], [5].This article contains a summary of the accreditation criteria from TAC and CAC of ABET. Thesummary is focused only on the portions of ABET criteria that would be affected if distancelearning courses are offered. The article then contains discussions on techniques for satisfying theABET requirements when distance learning courses are offered.An institution can also be accredited by one of the following eight regional accrediting agencies.• Commission on Higher Education, Middle States Association of Colleges and Schools• Commission on Institutions of Higher Education, New England Association of Schools and Colleges• Commission on Technical Career Institutions, New England Association of Schools and Colleges
to learn in order to keep up.” • “We learn how to do time management and realize the importance of self-learning.”It is encouraging to receive this kind of feedback from students as it suggests that they seem tobe practicing higher-level learning skills when they talk about time management, understandingteacher’s perspective, self-learning, etc.Based on our experience and the documented positive impacts of active learning, we propose thefull integration of the LTT program into the ME core curriculum. This complements ouroutreach program by systematically stimulating our students with higher-level learning skills tonot only prepare them for their future careers but to also prepare them to be competent
not planning to work as an engineer give the fact that “they could not likeand adopt this profession during their studies” as the reason to it. This is another negative effectof the university entrance exam pushing the students to make their preference list based on theirgrades and not on their aspirations and/or skills.The second reason of the girls not wishing to work as engineers is their intention of following auniversity career. Among the replying students to this question 50% of the girls stated their wishto follow a university career while it is only 3.3% among the boys. This resulted is supported bythe findings of previous research in Turkey [17]. The increase of female participation in graduatestudies faculty and researchers is
history of oppression, unequaleducation, and unequal career opportunities. 2 However, as the United States moves into thetwenty-first century, industry leaders recognize that this country must develop all of its technicaltalent if it is to remain competitive in the global economy. Since the early 1970s many government and private initiatives have focused onincreasing the number of SEM college graduates from underrepresented groups. 3 One of thestrategies encouraged in these initiatives is the use of summer bridge or transition programsdesigned to help students successfully make the transition from high school to college. 4 Formore than ten years Morgan State University (MSU) has offered summer bridge programs.MSU is one of several
Session 2003-1056 “One Ancient Greek and One Mythic Bird: The Cunning of the Engineer” Philip J. Chmielewski, S.J. Loyola Marymount University Engagement in life-long learning (ABET) can be fostered by utilizing resources drawnfrom (a) classical Greek literature and (b) modern ethnography. Life-long learning does notsimply happen because a person lives or even lives long. The habit of the learning thataccompanies the stages of one’s life and one’s career must be acquired. In this paper the focus isdirected to the shrewd, problem
course wasdesigned, the “story” of this course will include student comments and learning outcomesthroughout the following sections.Methodology and Course DesignThe freshman learning experience discussed in this paper took place in a College of Engineeringsection of University 101, “The Student in the University.” This course recently receivedrecognition from U.S. News and World Reports as the number one program for first-yearstudents in the country.4 The “university” part of this course introduces and exposes the studentsto living and learning opportunities such as sex education, alcohol and drug abuse education, thelibrary, and the career center. This class was made up of ten freshman engineering honorsstudents (four females and six males
Applied Science offers the First-Year Engineering ProjectsDesign-Build Course (FYEP). Initiated in 1994, this course is a three-credit, one-semester coursethat now serves approximately 350 students per year. The course is required by the mechanical,aerospace, and environmental engineering majors and is an elective for the rest of the college’sdepartments. In contrast to large, impersonal math and science courses, each FYEP section islimited to 30 students. Instruction and enrollment are interdisciplinary; sections are staffed withinstructors from a variety of engineering departments. The goals of the course are to introducestudents to the excitement of engineering as a career and the practical considerations of thedesign process, experimental
program). Results were veryencouraging. Survey respondents indicated that over 30% of these alumni were actively pursuingan entrepreneur-like career. These students had either formed their own company or hadcommercialized their product. This result illustrates great strides towards the promotion ofentrepreneurial activities. Seventeen percent of the students were pursuing a more traditionalavenue of entrepreneurial activities, such as working for a start-up company, worked in the areaof design, continued their E-team idea via graduate work, or were studying patent law. Further,over nine percent of the students who had an E-team experience were filing a patent for theirwork or had one approved. Twenty-six percent of the students had pursued a
