gratification. Rapper Kanye Westunderscores higher education as being unnecessary to financial success in his “School Spirit Skit 2” onhis College Dropout CD. Although not all rap music caters to the belief that higher education is futile,many rappers flaunt a lifestyle that appears to be more glamorous and more financially successful thanthat of the 9-5 career tract. Because many of the poorer youths (and their families) feel disenfranchised,many of these African-Americans become attracted to this lifestyle in an effort to raise their self-esteem,obtain power, admiration and respect from others, and be noticed by women. Rapper Ludacris states, It’s a fact. The gold back then, and the diamonds now…we wear that to get women. That’s all
relationships • Obligation to clients • Ecology and environmental concerns • Defense industry problems • National security concerns • Bio ethics • Promoting and enforcing ethics. Engineers, like most professionals, are interested in solving real world problems. Theory ofcourse in an important foundation, but an important way to get the attention of students is tofocus on practical cases. Case studies taught in the curriculum must include scenarios thatengineers are most likely to encounter in their own careers. As with law and medicine,engineering is a learned profession. As a profession, engineering constantly involves expertjudgment and discretion in the performance of services. Engineers are expected to use theireducation and
, Alabama, Advances in engineering education, pp. 1–17, 2010 Available at: https://files.eric.ed.gov/fulltext/EJ1076158.pdf.[5] K. Mattern, J. Radunzel, and P. Westrick. “ Development of STEM Readiness Benchmarks to Assist Educational and Career Decision Making.” ACT Research Report Series, 2015 (3). ACT, Inc., 2014[6] A. Sithole, E. T. Chiyaka, P. McCarthy, D.M. Mupinga, B.K. . Bucklein, and J. Kibirige. “ Student Attraction, Persistence and Retention in STEM Programs: Successes and Continuing Challenges”. Higher Education Studies, 7(1), pp.46-59, 2017[7] E. R. Kurban, and A. F. Cabrera. “Building readiness and intention towards STEM fields of study: using HSLS: 09 and SEM to examine this complex process among
-Ordóñez, Graduate student; Dr. Morgan Hynes, Supervisor. Link to full curriculum and support resources: Please, follow the QR code This curriculum was based upon work supported by the National Science Foundation under RET grant no. EEC 1454152—CAREER: Broadening Contexts to Motivate Participation in Engineering through the Purdue University-CISLUNAR Initiative
New York. This six weeks program is designed for high achievingminority high school and middle school students. The program extends over six weeks periodand its goal is to encourage those students to pursue careers in engineering and science whenthey go to college. The curriculum is designed to be introductory to engineering and science.This is well aligned with the goals of NASA CIPAIR funding that our MechanicalEngineering Dept. has received. Another partner in this project is Louis Stokes for MinorityParticipation in Science and Engineering (LSAMP) who supported the undergraduatestudents for two full academic semesters, spring and fall of 2011, in their effort to design acurriculum in aerospace to be taught in Proyectoaccess summer
workingrelationships with current government leaders as well as with SFS colleagues thatbecome a very important success factor in their future careers. It is the unifyingand reinforcing experience that prepares students with the knowledge,perspective, and expertise to perform competently in their future governmentpositions, repay the federal government its hefty investment in their education,and serve their country. The course readies students to be able to contribute to agovernment cybersecurity environment on their first day in the federal workforce.Unique in the GW approach is that we take students from a variety of disciplinesand with a variety of skill sets, and insure that they all have grounding in currentfederal regulations, processes, and challenges
show agreement that the outcome wasmet through third party assessment.Program Educational ObjectivesThe information collected and documented in Survey Assessment Summary Sheets indicateshow well AET meets the Program Educational Objectives (PEO). Program objectives are broadstatements that describe the career and professional accomplishments that our program ispreparing our graduates to achieve. Program Educational Objectives are listed and discussed inself-studies that are provided to ABET prior to evaluation visits and it is important that PEOs areconsistent with the program mission and with the program outcomes. This information isincluded in the CQI report and is made available to AET Industrial Advisory Committee. Theseresults are
