different classroom settings asjudged by the faculty and students, the students’ perceived ability to focus in classes with breaks,and the students’ perception of learning when accompanied by a class break.“Break It to Me Gently” (Introduction)The purpose of this study was to investigate the effectiveness of taking breaks during collegiateengineering courses by measuring the students’ perceived ability to maintain focus and learn. Atmany universities, courses meet for 50 minutes on Mondays, Wednesdays, and Fridays and for75 minutes on Tuesdays and Thursdays. College students, however, begin to lose focus after 15to 20 minutes [1] [2], well before class ends. Several methods have been used to reset students’attention span including applying active
Paper ID #36739Caregiver-Child Communication of STEM concepts withEngineering Design Tasks (Fundamental)Amber Simpson (Assistant Professor) Amber Simpson is a Assistant Professor of Mathematics Education in the Teaching, Learning and Educational Leadership Department at Binghamton University. Her research interests include (1) examining individual’s identity(ies) in one or more STEM disciplines, (2) understanding the role of making and tinkering in formal and informal learning environments, and (3) investigating family engagement in and interactions around STEM-related activities. Before joining BU, she completed a
the American Society of Civil Engineers (ASCE) in 2017, and was honored to receive the Thomas A. Lenox ASCE ExCEEd Leadership Award in 2020. Her teaching, research, and professional interests include water resources engineering, sustainability, and engineering education. © American Society for Engineering Education, 2022 Powered by www.slayte.com Teaching Techniques and How Faculty Engage the Engineering ClassroomAbstractHistorically, the concept of learning diversity in the classroom was characterized to an extent bylearning styles, which provided insights about teaching and learning [1]. However, theimplementation
onentrepreneurship, a survey of 500 alumni across 25 years found that some 12 percent started theirown business [1].This paper examines the impact of the course experience on its alumni’s entrepreneurial interestsand innovative behaviors. It is guided by the research question: How can mechatronics educationbe taught and designed to contribute to the development of more successful startups andentrepreneurs?A qualitative research approach was employed to explore alumni’s educational and professionalpathways spanning a 25-year period and their subsequent career choices. Potential interviewcandidates were alumni of the Smart Product Design course and were (or had been) successfulentrepreneurs. The course instructor provided referrals to the majority of the
of diverse racial backgrounds and gender identities in STEM fields continues to progressslower than many other professions [1]. This evaluation focuses specifically on a programcentered around biomedical engineering experiences for high school students. The program seeksto demonstrate through graduate student participation how various STEM degrees (mechanicalengineering, environmental engineering, biology) can all contribute in different ways to abiomedical engineering research project. Various research publications and editorials emphasizethe positive change that can be initiated by meaningful relationships between K-12 schools,community members, and collegiate institutions, and stress the importance of representation ofmentors to advance
backgrounds are student outcomes that need to be met by academicprograms seeking accreditation by independent organizations such as ABET (e.g., ABET StudentOutcomes (g) an ability to communicate effectively, and (h) the broad education necessary tounderstand the impact of engineering solutions in a global, economic, environmental, andsocietal context) [1]. The rise of virtual communication tools and virtual learning, especiallyduring the COVID-19 pandemic, have made Collaborative Online International Learning (COIL)experiences a more achievable and cost-effective option for multinational collaboration during aregular course context.According to the SUNY COIL Center, COIL “is about connecting across difference” [2]. In thisapproach, professors and
(Assistant Professor of Mechanical Engineering) Blake is an Associate Professor of Mechanical Engineering at Ohio Northern University.Todd France (Chairperson)Patrick James Herak (Senior Lecturer)Bruce Wellman (Facilitator) (Olathe Northwest High School) © American Society for Engineering Education, 2022 Powered by www.slayte.com The Continued Development and Validity Testing of an Engineering Design Value-Expectancy Scale (EDVES) for High School Students1. IntroductionSince their release in 2013, the Next Generation Science Standards advocate the implementationof numerous engineering and engineering design practices into the K-12 learning space [1]. Withengineering design
