Technology Department. Tom teaches a wide variety ofMechanical Engineering Technology courses. His teaching career covers ten years split betweenSTLCC and Pratt Community College in Kansas. He worked for 10 year in industry with DelphiAutomotive and CTS Wireless, Motorola’s parts division. He has an M.S. in MechanicalEngineering from Tulane University and B.S. in Mechanical Engineering and Mathematics fromTulane University. His current hobby is running FIRST FTC robotics events in the state ofMissouri. He has been married for four years and has a wonderful three year old son.
education, wherethere are ample slots for additional students. City University of New York (CUNY) is nation'sleading urban public university serving more than 480000 students at 23 colleges andinstitutions in all five New York City boroughs. As a community college of CUNY located in themost desired city in the United States for Chinese students, what can we do to attract studentsfrom China? The Port of Entry (POE) program at Queensborough Community College is the bestsolution. POE is a unique intensive language development program designed to provideinternational students and new immigrants with the language skills, knowledge, and experiencenecessary to succeed in higher education and professional careers in the United States. Thisespecially works
Teamwork Peer Assessment Based on the Model of Domain Learning Abdullah Konak Penn State BerksIn engineering education, team projects and collaborative learning strategies are increasinglyused to prepare students for today’s engineering careers which require functioning inmultidisciplinary teams for success. Assessing students’ teamwork skills is difficult, but it is anecessary task to give them guidance for personal development and to design effectiveinterventions to address weaknesses. Self- and peer evaluations are frequently used to evaluateindividual student performance in teamwork and assess students’ teamwork knowledge, skills,and attitudes. Assessing teamwork and conducting
education, wherethere are ample slots for additional students. City University of New York (CUNY) is nation'sleading urban public university serving more than 480000 students at 23 colleges andinstitutions in all five New York City boroughs. As a community college of CUNY located in themost desired city in the United States for Chinese students, what can we do to attract studentsfrom China? The Port of Entry (POE) program at Queensborough Community College is the bestsolution. POE is a unique intensive language development program designed to provideinternational students and new immigrants with the language skills, knowledge, and experiencenecessary to succeed in higher education and professional careers in the United States. Thisespecially works
in science and engineering. Since 2006,the program has recruited 50 doctoral students to perform a combination of experiential two ormore mentors. Interdisciplinary scholarly outputs were tracked through progress reports, surveys,and online databases. Both Nanomedicine trainees and mentors reported a significant increase ininterdisciplinary activities, including publications, presentations, and funded research proposals,as a direct result of the program. To determine whether trainees were sufficiently prepared for acareer in Nanomedicine, graduates of the program were tracked through social media. Nearly90% of graduates were found to have pursued careers in health care. Currently, 43% of graduatescontinue to perform research or develop
©American Society for Engineering Education, 2025 Navigating Pathways: Qualitative Insights into Personal and ProfessionalTrajectories of Non-Traditional Groups across Engineering-Related Academic DisciplinesAbstractThis paper examines structural support systems that lead to the advancement and hindrancefactors that have potential to catalyze the career acceleration of non-traditional groups,specifically women in engineering and STEM academic pathways in aerospace relateddisciplines. Through a consensus-building approach, the aggregated perceptions of 17 Delphipanelists provided insight into best practices to support a diverse and equitable pipeline ofleaders based on nine factors supporting advancement and three
Collaborative Autoethnography: Examining Professional Formation and Workplace Sustainability in Discipline-based Engineering Education ResearchAbstractIn this paper, we explore challenges faced by early-career researchers in developing andsustaining a robust discipline-based research enterprise and strategies to overcome thosechallenges. We use collaborative autoethnography methods of self-reflection and shareddiscourse to navigate a conversation between a mid-career engineering education researcher andher postdoctoral researcher. The paper weaves our stories to explore experiences in the culture ofengineering education related to professional formation and research sustainability. In narratingour
