Paper ID #27202Student Experience and Learning with a Formative Sustainable Design RubricDr. Elise Barrella, Wake Forest University Dr. Elise Barrella is an Assistant Professor and Founding Faculty Member of the Department of Engineer- ing at Wake Forest University. She is passionate about curriculum development, scholarship and student mentoring on transportation systems, sustainability, and engineering design. Dr. Barrella completed her Ph.D. in Civil Engineering at Georgia Tech where she conducted research in transportation and sustain- ability as part of the Infrastructure Research Group (IRG). In addition to the Ph.D
engineering course. This paper provides a blueprint for others to create a similarcourse. The student evaluation responses produced positive feedback concerning the courseobjectives. The responses showed the students were motivated to learn many new topics andalso produced an increased interest in ECE. It was very encouraging that the results were nearlyunanimously positive for the survey statements involving the students’ self-perceptions that thecourse increased their learning from the robot-focused projects and increased their understandingof ECE. A net gain in students with CoE and ECE majors at the conclusion of the course werealso very encouraging results. While this ENGR 1411 course produced good retention andmatriculation outcomes it also was
police?The 2023 Internationalization at Home Program was a scaled down version of theglobal experience due to Political Climate.The students from UNI and Penn State engaged in a deep and very meaningfuldiscussion surrounding these two topics. Even the students that were timid and didnot participate too much up to this point expressed their concerns and opinions inthese issues. There was (an unintended) discussion on how AI could be used in thefuture and the awareness and importance of education, technology, society, andpolicy.This is a pilot study that we would try for any circumstances for which we may not beable to travel abroad. 22
more concerned about-1 (4/3) implementation issues. Now, I had put in more concern our communication with the stakeholders and partner”Elizabeth “My answers were the same. I changed a few wordings but the-1 (1/0) basic questions were the same”David “they are the same but in different order of importance”-1 (2/1)Table 4. Students perception of their change in answering the pre-post design task (In theleft column, fictional names and change in the number of answers belonging to the‘stakeholders’ and ‘culture of stakeholders’ categories are listed. The first number inparentheses refers to the number of Cu or
professional context is the goal of the capstonecourse. Within each course, the level of completion of the course project is an assessmentinstrument to evaluate the achievement of outcomes.Because the courses are housed in a location that supports teaching, meeting, and manufacturing,the barriers to entry for new courses are dramatically reduced. As such it is much easier to infusedesign throughout the curriculum (beyond cornerstone and capstone experiences) when a facilityis readily available for students and faculty to work in. The infrastructure is not limited to aworksite and access to the tools and equipment, but rather extends to include the availability oftraining resources and staff support for the residential design courses. With such support
that comprise the EOPframework. We believe the EOP framework can be considered as a guiding framework indesigning courses and curriculum to better prepare students for future engineering work.INTRODUCTIONThe following research paper aims to dissect the integration of the newly developedEngineering for One Planet (EOP) framework into undergraduate engineering courses. TheEngineer of 2020 [1] guided academic approaches to engineering education for the first partof the new millennium, but it could not anticipate the magnitude of the challenges facingengineers today. Our goal is to provide foundational evidence to advocate for EOP as aframework for faculty and students to contextualize a global pandemic, legacy, and newglobal environmental crises
interactivelearning is a key component to motivate students to understand the new concepts faster but alsosupports them to apply their skills for more practical results. The goal of this paper is to presentthe results of new teaching techniques used in the Hybrid NUFlex form. This model was designedto deal with density restrictions and to provide flexibility to faculty and students. In hybridNUFlex, due to choice or due to density restrictions, a certain percentage of the total students ineach class will be remote, while the remaining students will attend the class in person. The studentswere informed in advance by the university before the class whether they would be in person orvirtual for that class. Instructors teaching in-person cannot meet all the
with standards while others donot. A consistent approach would be helpful. Expanded access to the standards themselves wouldgreatly assist instructors in standards instruction; also for many institutions, standards are tooexpensive. New and applied instructional material, such as case studies, needs to be developedespecially for faculty with little practitioner experience. As our students become practitioners inthe global marketplace, we in the United States additionally need access to internationalstandards and the national standards of other countries.Resources available nowIntroduction to standards and case studies are available at the following websites (some may