investigation of the 4 surveys in the SIPOC diagram found that in 2006 the AlumniSurvey was administered by the CAS Career Placement Office and had an abysmal 5.7%response rate. The 2007-08 Employer Survey, administered by the University of CincinnatiProfessional Practices Office, had a 69.7% response rate for all CAS students. The Student PPSurvey, administered by the same office, does not have questions pertaining to lifelong learningand is very difficult to alter. The College Student Services Office administered a Senior Surveyuntil spring quarter 2008 when it was discontinued due to a change in university policy andrefusal by a university office to continue its administration. The CAS ECET program developeda Senior Survey for its students, which
AC 2011-1544: A FIRST COURSE TO EXPOSE DISPARATE STUDENTSTO THE BME FIELDCharles J. Robinson, Clarkson University Director, Center for Rehabilitation Engineering, Science and Technology (CREST) and Shulman Prof of Electrical and Computer Engineering, Clarkson Univ, Potsdam, NY; and Senior Rehab Research Career Scientist, VA Medical Center, Syracuse, NY; and Adjunct Prof, Dept of Physical Medicine and Rehabili- tation, SUNY Upstate Medical Univ, Syracuse, NY Page 22.41.1 c American Society for Engineering Education, 2011 A First Course to Expose Disparate Students to the BmE
literacy and reconciles the overlap between theNAE and ITEA approaches.Engineering and Technology Courses for Non-Engineers.The engineering education community has begun developing a broader scope and is becomingactive beyond its traditional boundaries. Engineers have embraced the need to increase theawareness and understanding of engineering as a career by initiating a number of programsaimed at the K-12 audience. A recent example is the American Society for EngineeringEducation’s (ASEE) publication, Engineering Go For It,9 and a website10 aimed at a K-12students and teachers. Most major engineering societies now have outreach activities forK-1211-14; meanwhile, ITEA is working to develop program and assessment standards, andcurriculum materials
have continued to decline12, 13. More recent studies have begun tooutline fundamental differences in the ways young women think versus the thinking process ofyoung men with regard to their careers, contributions to society, fundamental views oftechnology, and motivations behind choices and education 8, 11. Page 15.1020.2A young woman’s view of computers and their usage is much different from that of a youngman’s. Experience also differs significantly between young women and men entering college5,10 . Usage of computers in areas such as word processing is similar for boys and girls enteringcollege5. However, a higher percentage of boys entering
in the areas of science and engineering remained, and continues toremain disproportionate. Females and ethnic minority students in STEM careers have beenunderrepresented for the past 30 years2. In 2008, degrees in STEM awarded to women was only18% while the representation of African-American and Hispanic students combined accountedfor only 11% of bachelor’s degrees, far below their combined 28% share of the generalpopulation3. Underrepresentation continues into the workforce in these areas as well 4. Withoutthe representation of minorities and women in science and engineering, the United States isendangering its competition in the global economy4.In order to encourage participation in a dedicated and difficult field, much must be done
the Content Team. Dr. Bernstein is a national leader in graduate education, having served higher education in a variety of positions. These have included: Dean of ASU’s Graduate College, Director of NSF’s Division of Graduate Education, leader of ASU’s extensive Preparing Future Faculty Program, innovator of ASU’s Preparing Future Professionals Program, President of the Western Association of Graduate Schools, and member of the Board and Executive Committee of the Council of Graduate Schools, and member of the CRPGE board of NASULGC. Her over 200 publications and presentations have focused on graduate education reform and the career advancement of women and underrepresented
Page 17.34.4 ABOUT ISTE Indian Society for Technical Education is a National, Professional, Non-profit making Society registered under the Societies Registration Act of 1860 The First Meeting of the Association of Principals of Technical Institutions (APTI) in India was held at Delhi on 28th July 1941 The Meeting of APTI held at the University of Mysore, Mysore on 27th May 1968 a decision was made to Register Society under the name "Indian Society for Technical Education" (ISTE) Page 17.34.5 OBJECTIVESThe Major objectives of the ISTE to help the students in Personality Development, Faculty members in Career
pur- suits have provided exciting opportunities to gain international experience in Germany, India, Bangladesh, Guatemala, and Mali. Currently, Megan is working with an environmental consulting firm in Indianapolis and leading the first Global Solutions course at IUPUI. She looks forward to future opportunities to serve others in the field of international development.Mrs. Alison L. Stevenson, Indiana University-Purdue University Indianapolis Alison studied at Indiana University Purdue University Indianapolis for her undergraduate career and complete her Bachelor of Arts in German, Minor in International Politics, and Certificate in International Leadership in 2005. Upon graduation, she worked in the manufacturing
