planning and mentoring to prepareundergraduate students to be part of the research team.According the NSF1, a PUI is one that primarily grants associate, bachelor, and master's degrees; hasgreater undergraduate versus graduate enrollment; and graduates fewer than 20 science-relateddoctoral degrees a year. Malachowski2 remarks that since 1995, undergraduate research hasincreased in visibility and prominence and that faculty need to be assisted in remaining student-oriented rather than research-oriented at PUIs. This observation is key for the authors of this paperas we strive to balance the primary teaching focus with the needs for research and service expectedof all faculty members. Many PUIs use a formula of approximately 60% teaching (3 to 4
, instead, student-teams are required to use an approach thatinvolves the iterative application of the two paradigms: this mimics the action of the pistons of atwo-cylinder engine. During this strategy, student-teams will identify a plan on how to conduct theprocess (Organization Tools), they will integrate needed Resources, apply the plan to acquireknowledge (Learning Cycles) and perform the transfer of this knowledge to the challenge (LinearEngineering Sequence, LES) always towards the development of the PIT. In this particularcontribution, students use the Foundry as the overall, or “macroscopic” level strategy in thelearning and the finer details related to the application or subject matter (the modeling of the fluidvelocity profile) are guided
plagiarism, inappropriateassistance, bias/discrimination, and diminishment of cognitive skills [8], [20]-[24]. While theseissues will undoubtedly need close attention and necessitate further research, we judge that thesocioeconomic pressures driving GenAI’s sudden prevalence will not be held at bay while weawait answers. Such pressures, coupled with GenAI’s potential benefits to students andeducators, direct us to fold these concerns into a larger framework alongside plans for testing,adoption, adaptation, and integration.Consequences of Generative AIIntegrating GenAI into engineering curricula offers several pedagogical advantages suggested inthe instructor and student narratives (see Appendix): • Rapid generation of code examples and targeted
We plan to use the AutoML process discussed in this paper in the Artificial Intelligenceand Machine Learning courses offered in 2024 for problems arising from two different domains.Learning activities both homework as well as in-class experiential learning that support thetheory students learn will be fully integrated to assess the effectiveness of the educationalmodule. Feedback will be obtained for continual improvement using questionnaires that conformto pedagogical and andragogical literature from the evaluation community.V. Conclusion We exhibited a workflow that facilitates easier development of efficient ML models by auser with minimal AI/ML expertise using AutoKeras, an AutoML python library. A comparisonbetween DeepNovo, a
students, test versus control sectionsIt is very important to understand that these are preliminary results, and that within the overallcourse experience, the intervention is very small (less than 25% of the homework problems aredone online, and the homework grade is only 5% of the overall class grade – see Appendix A fordetails) so it can only have minimal effect on overall class grade. Also, not every statics topic isaddressed in the software as of yet (as stated earlier, both 3D and V-M diagrams are stillmissing). Still, those results are encouraging and we plan to continue the analysis as the softwareis finally fully developed. We also plan to probe deeper into gender and ethnicity information.We are encouraged that our intended target
22.946.1 c American Society for Engineering Education, 2011 International Articulation Issues an Engineering Technology Education Response to Global ChallengesAs part of Northern Kentucky University‟s (NKU) strategic plan in 2007-2012, the universitystated – that increasing globalization will require the university to become more international inscope. In accordance with this policy the engineering technology division has undertakeninternational student recruitment efforts and articulation agreements with universities abroad.This paper will discuss challenges in formulating such articulation agreements while maintainingthe integrity of existing accredited programs. The paper explains what
Japan,with more planned both domestically and internationally in the future to accommodate thecontinued and growing interest.To date, the competitions have impacted more than 9,000 students at formal and informaleducational institutions (middle schools, high schools, home schools, community colleges,universities, 4-H clubs, and public aquaria, among others).10 Figure 1 illustrates the growth inthe number of schools participating in the MATE competitions from 2001 (the year of the pilotregional) through 2010 (the most recently completed competition “season”).The extensive involvement of ocean and other technology-related organizations and individualshas been key to achieving the competition’s goals and promoting its growth and success
