computational and simulation engineering software. Because of that, the proper knowledge ofCAD software use is therefore, nevertheless, essential.Additionally, CAD systems constantly evolve, continuously requiring increasingly powerfulcomputers to run. Typically, a CAD laboratory will be dedicated to them with costly computersfeaturing huge amounts of RAM memory, high performance graphical adapters and largescreens. These high performance machines are moreover in great demand by students who areusing them in an increasing variety of course and projects requiring work on the digital mock up.Therefore, time spent by students in front of these computers must be as productive as possiblesuch as to maximize their availability to other students.Clearly
videotechnology also meant EDE was able to videotape computer simulations in a window, whileshowing the instructor or diagram in another window. The goal was to put theory and conceptnext to simulations of real world applications.Rethinking what we doThe lab component posed a major challenge. The original goal was to extend the existingmethod for labs into the new class environment. Equipment at KCC was due to be upgraded tomatch what was in use at ISU. ISU and KCC hired an employee of Rockwell Collins, and ISUAlumni, as a lab instructor for CPRE 210. She was hired based on the dBSEE needs persemester. The lab instructor was not familiar with the new arrangement, and was heavilyinvolved with a project at work. This meant we would either have to remove
into the learning models? · Team Development: How are students able to develop team- oriented skills when they are unable to meet other students except in a virtual environment? How are cohorts, group processes, collaboration, and team projects completed? · Assessment: Is the student expected to achieve a competency-based or proficiency-based education
those who are great at teaching be reinforcedfor their contribution to the department.”Faculty Member #3. The third faculty member is 33 years old and graduated with B.A. inChemical Engineering and Biochemistry in 1990 and a Ph.D. in Chemical Engineering in 1995.She joined Shell Development Company in 1995 and worked at the Research and DevelopmentCenter in the Environmental Division. She worked on a number of technical projects, includingland treatment, wastewater treatment, ecological risk assessment, and biodegradation andreturned to her alma mater, Rice University, in March of 1999 to join the newly developedBioengineering Department. She has developed the course materials for and has taught theintroductory sophomore course entitled
ln 1 + m f r 3 çè ID ÷ øFor the aerodynamic friction model the coefficient, mf, can be expressed as a function of aconstant drag coefficient, Cd: C d r An mf = (14) 2where r , A, and n are the density of air (kg/m3), the projected cross sectional area of a singledrag inducing object (m2), and the number of drag objects, respectively
for Engineering Education Annual Conference & Exposition Copyright Ó 2002, American Society for Engineering Education”Grading systems around the world may be confusing to American educators, but each hasstrengths and weaknesses, seeking to train students in the skills deemed to be most important inthat country. American students studying abroad should always be encouraged to bring homeany course work done for credit (papers, exams, and other projects) which may be reviewed byfaculty at the home campus to determine whether or not it meets requirements set by the USuniversity. US university policies on transfer of credit can range from giving non-gradedtransfer credit to incorporating the overseas grade as is into
Society for Engineering EducationOne report about the use of CAPA1 shows a strong statistically-significant positive relationshipbetween success on homework and success on the final exam through a two-year project. Animportant outcome was that this network technology can significantly improve studentachievement in large classes. CAPA helped students overcome some of the factors thatcontribute to students not achieving their goals, which include deficient preparation and lack ofawareness, misconceptions about physics fundamentals, insufficient mathematical problem-solving skills, excessively demanding and difficult course schedules, students' perceptions of thequality of education, and emotional and physical well being (students who work to pay
content, maximum size aggregate, fineness modulus andoven dry unit weight of aggregate samples in their Soil Mechanics class, a prerequisite forCE 483. Prior to this lab, the lab technicians performed these tests on the deliveredaggregate samples. These concepts are reviewed and the cadets are given this data. Alongwith this material data and project specifications that include workability requirements,exposure conditions, nature of the structure, and concrete compressive strengthrequirements, cadets use the Portland Cement Association (PCA) absolute volume mixdesign2 process to proportion a concrete mix to meet these requirements. After adjusting
