member etc.), social issues (work schedule, lack of structure, lackof social interaction, etc.), and course-related issues (inconsistent structure, too much work,feeling unsupported by faculty etc.). An average of 33±4% of our responding students ranked atleast one scenario as making learning “almost impossible” and 71±3% of our respondingstudents ranked at least one scenario as making learning “highly challenging” across all threesemesters (Fig. 2a). The percentage of students responding to each level of difficulty did notchange significantly with changing learning environment from emergency remote (spring), topremeditated remote (summer), to HyFlex (fall). Furthermore, 38±9% of students reportedsignificant difficulty because of 2-5 scenarios
is suggested by the comment.The majority of comments indicated a Level 1 Concern, namely an awareness of the literature,the national statistics, and what the “experts” say. Some comments suggested a deeperintegration of the material by the teacher, and an expectation that the teacher would actively usethe material in his or her classroom. These comments were grouped as Level 2 and Level 3Concern. Regardless of the apparent level of the comments, virtually all teachers reported adefinite increase in their level of gender equity awareness. When asked to rate their pre- andpost- SummerScape awareness level of issues of gender equity, 27 of 29 respondents rated theirpost-SummerScape awareness level as substantially higher than their pre
the box and incorporate as many items forLEED as possible. The details could be accomplished if more time was put into this specificproject to meet county codes.”Is your design constructible?Ninety percent (90%) of the students thought their designs were constructible. Several studentsidentified the need to further develop the construction details and admitted the designs theydeveloped were expensive.How well did your design address contemporary issues?Students incorporated many contemporary ideas in their designs including new materials andproducts. They spent significant effort researching deconstruction methods and firms who workin this field. They incorporated current thinking in the management of stormwater, with theadoption of several
A Study in Learning Styles of Construction Management Students Amit Bandyopadhyay, Ph.D., PE, F.ASCE State University of New York -FSCAbstractStudents take in and process information in different ways. College faculty members‘teaching methods are not all the same. However, rarely there are any efforts by facultymembers to harmonize their teaching styles with their students’ learning styles. Whenthere is a major mismatch between the learning styles of majority students and teachingstyles of the instructors both get frustrated. Although it is not possible for the instructorsto match individual learning styles of every student in the class, as long as there is abalance in teaching method in
Session 2557 Case Study: Using Quality Function Deployment to Meet ABET 2000 Requirements for Outcomes Assessment Phillip R. Rosenkrantz California State Polytechnic University, PomonaI. IntroductionDuring the 1997-98 Academic Year the Industrial and Manufacturing Engineering DepartmentFaculty formed an ABET Outcomes and Assessment Team to address issues related to programobjectives, outcomes, and assessment in preparation for our accreditation visit scheduled for Fall1999. The following options for approaching the ABET 2000 criteria and process wereconsidered:Strategic
applications and fellowships ● Careers in Research and DevelopmentBi-weekly meetings held on the NCCU campus support one-on-one advising and mentoring of Bridgestudents. This allows us to focus on the development of students’ identities in science and provide a safespace to ask questions or express concerns. Seminars and workshops have focused on the Bridgestudents’ academic and research preparation for doctoral studies, as well as self-efficacy, study skills,time management, and preparation of graduate school and fellowship applications as mentioned above.NCCU faculty and staff co-facilitate these meetings and inform trainees of resources at their homeinstitution.Integration and socialization in the field is essential to the success of URM
, and issues involved indetermining the most appropriate technology in a given situation are also explored. The clusterwill prepare students who will increasingly accept employment with global firms or findthemselves participating in mergers or strategic alliances involving multinational corporations.Cluster GoalsWith the exception of a new engineering management course, all courses in the “GlobalEngineering in an Interconnected World” cluster are presently being taught. The cluster isstructured so as to provide students with an in-depth focus on the nature, conduct, andframework of global engineering and project management. The goals of the cluster are asfollows:1. To provide the student with a basic understanding of the integrative nature of
Small Groups in Higher Education,# To Improve the Academy, 11, pp. 107-122, 1992.20. L. K. Michaelsen, $Problems with Learning Groups: An Ounce of Prevention....,# draft manuscript, Nov. 1995.21. M. Pandya, $At Wharton, They re Practicing What They Teach,# New York Times, pp. F-7, March 5, 1995.22. B. Panitz, $The Student Portfolio: A Powerful Assessment Tool,# ASEE Prism, pp. 24-29, March 1996.23. J. A. Parcover and R. H. McCuen, $Discovery Approach to Teaching Engineering Design,# J. of Professional Issues in Engineering Education and Practice, pp. 236-241, Oct. 1995.24. R. G. Quinn, $Drexel s E4 Program: A Different Professional Experience for Engineering Students and Faculty,# J. of Engineering Education, 82(4), pp. 196-202