hours a day for a five-day week with a break for lunch.The pitch before local business leaders occurs the final morning, and the following afternoon is a showcase foryouth families and friends. This website, https://uakron.edu/education/think-tank/, contains the curriculum,companion materials, and videos. Sample student work: Think Tank to Shark Tank: Engineer to Entrepreneur https://uakron.edu/education/think-tank/ Curriculum 10 Session Overview Session 1: Pain Points You are never too young to be an entrepreneur! In this session, participants explore pain points that people and communities face and
the Aftermath of a Global PandemicAbstractDesigning strategies to implement diversity, equity, and inclusion (DEI) best practices havebecome a mainstream topic of conversation in the workplace. Surface-level changes arequestioned, and more consequential actions and practices are sought out by employees(administrators and faculty in higher education) and their clientele (students) in industry andin academia. Both the academy and the corporate world have launched initiatives showcasingtheir efforts to recruit and retain diverse workforces within the STEM pipeline [1 - 2]. Still,various studies have demonstrated that women were more likely removed from the workforceor faced significant career setbacks as a result of the
Indians entering STEM programs and careers [1], [2], [3].Many of these positions require at least an associate degree as well as a combination of higher-level academic coursework and industry work experience, among other skills. However, this typeof academic and skill preparation oftentimes excludes students who are typically underrepresentedin STEM.As institutions of higher education, community colleges play a crucial role in STEM pathways: in2012, community colleges enrolled nearly half of all U.S. undergraduates [4], and nearly half ofall students in the U.S. who receive STEM bachelor’s degrees complete some undergraduatetraining in community colleges [5]. Given their relative accessibility and affordability, communitycolleges are an important
process. At every point of the Portal and website development, thecourse learning objectives were carefully considered to ensure alignment between the interactivemedia features and the design-focused learning outcomes of the syllabus. This course wasoffered for the first time in Spring 2022 to an initial group of 15 students.BackgroundOnline education in the United States and worldwide is expanding quickly. College enrollment inthe US has been steadily declining (from 20.6 million in 2011 to 19 million in 2016) and isforecast to continue downward. This has been attributed to myriad factors including risingeducation cost, skepticism in the value of higher education, unwillingness to travel, and cost ofcommuting [1]. The decline in college
within the Next Generation Science Standards, as well as data analysis and measurement standards for grades 4-8. Part Turn the Lights On! II The Turn the Lights On! curriculum has nine lessons,Contact: and each lesson includes guidelines for the teacher.CISTAR:Allison Godwin These guidelines are composed of (1) lesson objectives,Director of Engineering (2) time required, (3) the resources needed, and (4) theWorkforce Development NGSS standards and Common Core Mathematicsgodwina@purdue.edu addressed. Additionally, we offer a lesson summary with765-496-0196 background information on the specific topic covered in
. © American Society for Engineering Education, 2022 Powered by www.slayte.com Entrepreneurial Mindset integration in Pre-Service Engineering Education Course (Fundamental)IntroductionIn an economy in the second year of a global pandemic, people are re-evaluating their work-lifebalance. Some people have decided that their work is not as important as the life they live. Iteven has a name, The Great Resignation [1]. Due to these rapidly changing environments, agilityis key regardless of whether a person works for a company, non-profit, or themselves. Whilemany people are changing how their work looks, others have decided to start working forthemselves. They are critically thinking
aprincipal investigator to an independent colleague with these characteristics? The EngineeringAcademic Career Club (EACC) at Purdue University seeks to help bridge this gap betweenstudent or post-doctoral researcher and successful tenure-track applicant. To this end, the goal ofthe Engineering Academic Career Club is to establish a community to bring graduate studentsand postdocs together who have the drive and passion for continuing on to academic careers.EACC’s flagship initiative is the mentoring circles program.Mentoring is widely accepted as a key promoter of personal and professional growth in scienceand engineering [1]. This paper discusses one novel program designed to help graduate studentsand postdocs identify achievable goals, which will
trial results from where CodeCapture was able to enrich the feedback to students regardingtheir assignments is also presented. 1. IntroductionMost computer programming courses focus on teaching teach fundamental concepts andprogrammatic problem solving. Problem solving is considered as the process of workingthrough ambiguity to achieve a certain goal [1]. Assignments in introductory courses is viewedas a dominant tool in reinforcing theoretical concepts and assessing students’ problem-solvingability [2]. In a typical assignment, students are given a problem to which they program asolution and submit the final iteration of their code for evaluation. The student’s entire process ofsolving problems, interacting with the concepts and