technical skills. Some feel discussing issues related to biddingand contractors would be helpful.Students were also asked to comment on what ways summer employers can coordinate betterwith the CET department regarding summer jobs and student preparation. Students feltemployers could communicate with the CET department about summer job openings. They alsowould like employers to continue to give presentations in seminar. Students would like to knowmore about the jobs and projects they will work on. They suggest employers provide clearer jobdescriptions and be more specific about the qualifications needed. Some noted they would liketo see the plans of the jobs they are working on. One suggested having both students andemployers fill evaluation forms
they begin on the next portion of the exam which is notspecific to the field trip, but rather assessing the overall understanding of the topic.These were turned in as homework. The chapter test also included questions specific to the fieldtrip, taken from the list of objectives that were covered during the visit. ART 155 not onlyincluded the use of portions of the field trip as assignments, but the final project for the course is ahouse plan which would include the parts that were investigated during the site tour.6. Improve student learning through assessment.Explanation to the students of the correct response to the test is crucial to their ability to get itright next time. Not only are the correct responses explained but also the best
; Exposition Copyright © 2002, American Society for Engineering EducationIn the summer following this tumultuous year, one of us was accepted as a TAC of ABETprogram evaluator and underwent the requisite training session. As part of that training, thepreliminary TC2K accreditation criteria [1] and their implementation plans were presented. Thiswas our first real exposure to TC2K. It did not appear at that time to be a near-term challenge aswe expected to be reviewed using the existing TAC of ABET format.Two months later at the beginning of the academic year, our department chair informed us thatwe had been invited to volunteer in the 2001 pilot visit project. Our other EngineeringTechnology programs were in good shape and
recommendations, participants engaged in afinal activity, wall of appreciation. In wall of appreciation (Appendix), participants write short notesshowing appreciation for each other. The summit concluded with a post-event survey. Summary and ConclusionsIn the 2022 iDEI Summit, we observed that barriers posed by cultural and language differences canbe mitigated by activities that include non-verbal components (e.g., a craft project, a game likeJenga) and activities that celebrate cultural differences (e.g., sharing foods from different cultures).The Appendix contains details of the activities employed in the 2022 iDEI Summit so that others canadopt where needed for programs at their own institutions
various types of engineers in a large engineering project, the intelligent transportation system Computer Engineering (3) March 7, 2017 Story of a failure of central microprocessor computer system from a mystery cause Electrical Engineering (5), Fuel from Water and the Sun Case study presents recent
most part and get a grade, but in industry, it feels a lot more like you’re flying blind and trying to teach yourself and figure things out, which is fine.”BenefitsStudents found many benefits from their internship experiences. One of the commonly noted benefitswas students being offered long-term positions at the companies they interned with. Students fartheralong in their education saw this as a goal of their internships and felt satisfaction in seeing it come tofruition. Some students were also offered extensions of their summer internships through the schoolyear. Students saw this as an opportunity to gain more experience in industry and to continue workingon projects they had been assigned over the summer.Students also noted the
group of 21 fifth-grade students, the majority Hispanic. Theyused a pre-packaged kit that included all the necessary materials. The goal was for the students to Proceedings of the 2024 ASEE Gulf-Southwest Annual Conference West Texas A&M University, Canyon, TX Copyright © 2024, American Society for Engineering Education 9create an electric car model that could travel by itself. The cardboard bases provided to the studentshad the axle, pulley, and rubber band already attached, as depicted in Fig. 3 (right). The teachersupported the activity by projecting a list of materials on the screen (cf. the first slide in Fig
covered.” “I loved the real life examples, props, and in-class demos…” “All 3 labs were helpful…” “…learning the reasoning behind certain industry practices that I have never fully understood (such as installing ferrites).” “The demos and the way material was presented… Also being able to rent out lab equipment to do hands-on demos was nice.” “In-class demonstrations and projects…” “Lab activities…”Building on this positive feedback, for future offerings of his course, the author is developingadditional hands-on activities: measurement of the degree of filtering achieved by shunt capacitors, using a network analyzer -- to emphasize that, above its self-resonant frequency, a capacitor