the MaterialsStore. After writing up a design proposal, a budget, and rationale for why the design is expected to be successful,each team is ready to gather materials. One student from each group is assigned to pick up the materials thegroup needs. In the typical classroom with thirty students and one sink, a water distribution and disposal systemneeds to be planned. For this lab use Petri dishes (or other small wide pans) to reduce the amount of water neededfor each test; each group has a small container of water at their station and another empty container for disposingof waste water to reduce trips to the sink. Also have a large tub for the class for collecting waste water to bedisposed outside later. It works well to have the teacher be
by providing the students with realizable concept ofelectromagnetic radiations. The versatility of the computer enables different types of antennameasurements to be made, and various parameters to be determined. This paper discusses theusefulness of computers in antennas laboratory exercises in a Telecommunications course. Italso discusses student design experiments, and experiments planned for the next step of thelearning experience.IntroductionExplosion of information transmission in the information age is evidenced by the dependenceon information in all spheres of life. In its electrical form, information may be in the form ofvoice, video, or data and transmissions of these require different ranges in the frequencyspectrum. As a result of
AC 2011-1388: OAKLAND UNIVERSITY/ALTAIR ENGINEERING TECH-NICAL BUSINESS INTELLIGENCE CORPORATE INTERNSHIP PRO-GRAMDavid W Schmueser, Altair Engineering Inc. Dr. David Schmueser is the Business Development Manager of University Programs in the United States for Altair Engineering, with primary responsibility for identifying and implementing Altair’s advanced engineering software and grid computing technologies for curriculum and research applications. With more than 30 years of experience in engineering research, project technical management, and en- gineering instruction, Schmueser’s strategic role at Altair focuses on the development and execution of Altair’s university marketing and sales plan, fellowship program
the incumbent fossil fuel generator per our energy use plan. We have writtenproposals for funding to provide a more suitable replacement, based on the University of Idaho’shighly successful biofuels research, but none have yet been granted.Diversion LoadA diversion load, controlled by the main inverter/controller dissipates excess generation whenthe battery storage is full. We found this to be an effective way to maintain system stability withthe incumbent system. At 1.0 kW, this load is a little larger than its predecessor’s 400 Watts.This is sufficient to completely avoid disconnecting the baseline water turbine, yieldingautomatic control and security of the entire electrical system at all times. It was tested in thelaboratory as shown in
tostart than engineering degrees due to the generally larger student to program ratios.Keywords: engineering enrollment, engineering accreditation, engineering technologyenrollmentIntroduction“Improvise, adapt, overcome” is a credo that engineering and technology educational programadministrators at American universities may need to adopt. To maintain the quality of highereducation in the United States, administrators must strategically plan to optimize programswhich may be successful and discontinue programs which are not successful. They mustimprovise in a time when public funding of higher education is declining, adapt programs tooptimize their operations, and overcome the natural effect of diminished quality which isexpected during periods of
profession10-12. An effective realization of an epistemic game is in a computer-simulated virtual environment. Computer-based simulation games are an emerging and populararea of research and development in the learning sciences10, 13-15. One advantage of the virtuallearning environment, especially when role-play is involved, may be the immersive element ofthe activities13. In our own prior work, the epistemic computer simulation games Urban Scienceand Digital Zoo have been shown to successfully lead to professional values and epistemology inurban planning and biomedical engineering, respectively, in K–12 students11, 12. An additionaladvantage of the on-line environment is that student communication and work output can becaptured for later in-depth
bachelors in Mechanical engineering from the same school. For his senior design project he and his team entered the regular class of the SAE Aero Design East competition and won first place in the presen- tation portion. After completing his masters he plans on entering into industry for a few years and then considering returning to school to pursue his doctorate degree. Page 22.1333.1 c American Society for Engineering Education, 2011 Student Learning Modules in Trigonometry and Integral Calculus using LEGO MINDSTORMS® NXTIntroduction and MotivationRetention of
. The formal establishment of the department wastriggered by input from two major constituencies; overwhelming student demand, underpinnedby industrial pressure and support. The Biomedical Engineering and General Engineering Page 22.1427.2Department is the only degree granting program in the CSU system. It has consistently drawn alarge number of well-qualified applicants. In fact, the department has attracted the highestquality and most gender-diverse applicants in the College of Engineering each year since itsformation. The program has grown at rate in excess of that planned, and faculty hiring has notkept pace; the student to faculty ratio is
