Session 2793 A Model to Assess and Balance Faculty Workload Vic Cundy, Ph.D., P.E. Head, Department of Mechanical & Industrial Engineering David F. Gibson, Ph.D., P.E. Dean, College of Engineering Don Rabern, Ph.D., P.E. Head, Department of Civil Engineering Montana State University-BozemanAbstractAn assessment and planning model utilizing an Excel-based spreadsheet is presented. The modelbreaks individual
andhome care monitors).7-9 It is important for biomedical engineering students to understand the Page 10.1138.1principles of pulse oximetry, hardware/software design issues, and signal processing approaches. Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering EducationPulse oximeter design addresses engineering areas such as optical component selection,mechanical layout, circuit design, microprocessor control, digital communication, and signalprocessing. Therefore, a pulse oximeter not only serves as an excellent study
anisotropic,heterogeneous materials, such as porous granular materials, shape memory alloys and composite materials.BRAD KINSEYBrad Kinsey is a Ph.D. candidate in Mechanical Engineering at Northwestern University and is the currentcoordinator for the Northwestern PFEF program. His research interests include the improvement to manufacturingthrough process innovations, realization of rapid prototyping techniques, development of sensors, implementation ofprocess control schemes, and understanding the basic underlying principles of the processes and materials.L. CATHERINE BRINSONL. Catherine Brinson is an Associate Professor of Mechanical Engineering at Northwestern University, and was the1999 – 2000 faculty advisor for the Northwestern PFEF program. Her
, the quizzes were pop quizzes that covered the same topics but that occurred at a lower frequency (about half). 4. More time for assignments – Before the Spring semester, students sometimes had only a few days to complete and submit some of the assignments. In the Spring semester, every assignment was released right after its related material is covered and students were given at least one week to complete it. 5. Replacing lab reports – Lab reports were due about a week after every lab session and they required the use of Latex to compile them. These reports were eliminated and they were replaced by a set of short questions that the TA asks the students at the end of each lab. 6. Adding a Verilog workshop – Verilog was the
they feel was a great lecture; however, theirmillennial students may not feel the same way. Facts and figures and physics problems alone arenot going to ignite the interest of many millennials. Real life connections to the material beingcovered may be critical to motivating a millennial leaner to eat it up. Instant access of digitalinformation and lack of real life connections may also be one reason why Gen Y seems to bespending less time reading their textbooks.Millennials are used to being the focus of attention and do very well in student-centeredclassrooms; and, they want to actually experience the content of a course rather than just readand/or be told about it. Active learning approaches have already been established as beingeffective
-semester research paper and presentation, choosing a newcase of their own to dissect both technically and ethically before the class. They highlight macro-and micro-ethical concerns, drawing from specific examples of the real-life behavior andcommunication of the stakeholders involved.The second approach, which involves more teacher-centered and less collaborative pre-work,was adopted when the course format transitioned from face-to-face to hybrid due to COVID-19restrictions. Rather than student teams teaching the class about an ethical framework, studentsindependently learn about six ethical theoretical frameworks, as well as various engineeringprofessional societies’ codes of ethics, through pre-recorded lectures, reading materials, and aquiz
Signals and Systems curriculumA Signals and Systems course has traditionally consisted of a study of the mathematical tools andrelationships necessary to relate the time and the transform domains. Stored real-world signals,computer-generated signals, and mathematical models of real signals and systems are available forcomputer-based homework and exercises. The use of PCs in the EE curriculum has clearlyincreased student interest in the Signals and Systems course material, in part because PCs havehelped to move us beyond pure theory and into the real world. For example, homework or PC-based exercises can now use web delivered EKG data, music corrupted by noise, or sonar signals
, Electrical &Computer and Mechanical Engineering were established originally in 1996. Two additionaldepartments have since been added to the College: Biomedical Engineering (fall 2014) and theEngineering Entrepreneurship Program (to begin fall 2016).The College implements the use of innovative methods of teaching and learning to preparestudents for entry into a rapidly changing and highly competitive marketplace (Marchese et al.,1997; Newell et al., 1999; Dahm and Newell, 2001). The major hallmark of our Rowanengineering program is a unique common class known as the Engineering Clinics. Theengineering clinic class is integrated throughout the entire curriculum for eight semesters. Allfive engineering departments of Biomedical, Chemical, Civil