with faculty to align curriculum such that those who complete certificates and degrees in IT have the knowledge, skills, and abilities that will make them readily employable in high- paying IT positions. Ann holds a PhD in Community College Leadership from Walden University, a MS in Computer Science from Florida Institute of Technology, and a BS in Math from Oklahoma State University.Hope Cotner Hope Cotner is President/CEO of the Center for Occupational Research & Development, a national nonprofit preparing students for success in careers and higher education. She is passionate about helping schools, colleges, and communities strengthen business-education partnerships to ensure students are armed with the academic
Epsilon, Computer Science Honor Society, American Society of Engineering Education’s Electronic Technology and Women in Engineering Divisions, and American Association of University Women. American c Society for Engineering Education, 2021 Parental Academic Socialization and the Advancement of Black Women in STEM: A Literature Review (Research) Amanda McLeroy, M.S. and Dr. Evelyn Sowells-BooneAbstractAlthough there is a high priority placed on science, technology, engineering, and math (STEM)education across the country, a shortage exists among girls and women who pursue STEMdegrees and careers. The underrepresentation of
. Academic © 2016 Academic Analytics All Rights Reserved. AnalyticsDiscipline Career PatternsScholarly activity by year since PhD Discipline Anonymized (n = 4,944) Approximate Time of Tenure Application This document contains Academic Analytics confidential and proprietary, business trade secrets. This document may not be transferred or used by any other person or entity other than your university. For internal use only
Paper ID #22998Preliminary Validity Evidence for a Brief Measure of Engineering IdentityDr. Debra A. Major, Old Dominion University Debra A. Major, Professor & Eminent Scholar at Old Dominion University (ODU), earned her Ph.D. in Industrial/Organizational Psychology from Michigan State University. Her research broadly focuses on how people successfully enact their careers and overcome barriers to career success. Dr. Major’s current research focuses on work-family conflict and coping and the barriers encountered by women and ethnic minorities pursuing careers in science, technology, education, and mathematics (STEM
ofEngineering at The University of Texas at Austin (UT Austin), which evolved from collaborativeefforts between Triple Creek Associates, Inc. and College of Engineering programs such as theWomen in Engineering Program (WEP) and the Equal Opportunity in Engineering (EOE)Program. Research on Open Mentoring® and Web-based mentoring will be shared. In addition,marketing strategies employed to engage female and minority engineering students and toshowcase a multitude of engineering career paths will be discussed. An overview of pilotprogram activity, including mentoring topics and participant demographics, will be provided.BackgroundThe WEP and EOE Programs at UT Austin are in the second year of developing, managing andexpanding a College-wide, Web-based
groups (such as womenand racial minorities) can help solve the numbers problem and can improve the quality of workbeing done [7], [8]. This requires both expanded efforts to engage new students and a criticalanalysis of the STEM ‘pipeline’. Specifically, the fact that many students report early interest inSTEM but drop out as undergraduate students, graduate students, or early career professionalsindicates that this is more than an issue of early recruitment, but a more serious flaw in the‘pipeline’ [9]–[11].As a result, many methods attempting to engage and retain a wider array of students have beensuggested and tested [12]–[14]. Key among them is the idea of ‘identity’, or the extent to whichstudents identify with their field and feel that
slightly over the 2009-14 period. 6 In order to achieve thegoal of increasing “the representation and advancement of women in academic science andengineering careers,” the National Science Foundation (NSF) has funded over $130M in projectsat institutions of higher education and STEM-related not-for-profit organizations since 2001.7Cultural and structural barriers that may adversely affect women faculty are addressed by theseprojects. In 2012, RIT was awarded an NSF Advance Institutional Transformation grant. Thegoal of the AdvanceRIT project is to increase the representation and advancement of womenSTEM faculty, widely represented across ethnic, social, and cultural backgrounds. The approachis to remove barriers to resources that support career
Paper ID #11934Diversity Stalled: Explorations into the Stagnant Numbers of African Amer-ican Engineering FacultyDr. Ebony Omotola McGee, Assistant Professor of Diversity and Urban Schooling Ebony O. McGee is an Assistant Professor of Diversity and Urban Schooling at Vanderbilt University’s Peabody College and a member of Scientific Careers Research and Development Group at Northwestern University. She received her Ph.D. in Mathematics Education from the University of Illinois at Chicago; and she was a National Academy of Education/Spencer Foundation Postdoctoral Fellow and a National Science Foundation Postdoctoral