inherently dynamic aspect of ATMS concerns reducing the severity of non-recurringcongestion caused by incidents which may affect the capacity of individual transportation links. For ATMS and ATIS applications to succeed, we must also study the interaction between the travelerand the transportation system. In order to choose from among alternative ATIS and ATMS policies, we mustbe able to understand and evaluate their effects. This depends fundamentally on an understanding of howindividual travelers choose among their own travel options, with regard to both mode choice (e.g., train vs.car) and route choice (e.g., freeway vs. arterial), and on knowledge of how people will react to new forms ofinformation provision
Page 11.892.4significantly raised the quality of the projects that were produced for the clients in thesecond quarter. However, the automotive projects themselves were not well supported byclients. The intention was to have clients who were employees at a large (but distant)automotive interior design firm. However, these employees simply did not have enoughtime to work with the 100 teams of students and EDC faculty ended up acting as clientsfor most of these projects. Students were asked to find their own users which workedwell for some projects and poorly for others. Another issue with both the websites andthe automotive projects was that they were primarily commercially based, leading somestudents and faculty to desire projects that were
for sure, but it's not a real abrupt steer; it's a subtle steer. 1Many faculty who are new to A/CL have concerns about how much time to give students forteam activities. Veronica Burrows suggested that, You need to put very tight time constraints on them. Most cooperative learning exercises are successful, despite the fact that the students will almost never complete them—to the students’ satisfaction—in the time allotted. Giving them a tight time schedule forces them to stay on topic; it forces someone to play the role—either that you designate them in the role or they choose that role—of timekeeper and resource manager. When you don’t have that time pressure, they seem not to perform so well. 1Jim
international journal, a book series, annual meetings,workshops, and a community of practice that creates and shares lesson modules for engineeringclassrooms that shift the discourse to issues of equity, peace and social justice. Related workfrom members of the ESJP network includes the design for social justice initiative [8], and workby faculty at Colorado School of Mines bringing sociotechnical critique into engineeringclassrooms [9]. The intention of the ESJP network has been toward systemic change, deepeningrelationships (rather than growing numbers), and creating a heterogeneous network ofinterdisciplinary scholars interested in radical change.In line with the Engineering, Social Justice and Peace network, the first Peace Engineeringprogram was
the world continues to be plagued bypolitical strife and social injustices [3]. With these ongoing issues in mind, it is imperative thatthe Higher Education community evaluates whether institutions and faculty are adequatelypreparing future scientists and engineers to become socially responsible. Are we doing enough toensure that our engineering students are aware of the larger implications of their work and arewell-equipped to make ethical decisions that benefit society as a whole?The Boyer Commission Report, published in 1998, urged research universities to reevaluate theirdedication to significant changes in the education system. The report encouraged universities toexplore how undergraduates could “benefit from the unique opportunities
piloting faculty-developed ideas tobring students from their community college to at least one of their choices for a 4-Year schoolwhere they will complete their BS degree program.Co-Development and Co-Teaching at 2-Year and 4-Year Schools Possibly unique to ECE,there is one course that is critical for student success – Electric Circuits. An exciting new projectis being piloted by the IEC 2to4 Project that brings together faculty from two of its larger corepartners along with faculty from the local community college that sends the most students fortheir BS degree in Electrical or Computer Engineering. They are co-developing and collaboratingon the delivery of Circuits courses at all four institutions. The project is built around a newonline
issues here. Will TV courses induce university administra-tions to reduce faculty numbers? With the reduction of faculty and elimination of courses across the uni-versities such an endeavour would allow faculty to handle more courses. Moreover this could counter thealready-experienced likelihood of dis-accreditation in some schools, particularly Architecture. TV coursescould also allow schools to ‘help’ each other to weather such problems; students could take such courses atother institutions and simply go through a credit transfer. Maybe TV courses are not just a new-fangledtechnological option; perhaps they are an essential ingredient to our survival !About the authorsJUAN J. SALINAS did his undergraduate studies in Civil Engineering at ITESM