degreesconferred by postsecondary institutions, but only 36% of the bachelor’s degrees in STEM fields.For the same academic year, whites earned 60% of the bachelor’s degrees awarded in STEMfields, compared to 7% for African Americans, a number nearly unchanged from the 2008-2009year [1]. STEM appears to be the only field in which African Americans are significantly morelikely than their white counterparts to change majors and earn their degree in another field, apattern that obtains even when controlling for high school academic preparation [2].It is useful to think of underrepresentation by these groups as two separate issues: access andretention. Access involves being admitted into an institution of higher learning – this is not thefocus of this paper
engineering and the underlying dynamics can be used in a widevariety of applications in aerospace, electrical, computer, and mechanical engineering. In this BYOEpresentation, we present the design, fabrication, and implementation of a system along with 1) designand fabrication insights, 2) fundamental equations and learning objectives, and 3) recommendations forremote lab applications.Tags: Flywheel, sensors, transducers, actuators, laboratory, multidisciplinary, instrumentation, STEM,experiment, equipment, online, best-practice, controls, testbed, apparatus, hands-onIntroduction Flywheels exist at an intersection of many disparate engineering disciplines. Many spacecraftutilize momentum wheels at the heart of their attitude control systems
Fall 2021 Combined Female Male %FemaleFigure 1: FSC Fall Term Enrollment of Computing Degrees by Gender. The new Computer Science (CS) degreeprogram has started in fall 2021 (with 20 female and 72 male students) in addition to the existing ComputerProgramming and Information Sciences (CPIS) degree program.(CS) degree that has started in fall 2021, has doubled and reached at its peak to about 600students. However, the female student population in computing degrees has remained steady at8-15% over the last decade as depicted in Figure 1. The long-term plan and strategic vision forthe FSC Computer Systems Department is to ultimately
school. The 2021 AmericanSociety for Engineering Education report showed that 20.9% of undergraduate students are fromunder-represented groups (5.4% and 15.5% for Black and Latino/a students, respectively);however, only 14% of PhD students are from under-represented groups (4.9% and 9.1%,respectively) [1]. Moreover, many of these students are first generation undergraduates with littlebackground knowledge of graduate school [2].Diversity in graduate school enrollment can be enhanced by creating research experiences forminority undergraduates [3]. Moreover, undergraduate research experiences are pivotal to trainingthe next generation of scientists and engineers. Participating in research as an undergraduatestudent has been shown to increase
how student safety, health, and welfare are relevant toengineering education. Tensions between these dictates both with respect to students and thepublic at-large are queried. It is hoped that this exploration might spur faculty to consider theirpractices through a different lens.BackgroundMany engineering codes of ethics state that engineers “shall hold paramount the safety, health,and welfare of the public” (e.g., NSPE, IEEE, ASME, AIChE [1-4]). This explicit requiremententered most engineering codes of ethics in the U.S. around 1976 as individual disciplinarysocieties began adopting the language from the Engineers Council for Professional DevelopmentCode of Ethics [5]. The majority of engineering faculty are presumed to be members of one
discrediting the honor of the engineering profession 1950 added Canon of Ethics that recognized for the “first time… that the primary responsibility of engineering is to serve the public good” [3, pg. 6] and article 9 which prevented participation in competitive bidding based solely on price 1962 Change in preamble 1971 Removed article related to competitive bidding (in anticipation of US Department of Justice antitrust lawsuit) 1975/76 Complete overhaul of code, abandoning old code and “adopting the Engineers Council for Professional Development (ECPD) code in its entirety.” [3, pg. 7] This placed public welfare first stating in Canon 1, “Engineers shall hold paramount the safety, health and welfare
’ individual learning needs more universally. Traditional assessments andpiecemeal curricular design have been barriers to diversity in learning. Tailored learning is oftenseen as impossible to integrate without compromising the complexities of an accredited program.The combination of heavy workloads and traditional learning approaches, where timetables donot allocate appropriate time for learning, exacerbate the barriers for students seeking alternatelearning environments.This paper presents an approach to create a fundamentally different engineering education, toshow what can be. The redesign has largely been inspired by three theoretical frameworksKnowles’ andragogical approaches to learning [1] ensures the rationale for learning about