their own classbut as a peer teacher during the last year or so. This student is Taylor Watson, a rising senior whohas been mentioning to Dr. Paige regularly how they have been using GAI to their great benefit inthe development of a research project they are using for an undergraduate thesis.Taylor is open and honest with Dr. Paige and explains that they tend to use the technology tostreamline some processes that tend to be tedious, such as summarizing emails and literature duringearly phases of a research paper, but they also use it as a chat bot to understand new informationthat arises when it is necessary in their research. Of course, they have not learned everything theywould need to be successful in their courses alone, so ChatGPT has been
interactive and captivating learningenvironments. For example, students can virtually venture through construction sites, gainingpractical insights into site planning, topography, and project management—experiences thatcannot be replicated by traditional teaching methods. Furthermore, VR simulations created withUnity can simulate dangerous scenarios, notably enhancing safety training. This hands-onmethodology empowers future engineers with practical knowledge to manage real-world risks.MethodologyThis section details the methodology employed in the research to achieve the desired objectivesand elicit positive feedback on learning, retention, and enjoyment from participants (as shown inFigure 1). The proposed research method involves collecting
students with the curiosity to reach outside of the technical box thatthey are often confined to in their individual disciplines. The next phase of this project is tocompare this lesson plan to similar activities within the ASEE community to consider continuityin generative AI discussions and implementations among engineering educators. © American Society for Engineering Education, 2024 2024 ASEE Southeastern Section ConferenceReferences1 Marr, Bernard. “A Short History of ChatGPT: How We Got To Where We Are Today,” Forbes. 5/19/2023. https://www.forbes.com/sites/bernardmarr/2023/05/19/a-short-history-of-chatgpt-how-we-got-to-where- we-are-today/?sh=57f07532674f2 Downey, Gary
introductoryapplied programming course in C. Pre-Calculus is a prerequisite for the course. Final grades areassigned based on a combination of interactive reading assignments and laboratory activities aswell as lab practicums, weekly take home quizzes and mid-term and final exams.ParticipantsAll students enrolled in the required applied programming course in C were invited to participatein the study. As this study focused on the effect of initiatives in the state of Michigan, only datafrom students that graduated from a Michigan high school was included. In addition, the studydid not collect data on demographics such as age, gender, or race as this is not the focus of thestudy, and the population of some groups was projected to be too low to avoid
, and James Melville. "Umap: Uniform manifold approximation and projection for dimension reduction." arXiv preprint arXiv:1802.03426 (2018). [21]. Dimo Angelov. Top2vec: Distributed representations of topics. arXiv preprint arXiv:2008.09470, 2020. [22]. Quoc V. Le and Tomas Mikolov. Distributed Representations of Sentences and Documents, 2014. [23]. Tomas Mikolov, Kai Chen, Greg Corrado, and Jeffrey Dean. Efficient estimation of word representations in vector space, 2013 [24]. Gerlof Bouma. Normalized (pointwise) mutual information in collocation extraction. Proceedings of GSCL, 30:31–40, 2009. Proceedings of the 2024 ASEE North Central Section Conference
aliens, racetracks for competitions, giant astronomical calendars, maps of theTihuanaco Empire, or to appease the gods. In addition to viewing them in spectacular fashionfrom Cessna aircraft, our focus was on creating mathematical representations of them as aconcatenation of different curve segments using MATLABTM,14 (Table 3), and when viewedfrom different vantage points using projective geometry based on rotation matrices (Table 4). Table 3 The enigmatic Nazca lines (and geoglyphs) The whale, hands, and astronaut Nazca geoglyphs viewed from Cessna airplane (Tyler Edstrom & Benton Garske). The whale geoglyph when viewed “straight The hands geoglyph created in The astronaut geoglyph created in on” and
, thermodynamics concepts, and bioprocess engineering. She is currently also an Associate Dean in the College of Engineering.Dr. Katharyn E. K. Nottis, Bucknell University Katharyn E. K. Nottis is an associate professor in the Education department at Bucknell University. An Educational Psychologist, her research has focused on meaningful learning in science and engineering education, approached from the perspective of Human Constructivism. She has been involved in collabo- rative research projects focused on conceptual learning in chemistry, seismology, and chemical engineer- ing. Page 22.1510.1