actively do surveillance of such issues. Aside from two of the students, most of the students whom we heard their stories sharedconcerns about having funding issues, which are noted below. However, two other students, who 9happened to be from the same department, noted that their faculty actively make sure all studentshave funding; so they never felt any threat regarding their financial status. “After getting admitted to my master’s degree university, I was invited to work at his lab. I was verbally promised that I would get an RA position and a supplement for my work. However, after working in the lab for a while, I was told that I can not be paid and will not be
Psychology department toidentify attitudes surrounding its usage. They found a relatively wide disagreement between thetwo groups best illustrated by the 3% of students who felt extra credit should never be offeredversus 21% of the faculty surveyed who felt the same. When queried on the potential advantages,students viewed it as a second chance to make up points whereas faculty reported using it as away to motivate students to do given tasks and an opportunity to allow students to explore topicsin greater depth. Of particular note was the hostility with which many faculty responded to thissection typically citing issues such as causing students to take the required coursework lessseriously or lowering standards. A follow up study by Hill IV et al
faster rate than other professions, yet the current trend in the nationalenrollment, at the post-secondary level, may not be able to meet the national demand.1 Theauthors present one state’s perspective on addressing the issue of increasing the enrollment Page 9.994.1 Proceedings of the 2004 American Society for Engineering Education Annual Conference & Exposition Copyright ©2004, American Society for Engineering Educationand graduation in engineering and engineering technology programs at institutions of highereducation through working with secondary students and their educators.About the StateThe state of New
face-to-facecourse entitled, “Introduction to Engineering” for online delivery by using existing technologytools from e-learning education, or from internet marketing. The most challenging part of theproject concerns the replacement of the interactive demonstration, dialog, and immediatefeedback for the student working with the equipment on campus with online support for theinteraction with the equipment. In traditional labs taught on campus in laboratory setting, theinstructor has the opportunity to observe students performing experiments. In this setting, theinstructor can easily help students understand the process of debugging or troubleshootingcircuits. Also, students usually work in teams helping each other fix circuit issues during
school policies reinforce the practice of students comparingthemselves to their peers who seem to struggle less and get better grades. Additionally, theperformance of rigor means that students feel that they cannot take time off, which affects theirmental and physical health. During data collection, Esperanza repeatedly voiced concern in herinterviews, journal entries, and poetry that any time she took to recover from the trauma from apeer’s suicide attempt meant she would fall behind and/or not be taken seriously by her peers orprofessors (Robert & Leydens, 2023). As all three participants discovered that they wereneurodivergent through the study, it became clearer that other issues, like physical disabilitiesand mental health impacts, were
assignments exploring technical/business issues ½ Urging Technical faculty to emphasize communication and critical thinking skills Building a "communication & thinking" grade into all quizzes, exams, e.g. 80% for correct answers, 20% for thinking and expressingHowever, DeVry Dallas faculty pursued a far more invasive model:3. Restructure the curriculum delivery around CT & CW objectivesBorn out of a synthesis of cross-curricular experiments and experiences of DeVry’s Phoenix,Scarborough and Dallas campuses, the DeVry Dallas’ Freshman Year Initiative (FYI) waslaunched in the Spring 2000 term. ½It featured: Faculty Teams of 5 professors were formed and assigned to the same first-term class ½ group
engineering degrees. The Biomedical Engineering degreewas created in 1970 and was among the first few in the Nation. In 1999, the science andengineering colleges were combined to become the College of Engineering and Science. Thisreorganization and the administrative changes led to a new vision for the college to be the best atintegrating engineering and science in both education and research1,2. With this new vision,nanotechnology was determined to be a strategic area of focus. Funding was obtained to build aresearch center, the Institute for Micromanufacturing in 1999. Several faculty were hired withexpertise in nanotechnology, and graduate courses were added to the roster until a fullMicro/Nano concentration was established in the Ph.D
.Multidisciplinary teams are also essential components of knowledge management practices inorganizations. The combination of MD teams and optimizing emerging technologies enablesorganizations to manage the human side of learning and complex decision-making2. Because the needs ofindustry often influence the professional preparation of new entrants into the workforce, it is critical toattend to those educational issues involved with multidisciplinary teams. The current study providesinsight into the under explored area of multidisciplinary teaming instruction and assessment within asenior capstone design course. Numerous curricular changes in engineering disciplines nationwide have focused instruction oncommunication and teamwork skills3. While some