explore howstudents define persuasion and effective communication, and what they think is involved inperforming these abilities. Even though the ratings may appear high, they may be internallyconsistent with students’ notions of what it means to persuade and communicate, but inconsistentwith faculty notions of persuasion and effective communication. Exploring these questions inmore detail would uncover students’ initial and post understanding and could better determinehow they align or disconnect with the goals of EDC.The survey also contained three items that asked students to rate the likelihood of pursuing adegree in engineering, completing the requirements of an engineering degree, and confidencethat engineering is the right career choice
Developing 3-D Spatial Visualization Skills for Non-Engineering Students Sheryl A. Sorby, Thomas Drummer, Kedmon Hungwe, Paul Charlesworth Michigan Technological UniversityAbstractThe ability to visualize objects and situations in one’s mind and to manipulate thoseimages is a cognitive skill vital to many career fields, especially those requiring workwith graphical images. Unfortunately, of all cognitive processes that have beeninvestigated, spatial cognition shows some of the most robust gender differences favoringmales, especially in the ability to mentally rotate 3-dimensional objects. This has obviousimplications for our attempts to encourage gender equity in
processor.Although fundamental concepts are explored in laboratory exercises, the emphasis often remainson the mechanics of hardware implementation. Thus, topics are not presented in the context ofrealistic applications. While such an approach may be ideal for preparing motivated upper-levelstudents for future careers in signal processing, it is not suitable for students with no priorexperience in the field. The signal processing laboratory being developed at Duke University ismodeled, in part, after existing successful signal processing laboratories, but introduces twoinnovative features. First, the new laboratory will be integrated into multiple courses from thesophomore to senior level, rather than a single course. Second, the laboratory exercises will
; Exposition Copyright © 2005, American Society for Engineering EducationThere are many commonalities in the missions for the three programs in EngineeringTechnology: Mechanical, Manufacturing and Civil. Each program prepares graduates forprofessional careers as engineering technologists. The students acquire a knowledge base inmathematics, physical sciences, mechanics, fluids, manufacturing or construction processes,materials, testing, engineering design, computer-aided engineering graphics, computerprogramming, engineering standards, project planning and cost analysis. The students developwriting, communication, engineering problem solving and teamwork skills applicable to design,testing and fabrication of components
projects" and I have been a reviewer of papers on this topic.I have visited many of the local high schools and given presentations during career days and alsopresented at our campus during open house activities, but I was looking for a different approach.Many of the projects such as "Project Lead the Way"1 are great but they are quite involved andtake a significant commitment. What I describe in this paper is a simple project that I usedinvolving teachers and their students that I thought was quite successful. This project was easilymanageable for a faculty member acting alone or with a few other faculty members.Some of the teachers and students involved in the project were from schools with large minoritypopulations and as a result of this a
knowledge ofenvironmental issues, especially those who are being educated and trained professionally to facethis challenge. This is true whether one is pursuing a career in business, law, education, science,engineering, social sciences, or political science.Knowledge of environmental management systems (EMS) and how it encompasses subfields inthe sciences, math, public policy, business, law, and engineering is generally lacking amongstudents. This contributes to their inability to comprehend the value of basic math and science Page 7.184.1courses in solving real-life environmental problems. An interdisciplinary approach to educating
possible since it has been stated in CreativeTraining Techniques by Bob Pike that “People learn in direct proportion to how much funthey are having.”3 Finally, I tried to emphasize the importance of actinide chemistry andwhat the students could really use for their future careers and private life. I also tried toemphasize the conceptual understanding of actinide chemistry above rote memorization,but indeed used a variety of memorization techniques when possible. For example, Ithink you, the reader, could easily remember the names of the actinide elements (namedafter people and places) by reading the following story and drawing a learning mapillustrating the story in a clockwise fashion:Actinium (Ac), 89, and Thor (Th) (Norse mythical god of