from Lehigh University and is a registered Professional Engineer in Virginia. He has servedon the USMA faculty for eight years, including two years as Director of the ABET-accredited CivilEngineering program. He is currently a Director of the Civil Engineering Division of ASEE. He has wonthree ASEE Best Paper Awards, the 1997 Dow Outstanding New Faculty Award from the Middle AtlanticSection of ASEE, the 1998 Educom Medal for educational software development, the 2000 DistinguishedEducator Award from the Middle Atlantic Section, and the 2000 NEEDS Premier Award for Excellence in Page 6.308.11Engineering Education Courseware. Proceedings
Paper ID #48141Electric Vehicles in Electrical and Computer Engineering ProgramsDr. Afsaneh Minaie, Utah Valley University Afsaneh Minaie is a Professor of Electrical and Computer Engineering at Utah Valley University. She received her B.S., M.S., and Ph.D. all in Electrical Engineering from the University of Oklahoma. Her research interests include gender issues in the academic sciences and engineering fields, embedded systems, machine learning, wireless sensor networks, and databases.Dr. Reza Sanati-Mehrizy, Utah Valley University Reza Sanati-Mehrizy is a professor of Computer Science Department at Utah Valley University
techniques in engineeringtechnology programs and across the curricula. Educators and learners have described theadvantages in terms of more effective learning and greater long-term retention. 7, 8, 10Implementation can take place in many ways, all of which require significant change for thefaculty members responsible for delivering the instruction. Issues related to implementation areaddressed now regarding faculty development, availability of suitable instructional materials,organization of courses and programs, assessment of student competency, and accreditation.Faculty Development: Most engineering technology education today is done in the traditionallecture manner. Instructors create (or are given) a syllabus, a textbook is specified, and
include housing, alternative technology, issues related to international construction, and construction education. He teaches Environmental Control Systems at an undergraduate level and International Construction at a graduate level. Dr. Choudhury is also a Fulbright scholar. Page 11.473.1© American Society for Engineering Education, 2006 Development of an Undergraduate Program for Construction Education in Bangladesh using General Linear ModelAbstractThe purpose of the study is to develop an undergraduate curriculum for construction education inBangladesh. A standard Likert style survey instrument was
miners took this as a signal that there was a problem with the atmosphere in themine2. Guinier and colleagues encouraged faculty and administrators to look at the behavior ofminority groups within an institution as sensitive indicators to potentially toxic problems for theentire student body2. By providing programs that provide assistance to the “canaries”, theremainder of the student body benefits in tandem2.In this paper we expand the notion of the Miner’s Canary, we believe that the canary not only isharmed when in toxic situations but also sings more loudly than the majority in response topositive events. We believe that undergraduate women engineering students serve as a Miner’sCanary for retention issues in the undergraduate engineering
engineering students, and lead authors of this paper, we acknowledge the divide thatexists between the technical and the social aspect of engineering in the classroom. We havetaken classes with professors who solely focused on the technical aspects of the major, as wellas classes with faculty who truly try to bring social issues to the forefront of problem solving.Being students of the same major, concentration and gender, as well as being Latinx, we clearlyhave many similar biases and interpretations. As part of undergraduate careers, we have learntto accept our ever changing definitions of what it means to be an engineer. In our own previousinterviews as study participants in 2019 and 2020, we stated our own definitions of engineering: In my
needed a diverse setup and configurations with these operating systems. To reducecomplexity for the learners and provide the best pedagogical outcomes, pre-setup systemsneeded to be at the ready. Our research covered the best infrastructure design to support a game-based learning system for information security topics.After meeting with various faculty members in the Technology Systems department at EastCarolina University, a decision was made on the best operating systems to be utilized for thelearning experience. The following operating systems needed to be included, Kali Linux,Windows 10, Windows Server 2016, and Ubuntu Linux. Kali Linux served as the attacking host,while all the other listed OSes served as defenders. Once selected, the