people after they get hired. This expectation might be due to the lack of resources to train, or the lack of personnel able to share that training. Participants also expressed that hired individuals often have little or no hands-on knowledge of the processes involved in construction or the activities that tradespeople are involved with. A concerning comment from participants stated that they are observing very little commitment from new hires since they “bounce from job to job and switch back and forth between companies”. With increasing need for written communication due to necessary reports and safety programs, it is important for newly hired individuals to have good written and verbal
member develops and presents a modifiedEFFECT in a science class while the science teachers observe and/or participate;Step 2: Training Workshop – engineering faculty members conduct a professional developmentworkshop for teachers to draft EFFECTs appropriate for their particular grade level;Step 3: Mentor-Mentee Relationships – an engineering faculty member partners with a scienceteacher to help refine the EFFECTs prior to implementation;Step 4: Community of Practice – an online forum is created for the exchange of ideas,challenges, and questions among the teachers and engineering faculty members;Step 5: Implementation and Evaluation – teachers implement their developed EFFECTs andshare observations, concerns and challenges with mentors (Step 3
Jennifer Kirkey has been teaching physics and astronomy at Douglas College in New Westminster, British Columbia, Canada for 30 years. www.douglascollege.ca She is the chair of the provincial articulation committee for physics and astronomy. She is on the committee that developed and oversees the Engineer- ing Program at Douglas College. https://www.douglascollege.ca/programs-courses/explore-programs- courses/faculties/science-and-technology/engineering. She is an advocate for open textbooks and open educational resources in general. American c Society for Engineering Education, 2021 Building Comprehensive Open Educational Resources in Mechanics
Engineering Education With so many issues surrounding the virtual instrument software, maybe a custom,in-house developed program could do a sufficient job. It might take a while to develop but couldbe used over many academic quarters. And it could be programmed on-purpose for just this oneexperiment, making it simpler and potentially easier to use. It could be programmed to displayand save the necessary data that the students could directly use. Also, no new hardware wouldbe required. A completely new computer program, to interface the user to the NI5102 and topartially process the data, would be necessary for this option.The Solution A graduate student was tasked with measuring apparatus geometry and creating valuestables. It was a
approaches.Results are shown in Table 4. Online assessments are inherently different than in-personassessment and many student responses reflected aspects of these differences while 20% statedthey had no concerns. 31% of the responses commented on aspects of exam scheduling anddelivery. Students reflected more favorably on exams that had wider time windows to begin,even if there was a fixed time to take the exam. However, it is unclear how different exams arefor different students so there may be concerns with academic dishonesty with this approach.Three issues that were often connected were issues with the esubmission process (19%), examsthat were too long (11%), and stress (13%). Surprisingly, only 9% of responses identifiedcheating as an issue. 7
Electronics majors/minors can take thiscourse as an elective in the technology department. In addition, any majors and minors at thecollege should be eligible to take this class as an elective.3. The Need and CapabilityNot all engineering and engineering/industrial technology departments will be able to offer avariety of renewable energy courses due to faculty, budget, laboratory, and knowledgelimitations. Unless a school decides to establish a renewable energy related program or degree, itbecomes difficult for faculty to teach renewable energy related classes in addition to the classesin core curriculum. Since tenure-track and tenured faculty are usually allowed to teach threeclasses a semester, it may become an issue to offer more classes if there
) associated with sanitation indeveloped and developing countries. Statistically significant increases in student responsesregarding technical and nontechnical issues in developed and developing countries, as well assubstantial consideration of such issues in team design reports, were observed followingcompletion of the case-study module.In the current investigation, different liberal arts faculty and the same engineering facultyimplemented the same case-study module in a senior/graduate level course in onsite waterreclamation and reuse, to examine the transferability of the case-study module to a new course.The course focused on the selection, design, and implementation of onsite and decentralizedsystems for water reclamation and reuse. Results from