of scientific and mathematical principles to the method of differential leveling asapplies to the Civil Engineer in the planning and design of the construction of buildings,highways, and bridges were investigated. Such planning and designing requires the surveying oflocations to determine what changes may need to be made prior to any construction or alteration.Differential leveling is the independent measurement of an unknown elevation relative to aknown elevation. One of the key elements to perform accurate differential leveling is the abilityto keep the rod and the instrument plumbed to the earth. Current state of the art is to use anautomatic level and graduated rod, both of which employ bubble-levels to determine plumb.The purpose of
engineering toteachers and young students as a potential career path8.”The issue of institution liability when sharing college infrastructure came up early and took moretime to solve than initially planned. After two months analyzing the question of the institution‟sliability for adolescent students, the school requested that the US FIRST team purchase liabilityinsurance. The liability insurance allows the adolescent student to use the college facilities. Onelimitation that needed to be addressed was the institution‟s computer usage, which was solvedwith the creation of a non-curriculum class. This allows anyone registered in the class access tothe college‟s computer system and software. The authors assume that protocol may differ atother
plans, President Barack Obama urges the country to transform itsenergy system to make it greener and smarter. This project seeks to address such a challengewith contemporary courses on alternate energy harnessing and electric smart grid (ESG).A web search shows that many universities across the nation have been engaged in solar energyresearch. One of the goals is to improve physical properties of silicon cells to improve panelefficiency. Application of nanotechnology to improve the conversion efficiency of incominglight photons to electrical output has been a topic of high interest. Optical concentrators havebeen researched to improve panel efficiency. However, undergraduate courses that focus on thepractical design and implementation of solar
Graduate Teaching Assistants for FLS 101. In addition to the courses he teaches in a classroom setting, he is also the instructor of an online Spanish course that blends the elements of the Spanish language with the relationship among culture and technology. He meets regularly with department members to plan collaboratively and articulate content between courses. In addition to teaching, Mr. McConnell leads Engineering Students on a summer semester program to Spain. Although based out of the town of Segovia, students travel to several cities including Toledo, Barcelona, Madrid, Avila and Salamanca. The program is geared toward Engineering students and includes traditional language classes and various excursions such as
state and federal government. It is seen that thecompanies that sponsor Kettering University students represent a diverse cross section of U.S.industries. The changes that have been taking place in these industries and the needs andchallenges they face are immediately reflected in Kettering University’s classrooms as thestudents bring valuable experience after 24 weeks of work experience per year with theircorporate sponsor. The students and the department of Mechanical Engineering are the focus ofthis study.As part of the professional development portion of the grant, the Kettering University ENGAGEteam attended the ENGAGE conference in February 2010. A Plan of Attack in spatialvisualization was developed by Dr. Y. Dong, the Spatial
some thought into what image best captures the mentor and the mentor’s career. They alsopractice communication skills for example, to discuss and to get approval to take pictures thatcan be posted on the CareerME.org site. Page 22.626.4Involve: Being part of the “bigger picture”; sharing the experience with peers.Students that participate in the project to create a CareerME.org profile produce a product theycan be proud to share.Social Media Tools to Complement Job Shadow ProcessFrom planning to the post-shadow reporting, many activities between the job shadow mentor, theteacher, and the student require collaboration and communication. The
sophomore students. A major focus of this project will be to develop acceleratedcourses that allow the military veteran to complete these prerequisite courses in fewer hours thancurrently required. Some of the accelerated introductory level classes should be useable for both Page 22.729.5the accelerated bachelor’s and as prerequisites for the master’s degree.This part of the project is still in the initial planning stages and will use some of the results of theaccelerated bachelor’s program.Kansas State University and the Military EnvironmentKansas State University is near a major U.S. military installation, Fort Riley, and has more than60 years of
