,and were using this semester to make a final decision on which discipline to pursue, and studentswho simply were exposed to other non-engineering disciplines and decided to leave.Table 2. Comments from end of semester reflective essay, from some students no longerinterested in pursuing a degree in engineering Students Comments from Reflective Essay Student 1 I skipped classes and did not submitted homeworks. Motivation decreased due to difficulty keeping up with school work as the course material was becoming harder. Will switch from engineering to Chemistry. Student 2 A degree in engineering no longer interests me the way it did before. I have instead turned by sights
(practice). Such abalance between theory and practice, in turn, requires a careful handling of two types ofknowledge, which Aristotle called epistēmē, meaning theoretical knowledge, and phronēsis,referring to practical knowledge.4 Explaining the difference between Kant-style deontologicalethics and Mill-style utilitarianism, for example, is the kind of material that feeds the student’sepistēmē. Unfortunately, phronēsis is the kind of knowledge that, by definition, can’t be taught(it takes lots of time and experience), but the use of case studies comes in handy because it tapsinto those bits of practical knowledge and real-world experiences that students have had—or atleast can imagine.Such epistēmē-building material (moral philosophy) should be
AC 2010-2256: A CIRCUITS COURSE FOR MECHATRONICS ENGINEERINGL. Brent Jenkins, Southern Polytechnic State University Page 15.14.1© American Society for Engineering Education, 2010 A Circuits Course for Mechatronics EngineeringAbstractA new course has been developed to serve as the sole circuit analysis course in a mechatronicsengineering curriculum. Provision of adequate support for subsequent courses in the programrequired the omission of content traditionally found in Circuits I, the inclusion of content normallyfound in Circuits II, and the insertion of introductory material for some Circuits II content notcovered in depth. Despite its unusual allocation of
integrate multiple disciplines, fostering a holistic understanding of complex issues [6]. 4. Collaboration: Group work enhances social skills and knowledge retention through peer interaction [7]. 5. Authentic Assessment: Evaluation focuses on tangible outcomes and reflective processes, encouraging metacognitive skills [8].Challenges in PBL Implementation: Despite its benefits, PBL presents several challenges: • Planning Complexity: Teachers need to design projects that align with learning objectives and remain feasible within available resources [4]. • Resource Constraints: Limited access to materials and technology can hinder project execution, particularly in under-resourced rural areas [8
Paper ID #48061Personalized Learning Paths: LLM-Based Course Recommendations in ManufacturingEducationProf. Xiaoning Jin Prof. Xiaoning (Sarah) Jinˆa C™s research focus is in the area of modeling and analysis for intelligent and advanced manufacturing processes and systems, with a specialization in diagnostics and prognostics (D&P), control and predictive decision making.Dr. Sagar Kamarthi, Northeastern University Sagar Kamarthi is a Professor of Mechanical and Industrial Engineering and the Founding Director of the Data Analytics Engineering Program at Northeastern University, Boston. He received his MS and Ph.D
] globalization of manufacturing professions will require its practitioners tomaster engineering methodologies, cultures and languages from more than one country. And inan era of global manufacturing people will need cross-cultural skills and experience that willallow them to successfully deploy science/engineering/management competences incollaboration with any person anywhere in the world. In order to compete in a global industrialmarketplace “people skills” will require much more than sensitivity to the needs of fellowworkers. The ability to work in teams and to be able to implement strategies and manufacturingsolutions across nationalistic lines will be absolutely necessary. You might be sourcing codefrom India, manufacturing raw materials in Beijing
the receiver is given and a parts list is arranged in tabular form. Theremainder of the paper presents a “test as you go” construction philosophy for the receiver. Anassembly procedure guides construction starting with regulated dc voltages to the printed circuitboard (PCB) followed by the audio circuitry. The completed LM386 circuitry is tested using astudent built “twin-tee” audio oscillator. The oscillator is constructed over ground-plane using“Manhattan-Style” building techniques on a scrap piece of PCB material [2]. A low cost ($18)high-precision, 1-30 MHz, Analog Devices AD9850 Direct Digital Synthesis (DDS) chipconfigured as a radio frequency generator is used for calibration of the NE602A portion of thereceiver circuitry.Direct