support for theprogram was provided by the College of Engineering and a National Science Foundation Grant(EEC-0835075) for recruiting more women into mechanical engineering. As a result, themajority of the ambassadors during the first year were Mechanical Engineering students. Thesestudents were recruited from special sections of a general education public speaking class forengineering students. During the 2009-2010 academic year, the Engineering Ambassadorsvisited 8 schools in Pennsylvania and spoke to about 1,000 high school students.Due to the outstanding communication skills of the Ambassadors, the College of Engineering atPenn State began also using the ambassadors for on-campus recruiting in 2010. Over the courseof several days in the
make-to-stock (MTS) productsdue to shop floor routings that are typically unusual and non-standard (Stevenson, Hendry, &Kingsman26, 2005). Because of this customization, MTO firms experience a unique set of Page 15.492.3scheduling difficulties.Job shop scheduling is a very complex problem full of uncertainties including rush orders,machine failures, and many others. The movement of materials through the manufacturingprocess transforming raw materials or inputs into outputs is termed production flow.Incorporated into this process are delays waiting for equipment availability, inspections, movingof work in process (WIP), and numerous other
Problem Based Learning and Case Studies into an Environmental Engineering Lab Course Stephanie Luster-Teasley, PhD1 and Cynthia Waters, PhD2 North Carolina A&T State University 1 Department of Civil, Architectural and Agricultural Engineering 2 Department of Mechanical Engineering Greensboro, NC 27411Abstract An introductory Environmental Engineering course was re-designed to include newenvironmental laboratory modules based on Sustainability and Green Design. The goal of thecourse was to incorporate the skill sets taught in a traditional Environmental
Session 2230 Performance Criteria for Quality in Problem Solving Donald Elger*, Jennifer Beller+, Steven Beyerlein*, Barbara Williams# * Mechanical Engineering, University of Idaho, Moscow, ID./ +Ed. Leadership & Counseling Psych., Washington State Univ., Pullman, WA./ #Ag. and Bio. Systems Engineering, University of Idaho, Moscow, ID.Abstract Many educators believe that our educational system teaches students to solve problems usingcook-book procedures, instead of teaching students how to solve problems in an effective way.In trying to raise issues of teaching and learning of problem
leveraging effect we believe was enormous. • Feedback Mechanism, Evaluation and Dissemination: It was proposed to hold workshops and seek other faculty feedback as the laboratory development proceeded. A carefully thought out evaluation plan was proposed. The workshops to seek feedback were to help in dissemination. Our CCLI-EMD proposal “DSP-Based Software-Reconfigurable Laboratory to Nationally Revitalize Electric Drives and Power Electronics Curricula” was funded for the duration 5/31/2000 – 5/31/2003 for an amount of $276,292. A one year no-cost extension has subsequently been granted. Matching funds of 60 k$ were provided by the University of
. Austin University, teaching at the program in Engineering Physics. His research interests include: Radar Systems, Wireless Communications and Antennas.Dr. Christopher J. Aul, Stephen F. Austin State University Mechanical Engineering professor at Stephen F. Austin State University serving the Engineering Physics degree within the Department of Physics, Engineering and Astronomy. Research interests include com- bustion chemistry, laser diagnostics, engineering education, and outreach programs in STEM.Dr. Dan Bruton, Stephen F. Austin State University Dr. Dan Bruton is a professor of Physics at Stephen F. Austin State University. He is an Associate Dean of the College of Sciences and Mathematics and recently developed a new
Paper ID #43672Improving First-Year Engineering Student Success with Targeted FinancialAssistance, Supplemental Instruction, and Cohort Team BuildingDr. Krystal Corbett Cruse, Louisiana Tech University Dr. Krystal Corbett is the First-Year Engineering Programs Coordinator and Assistant Professor in the Mechanical Engineering Department at Louisiana Tech University. She is also the Co-Director of the Office for Women in Science and Engineering at Louisiana Tech.Carl Boyet, Louisiana Tech University Carl Boyet is an Instructor of Mathematics who has worked for Louisiana Tech University for nine years.Dr. James D. Palmer, Louisiana