. Thisexperience gives the student motivation to complete their degree and enter industry aftergraduation. Internships benefit all of the stakeholders: the student gains valuable, marketableskills that give them a head start to a career; the employer has the opportunity to screen potentialfuture employees; the engineering technology programs’ recruitment and retention rates increase.Teaching in an engineering technology 2+2 program has given me experience with students of abroad age range. I began to notice that some of the younger students were not as engaged in theclassroom, were absent more often, and seemed to only be concerned with passing the courseand not necessarily understanding the concepts. The problem did not seem to be related toaptitude, but
engagement and inspiration. In order to maximize the outreach to as many high schoolfemale students as possible regarding the GEMS camp and inspiring them towards choosing aSTEM career, high school students in San Antonio were invited to the GEMS camp to participatein hands-on engineering activities. Students gained valuable experience through challengingactivities that emphasized Civil and Electrical Engineering. The students presented theirexperiences, and the knowledge gained throughout the projects, by creating and delivering agroup poster presentation at the end. The outcomes of the camp included student’s increasedability to conceptualize engineering problems and an increased engagement in engineering byincorporating visualization tools in the
Rock, AR, 72204Abstract It is documented that the United States of America’s manufacturing, energy, and softwareindustries are facing severe shortage of well-trained and skilled workforce, and are on the vergeof loosing technical superiority to other nations. To this end, grass root efforts involvingrecruitment, education, and training of students from trade schools, high schools and two-yearinstitutes are to be initiated and promoted to prepare students for careers in industrial sector withan emphasis on energy management. This paper describes the Department of Energy sponsoredcollaborative effort between a university, two-year college, Arkansas state energy office andindustry to address the issues of education and training of students
Education, 2012 Healthcare Technology Management: Changing the Name of the Field to Improve AwarenessIntroductionEngineering technology education falls into several discipline-specific areas including electrical,mechanical and construction divisions. In addition to these areas, many institutions offeracademic programs designed to train engineering technicians to work in the clinical setting,supporting the safe and effective use of medical equipment. The title of this specialty varieswidely, including biomedical engineering technology, biomedical equipment technology, clinicalengineering, and bioengineering technology (used by ABET). The lack of a unifying namediminishes career awareness, frustrates educators
engineering and doing well. Understanding the livedexperiences of these students is key to learn about their journey to engineering. One element oftheir lived experiences is the influences that prompted these students to want to studyengineering. These influences are not well-researched, yet the findings from their richdescriptive stories may provide insights that could help key stakeholders in guidance counselingoffices, classrooms, families, mentoring programs, engineering, politics, and governmentfunding programs. They may also be helpful to other low-SES first-generation students whowant to pursue engineering.Making career decisionsSome theorists believe that making career decisions is a developmental process that lasts alifetime. 5 Super’s
professionals—white men, minority men,white women, and minority women—and to design educational requirements that accommodatethese different strategies or educational pathways. Our NSF-funded Alternate Pathways toSuccess in Information Technology (APSIT∗) program is seeking to explore the nature of the ITand engineering educational and career pathways used by successful female and minorityGeorgia Tech alumni. In particular, the specific goals of this project are: • To define alternate indices of IT and engineering success that reflect a broader interpretation of societal value than indicated by yearly income and job prestige. • To determine the nature of successful IT and engineering educational and career pathways used by women and other
and also focus their applied management studies in avariety of ways.How is applied management blended with engineering technology?A key attribute of the OLS degree is its “three-thirds” approach to the overall educationand development of its students. OLS students take about one-third of their courses inleadership and supervision, another one-third in a traditional technical discipline, and afinal one-third in general education courses in the areas of math, science, english,communications, behavioral and social science and humanities. In each of these areas,there are required courses, but students also have tremendous flexibility to develop theirplan of study to fit personal interests and career goals. The OLS and technologycomponents of the