: Cost and time constraints(n = 37); Supervisor/employer attitude, values and behavior (n = 37); Personal beliefs and attributes (n = 22); Page 8.176.1 Lack of training or knowledge (n = 18); Proceedings of the 2003 American Society of Engineering Education Annual Conference & Exposition Copyright © 2003, American Society for Engineering Education Money and personal greed (n = 11); Career advancement and job security (n = 10); Communications (n= 7); Laws, regulations and design codes (n = 7
everything fromcourse material sharing, labs and software, to teaching and career management workshops andgrant opportunities1. Repositories are being provided in selected instances for faculty members.For instance, MIR FacultyOnline6 is an online source of textbook information for college anduniversity professors. The service provides access to textbook data, including reviews, lists oftop-selling titles by course, among other information. The Internet Scout Report3 states "MIRcan be extremely useful, especially for younger faculty or professors tasked with teachingcourses out of their field." Despite this new abundance of information available, enabled by theInternet, there is still little guidance offered as to its use.The framework and model in
. In addition to the initial challenge of developing relationships with potential employers of co-op students, a greater one has been maintaining the three-semester per year balance of supply and demand of students for co-op employment.10. Career Services. For new programs in engineering, the institution’s Office of Career Services (OCS) needs considerable lead time to develop an understanding of the culture and issues related to providing engineering graduates with effective assistance in securing engineering employment. In this regard, regular communication should occur between the program director and the OCS staff. In addition, significant effort is required on the part of the OCS in attracting corporate recruiters
. He also feels that since he is thefirst generation out of his family going to college, his parents are very supportive and committedto his education. He feels that through a strong commitment to himself, he will be an engineerand this will allow him to do want he wants to do in his career. Going to high school, eventhough he had very little exposure, he liked computers a lot. He also feels that the CEASenvironment is free of discrimination. He also stated that he has never felt the need to see hisfaculty professors. He feels that the MEP SBP gave him a head start in ECE 100, but he wouldhave liked the program to include more on corporate politics and culture.Ken is a commuter student and usually leaves school when his ride has to leave, but
first year – before their academicrecord and confidence have been seriously damaged. The first set of conditions is strictlyacademic: students are required to take appropriate remedial courses and to achieve at aparticular level in these courses. They are also required to use selected support resources.Even so, a high attrition rate is expected among this group, and so a second set ofconditions constitutes a “safe-exit” process. Participation is required in: · A two phase career planning activity developed specifically for this group. Students first meet in small groups with university career planning and advisement professionals to explore their own personal motivational connection to engineering. In accord with the needs
(ethics, sociological, health and safety). The teammanager was responsible for organization, maintaining schedules, and the written and oral t eamreports that were the products of the team. The task teams were responsible for educating theentire project team on the fundamentals of their respective task.Why the Mars Mission PBL-Problem – USAF graduates are Air Force Officers who, duringtheir careers, participate in and have responsibility for a variety of systems -programs. Suchprograms often present interdisciplinary ill-defined problems requiring expertise in engineering,economics, politics, sociology, medicine, psychology, and law. So in addition to device-orientedproblems, USAFA cadets need school-experiences working on multifaceted
database to show the MBTI distribution for students at ouruniversity, compare this information to existing engineering student data available in theliterature, explore graduation rates for different learning styles, and explore gender and minoritydifferences in learning style and graduation rate.We also have given the MBTI to our engineering faculty and have data to demonstrate theteaching /learning style differences that a typical engineering student faces in his or her classes.We compare this information with MBTI data for educators from kindergarten through highschool to show how this situation has changed for a typical student as they have progressedthrough their educational career. We also compare this information with existing data