. Marton and Säljödefined shallow learning as memorizing material while deep learning arises when students try tounderstand the material.8 While some shallow learning is necessary, for example to learndiscipline-specific terminology, most educators strive to achieve deep learning in theirclassrooms. Study results are mixed learning gains associated with use of technology, with somereporting shallow learning gains9 and others resulting in deeper learning.10-13Technology implementation through simulations or virtual experiments give studentsexperiences at little cost (other than computing facilities), increased flexibility (can be completedoutside of class), and greater breadth (some experiences are not feasible unless simulated).Adding virtual
edge. How are they defined (typical fields for flux and circulation are discussed and demonstrated)? Adv. level: Relate to some mechanical systems with mass flow, etc. 7. Flux Flux of a vector is defined as how much of the vector is going through a given surface. It is usually defined with respect to a given surface. How much of a field goes into the surface? That means (will be demonstrated by pictures) to find how much is perpendicular through the surface. Student would need to practice with radial, circular, direct field. Think of other fields and their flux. Circulation If a field has circulation along a given path, that means the field will have net
0 2 (9%) American Indian 1 0 1 (4%)Engineering Major Electrical 6 2 8 (35%) Mechanical 6 1 7 (30%) Civil 5 1 6 (26%) Chemical 2 0 2 (9%) Page 10.279.4 “Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition
improving the selection,education, post college training, and method of recognizing attainment of engineers.” ECPD’srole in engineering accreditation grew and evolved as two world wars and resulting technologicaldevelopments changed the world and engineering education shifted from an applied, practice-oriented focus to a mathematical academic engineering science focus. Over the years the criteriagrew from just under three pages to 12 full pages with an additional 14 pages devoted programcriteria required for individual engineering disciplines. The unintended consequence of thisgrowth was to make program evaluation more mechanical with decreased opportunity forprofessional judgement by the program evaluator (PEV) and to discourage innovation
movement is having a positive impact on student performance and retention.MethodInstitutionAll data was collected from a mid-size public comprehensive university in the state of Michigan.This regionally accredited university serves approximately 19,000 undergraduate students and3,000 graduate students. The institution has an engineering department with more than 40 full-time faculty members serving approximately 2,000 students. Within the engineering department,students may earn a bachelor’s degree in electrical, computer, mechanical, biomedical, productdesign and manufacturing, or interdisciplinary engineering. As part of the first-year sequence, allengineering students are required to complete and pass (grade of C or higher) an
component to data science is extracting the data in various ways. A very common method of collecting this data is through web-scraping various web pages. This workshop introduced students to the concept of web scraping and writing python scripts to automate this collection method. • High Performance Computing Workshop: A mechanical engineering professor at WTAMU hosted a workshop about high performance computing and the utility it has in a variety of disciplines. The students who participated had the opportunity to actually SSH into the WTAMU HPC cluster and run various distributed systems scripts. Tentative 2- Day Hackathon schedule can be found in Figure 1. Day Time
visit selected elderly clients in their homes to better identify their needsfor assitive devices. After selecting and focusing on a specific project, teams will then developtheir mission statement and requirements document during week five, deliverables due week six.For the balance of the quarter, during weeks seven through ten, teams will develop a concept fortheir project and a proposal, including a detailed bill of materials and budget, to build a prototypeduring the following spring quarter.During the spring, student teams will revise and refine their design, fabricate their prototypes, andtest them on campus before bringing them to Mary Cariola Center for initial trials with kids, or toFLVNS for use by their clients. The KGCOE has an
research focused on early engineering; his current research is supported by NSF/DUE and NSF/CISE.Ronald Rosenberg, Michigan State University Ron Rosenberg is Chairperson Emeritus of the Mechanical Engineering Department, Michigan State University, and Associate Dean for Research and Graduate Studies Emeritus of the College of Engineering, MSU. Prof. Rosenberg currently serves as Associate Dean for Special Projects, College of Engineering, MSU. His recent focus is on strengthening engineering undergraduate education and engineering education research. He is a mainstay in the development of a new curriculum for the Applied Engineering Sciences major at MSU. Prof. Rosenberg is a systems level