students. Within engineering disciplines, the national average for female undergraduate studentsenrolled in engineering programs was about 22.7% during 2018, and the national average of non-white or non-Asian students enrolled in undergraduate engineering programs was 35.2% [1]. Forstudents enrolled in computing programs, the data is similar: about 19.9% are female [2] and22.6% are non-white or non-Asian [1]. Some colleges of engineering have offered either formalor informal mentorship programs and these have generally resulted in positive outcomes withrespect to retention [3]. Mentoring can contribute positively to success in college and in careers,with many mentoring programs developed specifically to increase the retention or career
approach. Working in small teams over Zoom, participating engineering,education, and fifth grade students designed, built, and coded bio-inspired COVID companionrobots. The goal for the engineering students was to build new interprofessional skills, whilereinforcing technical skills. The collaborative activities included: (1) training with HummingbirdBitTM hardware (e.g. sensors, servo motors) and coding platform, (2) preparing robotics lessonsfor fifth graders that explained the engineering design process (EDP), and (3) guiding the fifthgraders in the design of their robots. Additionally, each undergraduate engineering studentdesigned a robot following the theme developed with their preservice teacher and fifth gradepartners. The intervention
areultimately asked to evaluate the performance of the meter regarding the overall energy loss of themeter.IntroductionIn the field of engineering, it is important for students to understand the engineering paradigmthat moves from design, to simulations, and finally to physical testing. Simulations are animportant tool to initially evaluate a design since they are relatively low cost compared to lab orfield tests and facilitate quicker iteration [1]. The simulations can then be used to develop atesting plan that can be implemented in the laboratory to complete the evaluation of a design.Students must also be trained to recognize that simulations are not reality and thus experimentalresults might differ from simulation results. When results from a
example of an engineering product that failed to consider an important aspect of diversity (gender, physical characteristics, physical ability, ethnicity/race, etc.). Summarize the product features and missed opportunities related to the inclusion of diverse users. Describe how the product could be improved and how you would improve it. In your own words, explain why considering diversity in your engineering designs is useful. Grading: Your submission should be between 5 and 10 complete sentences in length that address the points above and must include at least one source.Participants:The demographics of the students in the class are shown in Table 1 below. The representation ofstudents is similar to
. Therefore, theyrelied more on new technologies to maintain efficiency while working remotely [1]. Additionally,the construction industry has been suffering from lack of skilled labor for a long time. Thepandemic worsens the situation since the construction workers are older than workers in otherindustries. It makes them prone to be considered as workers with underlying conditions [2].China plays a major role in the construction supply chain since it manufactures a considerableamount of rebars, Portland cement, and elevators. Manufacturing companies have been shut downin China and other countries, including the U.S. and Canada, which substantially impacted theconstruction industry. Moreover, the measures taken after reopening dramatically affected
model can close the gap between those theoreticalcourses and the design courses that are further ahead in the curricula of Civil Engineeringstudents.IntroductionThe professional workplace has become more and more globalized in the last few decades, and ithas become increasingly more competitive in which the use of the latest technologies and digitaltransformation competences are as important as disciplinary competences. In the last decade, ourinstitution Tecnologico de Monterrey has worked in a new educational model, namely Tec21that is a challenge-based model [1-7].One of the main characteristics of our educational model is the development of disciplinary andtransverse competences in all students, from the implementation of teaching
, including personalized, meaningful feedback,clear connections between assessment and stated course objectives, and transparency in the gradingprocess.Carberry [2] began to quantify these benefits, noting positive impacts in both affective and cognitivebehaviors, including an increase in self-efficacy and a sophistication of epistemological beliefs. Furtherresearch outlined by Atwood [1] builds on this finding, with students at both large public institutions andsmaller private colleges reporting a significant boost in self-efficacy and rating the approach as having agreater value than cost. This increased motivation has also been observed to be independent of studentperformance, meaning that the observed effect for high performing students was