outcomes inform a set of hypothetical claims that specify the action mechanisms,which link the intervention’s program components to intermediate and ultimate outcomes. Theclaims in the ToI are then supported with references to research findings, logical arguments, rele-vant literature, and general knowledge regarding how CS reform programs function in secondaryeducation systems.As part of outlining the ToI, a process of creating the boundaries and framing the inputs, impacts,and outcomes across all contexts was completed. Establishing such boundaries is a matter ofjudgment, but it is necessary in scoping the ToI to align with available resources and funding.Additionally, some components and outcomes that are desirable may not materialize
Paper ID #29559Work-in-progress – Incorporating sustainable development fundamentals inthe first year engineering programDr. Jorge R Lara, Texas A&M University Dr. Jorge R. Lara, Texas A&M University Dr. Lara is an Instructional Associate Professor of Engineering at Texas A&M University affiliated to the Institute for Engineering Education and Innovation and the First-Year Engineering Program of the College of Engineering. Dr. Lara received his PhD in Interdisciplinary Engineering in 2005 and his MS in Mechanical Engineering in 2003 from Texas A&M University. He held a Post- doctoral fellowship in the
Associate Professor, Department of Mechanical Engineering, Prairie View A&M UniversityDr. Bugrahan Yalvac, Texas A&M University Bugrahan Yalvac is an associate professor of science and engineering education in the Department of Teaching, Learning, and Culture at Texas A&M University, College Station. He received his Ph.D. in science education at the Pennsylvania State University in 2005. Prior to his current position, he worked as a learning scientist for the VaNTH Engineering Research Center at Northwestern University for three years. Yalvac’s research is in STEM education, 21st century skills, and design and evaluation of learning environments informed by the How People Learn framework
2024 ASEE Midwest Section Conference Best Practices for Using Generative AI to Create Quiz Content for the Canvas LMS John Hassell University of Oklahoma Polytechnic InstituteAbstractGenerative Artificial Intelligence (AI) can significantly streamline the process of generating quizcontent for the Canvas Learning Management System (LMS). This capability is especiallycritical in the field of Engineering Education, where the demand for creating a large volume ofaccurate and contextually relevant assessment materials can be particularly challenging.Engineering courses often require complex, multi-faceted
Session 2563 An Outr each Pr ogr am To Pr omote Manufactur ing Car eer s To Under r epr esented Students D. Kim 1, I. Cossette2 1 School of Mechanical and Mater ials Engineer ing, Washington State Univer sity, Vancouver , WA / 2Edmonds Community College, Edmonds, WAAbstr actThe Puget Sound Consortium for Manufacturing Excellence (PSCME), funded by theNational Science Foundation, and the Mathematics, Engineering, and ScienceAchievement (MESA) Program co-sponsored two student field trips; one to RentonTechnical College, and another to Edmonds Community College and Dillon Works
computer simulation approach has been used at least for 15years and the PhET simulations from University of Colorado can serve as a good sourcenowadays 6, 7. The ranking task exercises are also being taught as well. Book materials such as“Ranking Task Exercises in Physics” published in 2000 can serve as a solid platform for taskingtraining 8. Using psychology cognitive process theory to model the student learning of physicswas also published by Redish in 2003 9.The hippocampus-based "declarative" and striatum-based "procedural" memory systems havebeen further investigated in terms of stress. In 2012, researchers showed that “Stress impairedthe hippocampus-dependent system and allowed the striatum to control behavior 10. The shifttoward "procedural
Management Professional, LEED Accredited Pro- fessional in Building Design and Construction, and Envision Sustainability Professional. His research interests include engineering education; infrastructure; sustainable design; and clean, renewable energy.Dr. James Ledlie Klosky, P.E., United States Military Academy Led Klosky is a Professor of Civil Engineering at the United States Military Academy at West Point and a past winner of ASEE’s National Teaching Medal. He is a licensed professional engineer and the Dean’s Executive Agent for Design and Construction at WeRoderick WilsonCapt. Kevin Taylor Scruggs, United States Military Academy Captain Kevin T. Scruggs is an Instructor in the Department of Civil and Mechanical
Paper ID #30927Examining Pathways into Graduate School through Stewardship TheoryMr. Kanembe Shanachilubwa, Pennsylvania State University, University Park First-year graduate student at Pennsylvania State University in the mechanical engineering department. Previously a member of the Beyond Professional Identity research group based in Harding University based in Searcy, Arkansas. Current research interests include graduate school attrition and Stewardship Theory as applied to higher education.Dr. Catherine G.P. Berdanier, Pennsylvania State University, University Park Catherine G.P. Berdanier is an Assistant Professor in