sector, students in the Industrial EngineeringTechnology program are uniquely suited to transition from employment opportunities inmanufacturing industries to employment opportunities in service enterprises.IET programs have always been known for maintaining excellence through innovativecourses, class activities, and the exploration of new fields of opportunity. Now more thanever, IET programs need to expand their knowledge and use of service industryapplications. As global competition continues to grow and U.S. service industriesmultiply, our IET graduates should be poised to meet the challenges unique to the serviceindustries.The purpose of this paper is to discuss the changes necessary to enable IET programs toseriously integrate topics from
” condition. Other Ideas • Apply spreadsheets for problem-solving.Figure 1. Possible Learning Objectives for High School Student Activity RESULTSHigh school teacher response. This project was presented to a group of twenty high school math,science, and engineering teachers within a two-hour time block as part of a larger teacherworkshop on engineering applications of math and science. During the workshop, the concern ofvarious “student” background experience was apparent. Required use of measuring instrumentssuch as micrometers and calipers was new to some science and math teachers while technologyteachers were experts. Some teachers handled the calculations with no special instructionneeded, while others
workingwith an interdisciplinary team of masters’, doctoral, and other rehabilitation engineering studentsand PhD and MD faculty. Additionally, the veterans are provided with support networks in ourregion along with counseling. ELeVATE strives to be a model program that demonstrates thefeasibility of a vocational rehabilitation program extended to rehabilitation care and academicpreparation.On the other end of this spectrum, K-12 students face different but an equally challenging set ofissues resulting in missed opportunities and lower educational achievement [4]. The NationalScience Board has expressed concern with the current state of affairs in K-12 educationspecifically with “the growing inequality of K-12 students’ access to a solid math and
exists, students can move ahead,for the most part, in developing their own projects outside of class. This milestone in the classexperience can be a good opportunity to take some class time to talk about ethical issues in thediscipline, often taken from current news events. Two possible examples are the health concernsin cell phone usage and the health effects of high- age a i i i e. I i e ha heca c e a fi a c c i ch i e , b a ea he i be a a e ha heengineering profession is aware and concerned about such issues.We are now ready to tackle something more substantial. First, we solve the classical rectangularwaveguide problem using a product solution of the partial differential equations. This problemshows
Ph.D from City University of New York. Currently, he is working as a faculty member at Queensborough Community College of CUNY.Mr. George Tremberger Jr, Queensborough Community College c American Society for Engineering Education, 2017 Linking facts with judgment: a critical thinking activity in introductory calculus physics for engineering students Vazgen Shekoyan, Sunil Dehipawala, Raul Armendariz, George Tremberger, David Lieberman, and Tak Cheung CUNY Queensborough Community College Physics DepartmentAbstractOn the popular website, Wikipedia, critical thinking has been summarized as “an objective analysisof facts to form a
engineering ranging from environmental designto computer programming. Problems are submitted by practicing licensed engineers. Teams arebroken into varsity and junior varsity categories and solutions are judged by engineering facultyat the host institute. This exercise provides excellent preparation for taking the Fundamentals ofEngineering (FE) and Profession of Engineering (PE) exams.A New Educational ParadigmThe students are not only exposed to design but are also introduced to engineering research viapresentations and demonstrations by faculty from Virginia Tech. Research based learning at thesecondary school level offers a new educational paradigm that demands a commitment to theintellectual growth of individual students, redefines the role of
Paper ID #13845Using On-Line Education to Meet the Needs of Working Engineering Profes-sionalsDr. Sandra Denise Anderson P.E., University of Wisconsin Madison Sandra Anderson, PhD, is director of the Master of Engineering in Engine Systems program at the Uni- versity of Wisconsin Madison. She worked in the aerospace industry designing jet aircraft engines before joining Ford Motor Company. At Ford, she trained power-train designers and engineers in CAD and CAE and produced web-based trainings on topics such as reliability and experimentaldesign. She also worked in the Office of the Technical Fellow, exploring new
overhead costs.In electronic education that is also called web-based education, the learners receive thecourseware from online sources, and the teachers' notes and assignments from the internet. Theycommunicate with other students and their teacher via email, or answer the questions that appearon their computer screen. They participate in exams and in their belief, despite the absence of theclassrooms face-to-face interactions; the easiness of web-based education has made it veryattractive.Distance learning is by no means a new issue. In the mid 1850s, shorthand, speed typing andforeign languages were taught by correspondence courses. In the last century, radio, TV, video,and satellite have enriched the repertoire of distance learning means. Now