Biomedical& Engineering&2018 Biomedical& Engineering&2017 University&of&Connecticut University&of&Connecticut 1 Levitation:*Fact*or*fiction? 3D#Printing#of#Musical#Instruments Technologies*that*make*“magic”*reality Francis#Almonte Materials)Science)&)Engineering Chloe#Vollaro Mechanical)Engineering Chas*Frick Adriana*Reyes University#of#Connecticut
bring their own culture, personality, and morality totheir work [6].Figure 1. Conceptual model of empathy in engineering [6] The shape of this conception is meant to convey that the skills, ways of being, andpractice orientations are all interconnected, mutually dependent, and supportive of each otherwithout hierarchy or direction. Using this framework, Walther et al. [10] explored howsophomore mechanical engineering students in a design-based course made sense of empathyafter experiencing the empathetic communications modules that were also used as the basis ofthe lesson material for this study. They found that when students actively embrace empathy, itreveals their values and how they view others and themselves as engineers. Further
diverse student populations. Each K-12 school partner is “Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering Education”committed to testing engineering content in technology education in collaboration with the TTEand doctoral partners. The school district partners include collaborations with the state educationagencies.Professional Society Partners (PSP)NCETE has established partnerships with key professional societies to assist with its goals. Ofparticular importance, the PSPs have agreed to assist with dissemination of materials and providean important mechanism for sustaining the NCETE mission. The PSP’s include the
interests are laboratory/project-driven learning and integration of research into undergraduate education. Dr. Yao is a member of the American Society of Engineering Education.Loren Limberis, East Carolina University Loren Limberis is an Assistant Professor of Engineering at East Carolina University. Prior to joining ECU, he was a faculty member in the Electrical and Computer Engineering Department at The College of New Jersey. He received both his BS degree in Electrical Engineering and PhD in Bioengineering from the University of Utah. His research interests include the study of motor protein motility mechanisms and the incorporation of motor proteins and their associated tracks into bio
: The Typical Transport CourseTransport phenomena is a subject of the chemical engineering undergraduate curriculumthat is taught in widely differing ways, depending upon the institution and its focus. Ingeneral, courses in fluid mechanics, heat transfer, and mass transfer can be categorizedas: 1. Transport phenomena approach – in this approach, instructors focus on theoretical derivation of microscopic conservation equations and methods for obtaining analytical (and sometimes numerical) solutions. A typical book is that Bird, Stewart, and Lightfoot1. 2. Unit operations approach – in this approach, instructors focus on the practical use of macroscopic balance equations and using them for the design of pumps, heat
American Society for Engineering Education Annual Conference & Exposition 1Copyright 1 2008, American Society for Engineering Education • Peer review: Each student is assigned two or three other students’ contributions to assess, based on a rubric.Strategies relying on students’ assessment of their own work may not offer as much criticalfeedback and guidance for improvement as assessment by independent observers. Thetraditional approach of assessment by the instructor and/or TA is also problematical, because ofthe volume of material that can be generated by students, especially when it is repeatedlyrevised.Peer review seems to provide a scalable solution: Regardless of the number of students, therewill always be enough
Stephanie Ashley Damas is currently a graduate student at Clemson University studying to get her Ph.D. in Engineering and Science Education. Her area of interest is Diversity and Inclusion in Engineering. She holds a bachelorˆa C™s degree in electrical engiGabriella TorresDr. Corin L. Bowen, California State University, Los Angeles Corin (Corey) Bowen is an Assistant Professor of Engineering Education, housed in the Department of Civil Engineering at California State University - Los Angeles. Her engineering education research focuses on structural oppression in engineering systems, organizing for equitable change, and developing an agenda of Engineering for the Common Good. She teaches structural mechanics and
Page 22.985.4open ended and there is no strong evaluation mechanism.2.2. Virtual Learning EnvironmentsVirtual learning environments represent amuch different approach for learning earlyprogramming skills. Virtual learningenvironments often dismiss or deemphasizethe role of the IDE and develop a virtualworld where problems exist. RandyPausch’s Alice environment(http://alice.org/) is one of the bestexamples of this genre providing a drag-and-drop interface to learn programmingconcepts. A considerable amount ofresearch has examined the efficacy of Alicefor teaching early computing skills16,17.While Alice is an impressive tool it tends to Figure 3. Violent robot island provides a virtual worldbe targeted at kids and true computer