hours ofrequired and elective environmental engineering course work, the semester hours in water relatedclasses, and the semester hours in other environmental engineering areas.Course Work Environmental engineering requires a broad educational background in science, math,fluid mechanics, treatment process design and operations, economics, and communication.Because most environmental issues involve ecology, science education should extend beyondchemistry and physics. Since many environmental issues involve multimedia contamination, andsolutions often include cross-media transfers of these contaminants, environmental educationshould extend beyond traditional water and wastewater treatment system design. A firmgrounding in environmental
. Krishna Kumar Nedunuri, Central State University Dr. Nedunuri holds appointment as a Professor at Central State University (CSU) in the International Center for Water Resources Management (ICWRM). He teaches Fluid Mechanics and Hydraulics, Soil and Water Pollution, Water Chemistry, Water Supply, Groundwater, Wastewater Engineering, Streams and Lakes. He is an active member in the area of Faculty Development promoting distance education through video-conferencing and web-based learning. He is one of the fore-runners in adapting inquiry methods into traditional classroom environments at CSU. He earned his Ph.D. in Environmental and Hydraulic Engineering area of the School of Civil Engineering from Purdue University (1999
Paper ID #19747Developing a Faculty Learning Community to Support Writing across Dif-ferent STEM DisciplinesDr. Vukica M. Jovanovic, Old Dominion University Dr. Vukica Jovanovic is an Assistant Professor of Engineering Technology in Mechanical Engineering Technology Program. She holds a Ph.D. from Purdue University in Mechanical Engineering Technol- ogy, focus on Digital Manufacturing. Her research is focused on mechatronics, digital manufacturing, digital thread, cyber physical systems, broadening participation, and engineering education. She is a Co-Director of Mechatronics and Digital Manufacturing Lab at ODU and a
program for Junior/Senior Engineering Clinic has existed for 10 years. Thispaper presents efforts to integrate entrepreneurship into the Sophomore Engineering Clinic, withthe intent of presenting projects that support the design and communication goals of SophomoreEngineering Clinics, and increasing the interest in the existing entrepreneurial program. Itdetails two specific assignments that challenge students to generate ideas for new products andresearch their feasibility: a semester-long entrepreneurial design project and a white paper. Thepaper discusses how these entrepreneurial activities lay the groundwork for more students topursue entrepreneurial Jr/Sr Clinic projects, while also providing an excellent mechanism forachieving the primary
problem solving in a gradual learning approach supported by scaffoldingtechniques.The paper describes a case study that implements scaffolding teaching techniques for problemsolving for underprepared engineering undergraduates. The duration of the case study was oneweek stretched over three in-class sessions and one take-home assignment. The case studyemploys a set of well-structured problems designed for supplemental instruction in any Page 26.105.2engineering mechanics course, such as “Statics,” "Strength of Materials," and “Machine Design.”This problem-based instruction focuses on the analysis of a mechanical system consisting ofmultiple springs
behavior and limitations of different wall sheathing is observed directly;insight is gained for code restrictions of different sheathing materials; and system behaviors suchas overturning is directly observed.As a strategy for developing students engineering judgment and intuition, this paper will give adetailed account of the hands-on shear wall exercise. Other educators are encouraged toimplement, building upon, or transfer to other topics, the information contained within.The students are upper level classmen in a timber and masonry design studio (9 hours per weekof meeting time on a quarter system) of an architectural engineering program with an emphasison structural engineering. The authors are licensed structural engineers with over 65 years
will better master the subject matter throughits immediate application in their enterprise project work and that further development andunderstanding of the material will come through both student interest and enterprise needs. Thispaper will discuss teaching methodologies, course curricula, and techniques used in the deliveryof these professional development courses, as well as assessment and student feedback.Successes and challenges associated with this unique component of the Enterprise Program willalso be discussed.I. Enterprise Program BackgroundIn the fall of 2000, Michigan Tech University introduced a new and innovative undergraduateeducational experience that provides students of all disciplines on campus, but especiallyengineering