GPS devices such as car navigation systems, but don’t worry too much about whether someone may already have come up with your idea. Your application could require a completely new electronics design, or it could just be an application that makes use of an existing GPS system (like the iPhone apps). Include the following in your report: A marketing writeup that would “sell” your device to the consumer. A brief “business plan” that would explain to your investors how you are going to make money with this device. A technical description of the device including any appropriate diagrams and explanations. All of the above can be quite brief and much
with an entrepreneur from industry. The institution startedsponsoring a business plan competition where students compete for prize money to begin theirbusinesses. The institution also started hosting a government funded regional Small BusinessTechnology and Development Center.In late 2008, the institution initiated a new entrepreneurship education program around a concept Page 22.243.4called “Entrepreneurship Across the Curriculum” (ExC) which is also sponsored by Kern Family 3Foundation. Like other such programs as “Writing across the curriculum
include: preparing future engineering faculty, improving teaching and learning, distance education and underrep- resented student success.Shree FrazierDr. Osman Cekic, Canakkale Onsekiz Mart University, Turkey Osman Cekic holds a Ph.D. in higher education and student affairs from Indiana University at Blooming- ton and a master’s degree in secondary school administration from the University of Arkansas at Fayet- teville and a Bachelor’s degree in educational administration and planning from Ankara University in Page 22.267.1 c American Society for Engineering Education, 2011Turkey. He
), ability to plan and design a system, component orprocess that meets desired needs (abet c), ability to use techniques, skills, and modernengineering tools necessary for engineering practice, including computer tools and informationtechnology (abet k), and the ability to design and conduct experiments as well as to analyze andinterpret data (abet b).The course topics include computer aided structural analysis of trusses, structural design oftrusses, computer aided structural analysis of 2D-frames for gravity and lateral loads and loadcombinations, computer aided structural design of 2D-frames, setting up of an experiment on asmall shake table and dynamic experimentation, computer aided structural dynamic analysis withtime history, and verification
planning andimplementing projects. This paper describes the challenges, advantages, and opportunities ofworking with a multidisciplinary student group, and professional mentors, in developing a waterquality solution for a rural community in Guatemala.IntroductionEngineers without Borders (EWB-USA) is a non-profit organization that was established at theUniversity of Colorado Civil in 2002. As described in the mission statement "EWB-USAsupports community-driven development programs worldwide by collaborating with localpartners to design and implement sustainable engineering projects, while creating transformativeexperiences and responsible leaders."1 The organization is currently involved in 350 projects in45 countries with an emphasis on providing
collaboratively identify their information needs and then seek and use informationsources from different channels as a group. The study plans to analyse the interaction of theproject as the learning with learners’ information-related activities as students try to identify theirinformation needs, seek information, and then use information for their project during a group-based course. The paper represents the first case study where data were collected through a web-based survey at the end of a senior multidisciplinary design engineering course along with apreliminary descriptive analysis of the collected data that are related to the practice of bothacademic engineering librarians and engineering educators who are involved in these
. Kumar worked with the leading networking companies in the US. In the networking industry, Dr. Kumar played a leading role in planning, research & development of new communications equipment and networks. Dr. Kumar has authored over 50 technical papers. Dr. Kumar’s research findings have been cited by other researchers in the field. Dr. Kumar has served as Associate Editor for networking Journals, and as a member of technical program committee for international conferences. He has been awarded US and International patents for his inventions in the area of broadband networks. Dr. Kumar received the Ph.D. degree in Computer Engineering from North Carolina State University, Raleigh, North Carolina. He is the
, North Carolina State University Dr. C. Dianne Raubenheimer is Director of Assessment in the College or Engineering and Adjunct As- sistant Professor in the Department of Adult and Higher Education at NC State University. Within the College of Engineering she serves as the coordinator of ABET and other accreditation processes, acts as a resource/consultant to faculty in the different programs, develops and implements assessment plans, and serves as the primary educational assessment/data analyst adviser on the Dean’s staff. A particular interest is in helping faculty to develop and implement classroom-based assessment and action research plans to establish the effectiveness of instruction and to use the data to