effectively by studentsin upper division courses. This goal has not been fully achieved.The effective use of FEA tools in CSUN’s mechanical engineering courses has been slowed by anumber of factors. Certainly one factor is the fear that students will tend to ignore classicaltechniques once they have mastered the analysis software. Another significant problem is thereluctance of senior faculty to learn the software well enough to achieve the necessary comfortlevel to develop new assignments for their courses which incorporate FEA. Software familiarityis also an issue for part-time faculty, who may be assigned courses just before the semester starts.Clearly another difficulty is the inclusion of a new topic or solution method in courses whichalready
. Employers are searching for well-rounded professionals. As a result, traits suchas communication skills, leadership skills, creativity, and the ability to work in a teamenvironment are in high demand. Unfortunately, these skills are not often a part of thecurriculum.There are a variety of roles that the SEC plays in the College of Engineering. The SEC providesa forum that allows student representatives to speak directly with the dean, to keep him abreastof student concerns about the education provided by our College of Engineering. There is afreshman mentoring program that helps new students adjust to the rigors of the engineeringcurriculum, as well as the college environment. The Leadership in Engineering Conferenceteaches soft skills to young
academic year, it became an engineering requirement with up to 230students in one semester, taught by a team of two full-time faculty, one adjunct instructor, andtwenty undergraduate assistants. As it grew, the lecture’s atmosphere naturally changed. It wasless conversational, less personal, and more formal. These observations are in line with existingliterature that found links between increased class size and reduced student involvement, reduceddepth of student thinking in class, and reduced frequency and quality of feedback to students [1].The instructors, who met weekly to discuss potential course improvements, identifiedmanifestations of these issues in several specific areas: 1) Metacognition and formative feedback – formative feedback
awareness and willingness to publish in OA journals, but reputationand perceived lack of peer review remained concerns.2 In a survey of engineering faculty at theUniversity of Illinois, Mischo & Schlembach3 reported that faculty had concerns about theeconomics of “author pays” model, yet 33% indicated having published in such journals.While there are a number of surveys examining attitudes about OA publishing, there are a dearthof bibliometric studies quantifying and characterizing OA publishing. Laakso & Bjork4 estimatedthat approximately 12% of all peer-reviewed journal articles worldwide were Gold OA. Therehave been some larger bibliometric studies conducted to quantify OA publishing in India,5Germany,6 and the UK,7 but essentially none
College (BSCC), a state-supported community collegein Alabama. The Coach is developing a series of web-based writing instruction modules andwill help students learn to write for audiences of engineers through sequences of writingsamples, prompts, and heuristics. By emphasizing writing as a design process, The Coach isintended to provide engineering faculty with a valuable resource for developing students’rhetorical skills. The Coach’s development is founded upon the understanding engineeringcurricula are the most-appropriate venue for building stronger engineering writing skills.Technical issues prevented the planned launch of The Coach in 2011, but roll-out took placeon all three campuses in fall, 2012. This paper describes in detail the state
sophomores we held a special session in a follow-on ChE class to address theseissues. Two ChE faculty not associated with this project and two of the authors (outside of ChE)facilitated a presentation and discussion among all the ChE sophomores. We addressed topics such asthe relative safety of the chemical industry, and the importance of understanding consequence,conducting a rigorous risk analysis, making informed career decisions, and the need for including humanaspects with their technical work. We did not do a formal evaluation of the session but our sense wasthat it was successful in providing closure and addressing some of concerns we saw in the surveys. Thestudents who spoke up during this session seemed interested in thinking ahead about
subscale is Global Engineering Ethics and Humanitarian Values. This construct refersto the depth of concern for people in all parts of the world, with a view of moral responsibility toimprove life conditions through engineering problem solving and to take such actions in diverseengineering settings. The second subscale is Global Engineering Efficacy. This refers to thebelief that one can make a difference through engineering problem solving and is in support ofone’s perceived ability to engage in personal involvement in local, national, internationalengineering issues and activities towards achieving greater global good using engineeringmethodologies and approach. Engineering Global-centrism is the third subscale. This refers to aperson’s value of