Carlson Jones, University of WashingtonJoy K CrawfordTamara Floyd Smith, Tuskegee UniversityDon Peter, MS,PE, Seattle Pacific University Don has taught electrical engineering at Seattle Pacific University since 1987, specializing in analog and power electronics, Before that he worked as a design/evaluation/diagnostics engineer at Tektronx, Inc. for eleven years. He has been envovled in various consulting projects, including two summers as a NASA Summer Faculty Fellow at the Jet Propulsion Laborary in Pasadena, Ca. He has a BS in Physics from Seattle Pacfic University and an MSEE from the University of Washington. Don is an IEEE senior member and member of the ASEE.Elaine P. Scott, Seattle Pacific University
engineering problems. This construct includes the interpretation of figures,diagrams, and word descriptions that represent engineering- or physics-based principles. There aretwo different skills that are included in this construct: 1. Three-view two-dimensional projection drawing to a three-dimensional perspective drawing. 2. Relating different visual and mathematical representations of unseen quantities such as Page 22.1352.6 velocity, force, pressure, or temperature.Spatial Reasoning Items: Construct S1An example of Construct S1 is shown below in Figure 3. This figure was used with permissionfrom a Mental Rotation Test developed
target their laboratory experiences to take advantage of thenewest technologies and expose students to the tools and methods employed by practicingengineers, while emphasizing fundamental concepts and principles.Today, university-based educational programs invest heavily in many new tools andtechnologies, often only using them in more advanced or project-based courses. Faculty and staffcontribute large amounts of time preparing new course materials that students need to learn thesenew tools. Because new tools are often far too expensive and complex for use outside of thelaboratory, the vast majority of programs provide only limited access to these technologies in theform of two or three hour weekly lab sessions, constraining the amount of time
EM concepts, using the student-owned LiaB kit.The cliché – seeing is believing – is one of the fundamental principles that underpin the project;visible light-emitting diodes and low-power vertical cavity surface emitting lasers are keycomponents in a number of the experiments that have been developed since his proposal. Theelectronics breadboard serves as a miniature optical table and plastic optical components can bemounted on the solderless breadboard surface and aligned to optoelectronic and electro-opticaldevices with simple optomechanical fixtures positioned in the 0.1” spaced holes on thebreadboard. The students perform experiments that demonstrate basic concepts in EM and seethe application of these concepts using eye-safe
. Follow-on exams andinterviews will determine whether these updates were successful.AcknowledgementsThis material is based upon work supported by the National Science FoundationResearch and Evaluation on Education in Science and Engineering (REESE)Program under grant DRL–0816207. Opinions, findings, conclusions, orrecommendations expressed in this material are those of the author(s) and do notnecessarily reflect the views of the NSF. Studies involving human subjects wereconducted with KSU Human Studies Board oversight under protocol #4691.References[1] Warren, Steve, "Optimizing Student Learning and Retention of Time- and Frequency-Domain Concepts Through Numerical Computation Projects," 2005 Annual Conference and Exposition
-150 as well as competing trucks from othermanufacturers. Page 22.1604.2As I viewed one of these DVDs I realized that mixed in with the hard-sell-advertising werenumerous examples of how the engineers at Ford had solved their design problems by theparticular materials that they chose. I created a worksheet of questions for the students thatrequired them to watch the videos and then fill in answers on the sheet. I used this worksheetsuccessfully in the Industrial Materials course that I was teaching.How the Video Spots were UtilizedDuring all but the last year that I used this class project I obtained an individual copy of the DVDfrom local
correct solution to each of thequestions and indicating where marks could be gained and lost. A document camera wasused to project details onto a screen. Typically the marking would take about half theallocated period (about 25 minutes). After marking, scripts would be returned to theirowners, who were asked to check them quickly, before they were collected by the TA. It wasthen the job of the TA to take the scripts away and ensure that each student had participatedcorrectly by providing an adequate script and marking correctly someone else‟s. Thosecompleting the requirements were given the 1% mark. Scripts were returned at the nextweek‟s tutorial, giving an incentive for students to attend that as well. In 2009 a total of 5peer-marked sessions