business schools.This paper discusses some differences between the current teaching of entrepreneurship inengineering versus business schools, and also adds the dimension of “high technologyentrepreneurship.” The work has been motivated by a strong desire to provide the optimumeducation content to our own entrepreneurial students at NCSU, in both the Colleges ofEngineering and of Management. The ultimate objective is to ensure that we are providing aneducational experience supportive of student career aspirations and perceived employer needs.The outline of the paper is as follows. Firstly, we provide some background comments thatprovide context and definitions for the categories of entrepreneurship that we discuss in the paper.Next, we compare
a softening ofrequirements relative to our other rigorous IT&E programs, while othersquestioned the extent to which the BS IT program would prepare students for life-long learning. As always, there were questions regarding the potential diversionof resources away from existing IT&E programs. As the BS IT program proposalneared maturity, it was generally the consensus that the new program will helpachieve our goal, which is to produce more graduates who understand informationtechnology and who can use it effectively.V.1. Career Opportunities for GraduatesLots of discussion centered on the degree to which the BS IT degree will enhancestudents’ abilities to find work as IT professionals. The working group addressedthese concerns by
principles and design.II. Research QuestionsThe following research questions were used to judge the presence of technological andengineering applications and design in some of the newest and most widely used secondaryscience textbooks. These questions were chosen for their motivational potential and thepossibilities they might offer to students to gain the kinds of problem solving skills needed forsuccessful study and possible careers in technical fields. Mathematics was addressed in sciencetextbooks because of the research that indicates that one reason for the high attrition rate in manyengineering programs is related to inadequate preparation in mathematics prior to enteringcollege 16 . 1. Do the science textbooks use science conceptual
faculty in 2003. Her current research interests are twofold: as well as her research in biological materials (cur- rently focused on bioderived plastics synthesized by bees), she also researches the engineering student experience, including persistence and migration, differences by gender, and the role of self-efficacy in project-based learning. In 2010, she received an NSF CAREER Award in support of her research on engineering education.Caitrin Lynch, Olin College of Engineering Caitrin Lynch is an Associate Professor of Anthropology at Franklin W. Olin College of Engineering. Her research concerns gender, work, aging, and globalization, with a focus the United States and Sri Lanka. She is the author of the book
careers, they often fail at delivering an effective presentation themselves. The disparitycan often be explained by the students relying overwhelmingly on the quick-fix-tips they havegained to mend their presentation rather than spending their efforts to diligently practice theirdelivery before the final presentation. Rehearsals allow the students to identify discontinuities intheir flow, avoid awkward pauses, gain confidence with their delivery, reduce reliance on theslide text and better manage the allocated time - all common shortfalls evident during studentpresentations. Rehearsing is often the least favored presentation tip because it requires thegreatest effort and its importance is least apparent to the students. In fact, there is a
%) 22 (58%) PostPedagogical contribution of LiaB. Students view the LiaB courses as a significant contributor totheir personal understanding of circuit design. Of the ECE 2074 students, 73% (pre-coursesurvey) and 81% (post-course survey) indicated that the hands-on portion of the class includingthe ANDY board, multimeter, and oscilloscope, contributed more than average or a majorportion of their knowledge. Among the ECE 3074 students, we see a shift where pre-course only51% thought LiaB experiments would be an above-average or major contributor, and post-course,84% responded in that manner. Through their use of the LiaB kit, more students found value inthe hands-on experience.Impact on career preparation. The majority of students in both
and kinetics of rigid bodies. It is a sophomore level course which is known to beespecially challenging due to its demand for high analytical skills. It is also known that theperformance of students in this course can lead them to question their ability to the extent ofrethinking their major and career. The number of students involved in the study was 12 students,which is the typical class size in any given semester. From a statistical point of view, this meansthat the sample considered in the study is 50% of the population. Additionally, the incomingperformance expectation of both groups, as measured by the cumulative GPA, was compared. Itwas found that the control group had an average cumulative GPA of 2.8 compared to 3.1 for
