditation criteria have been in place for over seven years,many schools are still struggling with ABET Criteria 2 (Program Objectives) and 3 (ProgramOutcomes) as they prepare for accreditation visits. Program objectives are currently defined as “broadstatements that describe the career and professional accomplishments that the program is preparinggraduates to achieve.”1 The definition of objectives has changed several times over
just pay attention and do what you’re told, then you’ll have a good time” “At first, I thought it was confusing; but then after finding more about it. I could understand how the work we were doing related to real life situations and stuff; it was pretty cool once I got used to it.” “I thought it was pretty fun I think”Further into the interviews, it was apparent that two of the students still considered the activityinteresting, while two described the activity as less than interesting: “I’d put it at about an 8. it showed what you would want to think about the in the future if you wanted to take engineering in college and stuff, all the things you need to know to have a career.” “I thought
External Objective Evaluation Outcome Internal and Improvement External and Revision Outcome Assessment Direction Direction of of Primary Primary Influence InfluenceFigure 1. Continuous improvement process for the program objectives and outcomes.The capstone design course in every engineering curriculum is the culmination of a student’sacademic career, and provides a logical and appropriate opportunity for
DigitalMicroelectronics (INEL-4207), Microprocessor Interfacing (ICOM-5217), and/or CapstoneDesign in CE (ICOM-5047). From these courses, ICOM-5217 is a technical elective, while theother two are program requirements. All three courses provide a balanced blend of choices interms of career concentrations in the three program areas. The materials discussed in the threecourses have varied perspectives. INEL-4207 is a traditionally conducted course teachingtransistor-level circuit design and VLSI, with exams and periodic homework. ICOM-5217teaches the basis of embedded systems design and firmware development through a studentproposed, semester-long project20. In the capstone course students are expected to conduct asemester-long project which involves advanced
Force as a scientist, engineer, educator, and acquisitions officer prior to his academic career. Page 12.142.1© American Society for Engineering Education, 2007 A Systems Engineering Entrepreneurship Approach to Complex, Multi-Disciplinary University ProjectsAbstract: This paper presents a systems engineering entrepreneurship approach to developing projects at auniversity that are complex, multi-disciplinary in nature, integration oriented, and that may spandepartments, colleges, and have long completion schedules. Fundamental systems engineering principles areused to manage cost, schedule, and performance
Chumbley, in cooperation with other departmentfaculty, had developed a materials presentation aimed at making K-12 students moreaware of materials engineering as a possible career path. The presentation includesdemonstrations involving audience participation that relate materials information, oftenabout the atomic structure of materials, to real-world events (such as the Titanic, theChallenger, and the Columbia) and current state-of-the-art research projects in thedepartment.Figures 1A: Engineering Day at the Mall, Kids with Memory WireFigures 1B: Engineering Day at the Mall, Dr. Genalo Doing DemosA focused effort was made to develop an aggressive outreach schedule to bring thatpresentation out to schools and other public venues (for example, the
captivates the class. A lot of references to its application in industry.” “I greatly enjoyed the class and am switching majors. Thank you.” “Very good notes”, “Good PowerPoint presentations” “Always has a group problem solving activity for each class”, “Class is interactive for students keeping everyone involved” “Slides summarize important points relevant to class” “A lot of useful material online”, “Great website” “Interesting projects”, “Projects were directly related to our future careers” “Good repetition of key facts for better retention”Negative student comments related to the modules “A lot of reading” “Projects require too much work for a 3 unit course” “Required us to learn extra information we