Paper ID #36908Work-in-Progress: Addressing Recruitment Issues withPotential Transfer Students from State Technical CollegesShannon Conner Graduate Student Researcher at Clemson University.Luke A DuncanLouise AverittD. Matthew Boyer (Research Associate Professor) Research Associate Professor - Department of Engineering & Science Education Educational Proposal Writer - Office of the Associate Dean for Research College of Engineering, Computing and Applied SciencesMarian Kennedy Marian Kennedy is an Associate Professor within the Department of Materials Science & Engineering at Clemson University. Her
think abouttheir children’s post-secondary education. The parents are given step-by-step instructions to helptheir child make informed decisions about his or her education. The parents also participate inVirginia View, a workshop providing the parents with numerous materials ranging from websitesto find information about colleges to salaries for different types of professional jobs. In keepingwith this theme, an accomplished and inspirational speaker speaks to the parents about breakingdown barriers for students of color and highlighting success strategies parents can implement toincrease their child’s opportunity to obtain a higher education degree.During the parent’s workshops, the PCI students are engaged in an interactive design project
granting agencies, typically, expect that successful interventions will beinstitutionalized when the funding period expires. Institutionalization refers to the process bywhich a program is sustainably integrated into the institutional culture and becomes “standardpractice” instead of being viewed as separate or special [1, 2, 3]. Many “new teaching andlearning programs struggle to become integrated into the fabric of the Academy” due to theAcademy’s lack of intentional mechanisms for cultural change [1]. This “wicked problem” of theAcademy’s “resistance to innovation” [1, 4, 5, 6] leading to failure to institutionalize innovationsis common for grant-funded efforts [7]. Institutionalization requires engaging institutionalstakeholders to generate
Paper ID #33612Student to Scholar: A Professional Skills Focused Library CollaborationDr. Matthew Frenkel, New York University Matthew Frenkel is the engineering librarian at NYU’s Bern Dibner Library, and an adjunct faculty in Mechanical Engineering at NYU Tandon. He is a member of the ASEE Engineering librarian division (ELD). Matthew’s background is in the experimental study of optical whispering gallery sensors, but his current research interests are in how undergraduate and graduate engineering students develop their professional skills.Dr. Azure Janee Stewart Azure is an interactional ethnographer whose research
role. Field engineers, material testers andestimators at the second year level. Senior estimators, project engineers, superintendents at the "Proceedings of the 2002 American Society foe Engineering Education Annual Conference & Exposition Copyright ã 2002, American Society for Engineering Education" Page 7.9.1third year level. Project managers, contract managers, etc. at the senior/graduate year. Projectteams would be developed from a cross section of the various levels of students. As thesemester/year progressed, special workshops, training sessions would be required for the variousjobs and responsibilities
was in part supported by the OPUS College of Engineering at Marquette University,through a grant awarded as part of the Student Centered Learning Program.References1 J.L. Bishop and M.A. Verleger, “The Flipped Classroom: A Survey of the Research,” ASEE Annual Exposition and Conference, 2013.2 T. Heick, “3 Types of Project-based Learning Symbolize its Evolution,” 2013. [Available]: http://www.teachthought.com/learning/5-types-of-project-based-learning-symbolize-its-evolution/3 DE2-115 development and education board, 2014. [Available]: http://www.altera.com/education/univ/materials/boards/de2-115/unv-de2-115-board.html4 Project-based learning, Wikipedia entry, 2014. [Available]: http://en.wikipedia.org
Paper ID #46123A project module in an upper-division Thermodynamics course that addressesEOP Systems ThinkingDr. Teodora Rutar Shuman, Seattle University Professor Teodora Rutar Shuman was the Chair of the Mechanical Engineering Department at Seattle University for 12 years. She was also the PI on an NSF-RED grant. Her research also includes electro-mechanical systems for the sustainable processing of microalgae. Her work is published in venues including the Journal of Engineering Education, IEEE Transactions on Education, International Journal of Engineering Education, Transactions of ASME, Chemical Engineering Journal