career placement. We posit that universities can betterexemplify the concept of “serving” Hispanic and Latinx, Black, Indigenous, and People of Color(BIPOC) students who attend predominantly white institutions by investing in effective transferpathways. Eligibility for our program extends to students who meet two or more of the followingcriteria: being the first in their family to attend college, experiencing socio-economic challenges,and hailing from historically underrepresented groups in terms of both gender andrace/ethnicity.Motivating RationaleThe 2007 Rising Above the Gathering Storm National Academies report sounded initial warningsabout the US’ precarious economic preeminence and competitive edge in science, technology,and innovation
Paper ID #43367Board 423: What Drives You? Exploring the Motivations and Goals of Low-IncomeEngineering Transfer Students for Pursuing EngineeringAnna-Lena Dicke, University of California, Irvine Dr. Dicke is an Associate Project Scientist within the School of Education at the University of California, Irvine. In her research, she aims to understand how students’ motivation and interest in the STEM fields can be fostered to secure their educational persistence and long-term career success. Trying to bridge the gap between theory and practice, she is currently involved in an NSF-funded project aimed at fostering the
explore how students’ gender, race/ethnicity, mathproficiency prior to college, and confidence in fundamental skills and professional skills(leadership, communication, and teamwork skills) influences graduate school plans. Results fromthis study indicate that engineering students’ fundamental skills are positively related toengineering graduate school plans, whereas leadership skills are negatively associated with them.Communication and teamwork skills positively influence graduate school plans inside or outsideengineering. Women are more likely than men to plan to pursue engineering graduate school toprepare for an academic career as well as graduate school for other fields. This paper contributesto engineering educators’ understanding of the
2 shows the growth of participating students in what now has become the Post-SecondaryAwareness Seminar. In the most recent version of the Seminar, 368 students from 23 Schools inthe area, both public and private, were invited to participate. The location of the Seminar rotatesamong the local Colleges; the 1997 Seminar took place on the campus of Indiana-PurdueUniversity of Fort Wayne. Figure 2. Participation in the Post-Secondary Awareness Seminar in the period 1986-1997. (UHA, 1997.)The Post-Secondary Awareness Seminar has evolved over the years into a career planningworkshop:1986-1989 PSA "Day". A sequential presentation of topics of interest to the Latino Community, including
- rates suggesting that rural and income-based pressures arestructured but encourage students to share their own compounding in this student population. To address theseexperiences. Topics to date have included: 1) Study Skills and pressures, the Building Bridges to Engineering StudentSelf-Reflection, 2) Goal Setting and Individual Development (BBEST) team seeks to create a targeted, personal approach toPlanning, 3) Innovation and Entrepreneurship, 4) counteract the social and financial pressures associated with theUndergraduate Research Experiences, and 5) Career perceptions of technology and advanced degrees in theirPreparation. The mentorship team consists of the associate
Based Learning. Her research interests include teacher learning and practices in science education, engineering education, and student learning and motivation for STEM.Joshua Phillips Joshua Phillips is a graduate student attending the LeBron James Family Foundation College of Education at The University of Akron. He received his B.S. in geology from The University of Akron. He is currently obtaining his master's degree in education.Elle BonnemaDeanna R. Dunn (Director)Laura L Carey (Director, Career Services) © American Society for Engineering Education, 2022 Powered by www.slayte.com Zip to Industry: A First-Year Corporate-STEM Connection
understanding of otherdisciplines early in their educational career? While this study offers an overview and assessmentof immersing first-year Architectural Engineering students into a beginning architecture designstudio, the intention is for programs with similarly related majors to have the ability to also applyconcepts presented.For the purpose of this paper, interdisciplinary is defined as integrating knowledge and methodsfrom different majors using a synthesis of approaches, multidisciplinary is defined as studentsfrom different majors working together where they each draw on their knowledge from theirchosen major, and cross-disciplinary is defined as viewing a major from the perspective ofanother.Overview of the School of Architecture at Oklahoma
been; and for equally various reasons,enrollment in building and skilled trades programs at community colleges and trade schools is onthe rise throughout the U.S. What’s more, the trades are attracting a wide range of people, fromhigh school graduates to people looking for an alternative career, to military veterans. HamidKing, a skilled trades instructor at Wake Technical Community College in Raleigh, NorthCarolina reports that he has also seen a number of people who have been working in the skilledtrades for a number of years – some of them with as many as 10 or 15 years of experience in theindustry – returning to school to update their skills in hopes of increasing their earnings potential.And interestingly enough, he says some of his