. Assessing the advantages and disadvantages of different summeremployment opportunities from student and faculty perspectives can help students pursueopportunities most appropriate for their career goals. In addition, faculty can better advisestudents on summer job opportunities to suit student academic and professional needs. Studentfeedback was obtained to assess summer employment experiences and quantify the resultinglearning experiences. The interactions between student learning experiences in the classroomand in their summer jobs are assessed and discussed. Suggestions for advising students onsummer job opportunities are also presented.IntroductionCivil Engineering Technology (CET) students at the University of Pittsburgh at Johnstown
learning were also tested. In addition, twenty students were interviewed by the departmentchair. Department strengths include: professors/instructors (reported by 11 students), unit operationslaboratory (4), size of department/classes (4), teamwork (2), hands-on experience (2),encouragement/motivation (2), and faculty-student closeness (2). Areas needing improvementincluded student advising (5), computers (5), and professors/instructors (4).Students also found career advising from the university career center to be generally positive.Additional comments included: the need to increase the number of credits and reduce the amount ofgroup work during the senior plant design courses.Tool #4—Alumni SurveyTool #4 of the department’s assessment plan is
industry.IntroductionPartnership between educational institution, industries, and other units continues to fosterexcellent collaboration. There are many universities that partner closely with business andindustry to fit their needs. Universities and industries traditionally maintained relationshipswhich may include some of the same activities. The purpose of this SDCET’s partnership meetsnumerous elements in educating and preparing its students. However, the safety course is uniquesince it is not rarely covered in a specific course. The information and training they receive arevital for the student’s success in this chosen career. Again, programs that cultivated andstrengthen these relationships with firms, professional, society, and others. Proceedings of
Paper ID #44964UNMANNED SURFACE VEHICLE FOR BATHYMETRIC MAPPING OFSHALLOW WATER BASINSDr. Esther T. Ososanya, University of the District of Columbia Dr. Esther T. Ososanya is a professor of Electrical and Computer Engineering at the University of the District of Columbia. During her career, Dr. Ososanya has worked for private industry as a circuit development engineer. Her expertise is in the areas of VLSI ASIC design and Embedded Systems design.Dr. Devdas Shetty, University of the District of Columbia Dr. Devdas Shetty Dean, School of Engineering and Applied Science Professor of Mechanical Engineer- ing University of the
the technical skills necessary to pursue a future career in biomedical and leadership training in future iterations of the course. engineering
of the project.Throughout the course, students from both majors gained a greater appreciation for their critical role in climatemitigation and adaptation strategies. They also had a much better understanding about how cities in New England areapproaching the problem of climate adaptation while also encouraging economic development. Lastly, the studentsgained valuable skills in cross-disciplinary approaches which they will need in their careers. Project outcomes,successes and challenges, and feedback from student reflection essays will be shared during this presentation.Sources:Zollinger, Stephanie Watson, Denise Guerin, Tasoulla Hadjiyanni, and Caren S. Martin. “Deconstructing Service- Learning: A Framework for Interior Design.” Journal of
growth. requirements, equips individuals for prosperous careers in this domain, and aids in the advancement and evolution of the Keywords— Electric Vehicle, Training Programs, NEVI electric vehicle industry.Program, Zone of Proximal Development (ZPD), Adult LearningTheory, Bipartisan Infrastructure Law (BIL), Electric Vehicle A. The Biden-Harris Administration's Vision for an ElectricTechnicians Vehicle Revolution In June of 2022, the Biden
communities in their fields, college, and university• Increase of underrepresented postdocs that transition to faculty positions• Establish quality mentoring relationships that advance the careers of scholars• Enhance the research, teaching, and service portfolios of scholars Dr. Monica Cox, LEGACY Program Director, and LEGACY Scholars 02Research-Informed Mentoring 03 Literature ReviewThe postdoctoral to Structural challengesprofessoriate pathway postdocs face are due to ahas become a