as the foundational stem upon which extensions forcontinued professional depth and transition to non-engineering career paths can be grafted; themasters degree should introduce engineering as a profession and become the requirement forprofessional practice; and the doctoral degree needs to be enhanced with an emphasis on breadthas well as depth, linking discovery and innovation.With an interest in implementation, the 2009 5XME workshop formulated a number ofmechanical engineering curricular concepts: a professional (or design) “spine” offeringengineering reasoning, engineering synthesis and other professional skills during all four years,the fundamental topics central to a mechanical engineering or mechanical engineeringtechnology curricula
Engineering Educator Award 2009, ASEE Minorities Award 2006, the SHPE Educator of the Year 2005, and the National En- gineering Award in 2003, the highest honor given by AAES. In 2002 she was named the Distinguished Engineering Educator by the Society of Women Engineers. Her awards are based on her mentoring of students, especially women and underrepresented minority students, and her research in the areas of re- cruitment and retention. A SWE and ASEE Fellow, she is a frequent speaker on career opportunities and diversity in engineering. Page 22.1228.1 c American Society for Engineering
, progression, and eventual attainment of bachelor degrees. This paper focuses on whether or not there are significant differences between gender and racial groups across measures of academic performance, retention, and degree attainment at a four-year comprehensive university with a liberal arts focus. This was of interest because of an ongoing concern about the overall enrollments in STEM fields at Loyola University Maryland. With the exception of Biology, which is often seen as the pre-medical career path of choice, the university was seeing low enrollments especially in physics, computer science and engineering. Before outreach and marketing a Catholic comprehensive university with a strong Jesuit mission and core curriculum to prospective
how to practice independent problem solvingmethods. This procedure involves and requires deep thought, time, discussion and risk taking;these are all skills beneficial for careers in engineering and computer science. For this reason,leaders are not to have solution manuals. Facilitators work with students to solve problemsmethodically while encouraging critical thinking, as opposed to supplying answers to questions.Learning problem solving skills in a group will inevitably raise confidence levels of the studentsearly in their college career. These skills will easily transfer to their independent work and theuse of study groups is expected to increase retention and graduation and decrease suchdetrimental practices as cheating
audience.Comparing the number of civil engineering bachelors degrees to civil engineering mastersdegrees in 2009-2010, the numbers suggest a rough disparity of about 6,000 students per year Page 25.278.6who do not extend their educations beyond the undergraduate level. (15) Secondly, if you consultthe document outlining five potential civil engineering career paths published by ASCE, eitherby implication or by explicit inclusion as alternate/later options, civil engineering graduatedegrees are not necessary prior to initial entry into the workplace or even at later points in time.(16) And lastly, the outcomes linked to BIM above all have relatively high
perspective. Secondly, findings fromthe case study are described with an analysis of their importance for the learning process.Firstly, three tables are presented that shows the relevance of the course and content ingeneral. In table 1 the students rank this course among the approximately 50 other coursesthat constitutes their curricula. More than half of the students rank this course as the most oramong one of the three most valuable for their future career. Only one student, 3% of thepopulation, rank the course as not being one of the five most valuable.Table 2 and 3 shows how the students responded to the combination of Scrum andmechatronics product development. In Table 2, when the students respond to the question“did Scrum make it easier or
department changes the tone of department conversations and is key to hiring and retaining more women; and 2. Culture change happens person by person through formal discussions among faculty surrounding hiring, promotion and tenure decisions and informal interactions with peers in the department and university.Goals of the Developing Diverse Departments ProjectFrom the NSF ADVANCE at a Glance website5: The goal of the National Science Foundation’s ADVANCE program is to increase the representation and advancement of women in academic science and engineering careers, thereby developing a more diverse science and engineering workforce. The D3 project serves all academic colleges in the university and is not
typically thankful to have apost-career job…” In fact, CEO is not where they wish to be if such an opportunity presenteditself. This age-specific cohort values their ability to do what they feel comfortable doing. Inmany ways, they are realizing their full potential at this point in their life and to this point areself-actualizing. They enjoy what they do, feel a part of a bigger social construct, feel valuedand for these many reasons tremendously enjoy their employment opportunities.Emotional Intelligence -As Cherniss25 states in the book Promoting Emotional Intelligence in Organizations“…emotional intelligence is the ability to accurately identify and understand one’s ownemotional reactions and those of others. It also involves the ability to