help to understandtheoretical concepts. The following discussions show how the initial RAL activities in this studyalign with Barak's principles and how RAL serves as a “mind tool". Figure 1: RAL ConceptsCurrent Study (Methodology)Based on this framework, the project has engaged with all five faculties at USQ via the AssociateDeans Learning and Teaching. Whereas all were very supportive of this initiative, currently thereare no active projects in the Faculties of Business and Law; and Arts. The study focuses on fiveprojects in the Department of Nursing and Midwifery (Faculty of Science), the Discipline ofSurveying and Spatial Science (Faculty of Engineering and Surveying), and the Faculty ofEducation. The
OR Compassion OR Mentalizing or Mentaliz* OR Cognitive empathy OR Theory of mind ) AND (Learn* OR Pedagog* OR Educat* OR Develop* ) AND (STEM Student* OR Science Student* OR Tech* Student* OR Comput* Student* OR Engineer* Student* OR Math* Student* )One issue encountered was the stopping conditions in our databases. For example, GoogleScholar often lists hundreds of thousands of results. As such, we only included the first 50 hitsfrom each combination. Although not all of the combinations delivered a full 50, the majority didextend well beyond this but the content became
traditional, orsegmented, design process as opposed to the modern, concurrent design are discussed.The students are prepared to execute a complete design cycle following the concurrentdesign methodology. Engineering Graphics and Communications. The following topics are discussed:Sketching, Orthographic Projection, Section views, Dimensioning, Tolerancing,Geometric Dimensioning and Tolerancing (GDT), and Engineering Presentations.Numerous practical examples are presented. The students are required to complete asignificant number of assignments in these areas. Use of AutoCAD LT software. The students are introduced to the basictechniques of generating engineering drawings using the AutoCAD LT software package.Having on mind that all
2024 ASEE Midwest Section Conference An AI Robotics & Ethics Summer Camp for High School Students William Slaton1, Lin Zhang1, and Jesse Butler2 1 Department of Physics, Astronomy, and Engineering, The University of Central Arkansas, Conway AR 72034 2 Department of Philosophy and Religion, The University of Central Arkansas, Conway AR 72034AbstractSelf driving vehicles and autonomous robots are no longer the stuff of science fiction andconstitute areas of engineering and ethics that are important now and into the future. With thisneed in mind we created an artificial intelligence robotics and ethics summer camp for highschool students that has them build
particularlyprecise or is not especially consistent with the underlying principles. This will create anopportunity to discuss engineering language: the importance of words, the need for precision,and the need to keep in mind fundamental principles, not only when doing the mathematics butalso in verbal and written reports.I also expect an opportunity to discuss what we are really trying to accomplish in ourundergraduate courses. What is the importance of students being able to work a problem fromthe end of a chapter relative to their ability to explain and discuss how fundamental principlesapply to an engineering situation? At what level in Bloom’s taxonomy do we normally operate,what level was required in this exercise, and at what level should we be
box…. This time here at Goddard has been very exciting and informative. I got a chance to see how engineers work in such an important facility….. It is going to be a bittersweet feeling leaving here after this upcoming week. The most important thing I have learned is that everything done at NASA cannot be 295 learned by reading a textbook. To open up your mind and explore new possibilities, you have to think outside the box. The things I learned at NASA, everyday people don't even talk about them because they can’t even imagine them. I was interested in the things that NASA does. I wanted to gain experience in my field and this was a perfect
the National Academyof Engineering as well as the interdisciplinary nature of engineering. Students were introducedto the design process, and faculty came into the class to talk about their research with twothoughts in mind. The first was to talk about the different kinds of engineers who work on thesame research projects and to identify the role of each major. The second was to address howthey use the design process in their research. Faculty interactions occurred both through labtours and through classroom presentations. The final project for the course was to incorporatethe design concepts discussed in class by designing a new technology that would help solve asmall and focused piece of a grand challenge of their choice. At the
Paper ID #39868A Systematic Review of Research on Training Faculty on Well-Being in STEMProf. Renukadevi Selvaraj, The National Institute of Technical Teachers Training and Research (NITTTR)Chennai, India Dr.S.Renukadevi, is the Professor of Education and Head of Centre for Academic Studies and Research at the renowned NITTTR, Chennai. She has 32 year of teaching Experience, of which 27 years at NITTTR, Chennai. She holds a Master’s Degree in Computer Applications and Doctorate in Computer Applications - Engineering Education with a PG Diploma in Guidance and Counselling. Her areas of Expertise include Engineering Pedagogy
the presence of technology (e.g. the reliance on computers, computer games, andthe internet) to the detriment of more active experiences like artistic pursuits, reading, andphysical activities. Relying on technological pastimes breeds a further inability to communicateand interact with others, and to understand themselves. In order to make more useful and relevant what we teach, we need to respond to thisimbalance and teach our students the professional and social skills they need to balance theirunderstanding of engineering to make sure they can effectively and appropriately apply whatthey learn. Well-adjusted, open-minded people make the best decisions for their lives; those whobalance work, family, leisure, and personal time
tailored quiz,instructors can determine the student’s current level of understanding relating tomanufacturing, and part design. The questions and subsequent discussions allow theinstructor to establish a common foundation that each manufacturing process can be builtupon. Issues relating to a manufacturing companies department structure and theirinterrelationships are also presented at this time. Industry like projects and testingmethods are detailed along with the resulting benefits. Also discussed is the use of activelearning through the use of Mind Mapping and by leveraging the student’s use of theInternet and exposure to engineering entertainment media. Mind Mapping is used both bythe student and the presentation of material by the instructor
Paper ID #17618The essence of computational thinking and tools to promote itProf. Osman Yasar, State University of New York, Brockport Osman Yasar is an endowed professor and director of the CMST Institute at The College at Brockport, SUNY. He established the first undergraduate degree program in computational science in the United States and developed a computational pedagogical content knowledge (CPACK) framework for teacher education. His research interests include engineering and science education, computational pedagogy, computational and scientific thinking as well as fluid dynamics, engine ignition modeling, and
8-9, 2016 GWU Figure 1. Students developed their business model and were coached by a mentor.Children and Youth Empowerment Centre (CYEC), Nyeri, KenyaFour Penn State Berks students (two from Engineering, one from Business and one fromInformation Sciences and Technology) and their professors formed a team called the CreativeMinds. These students virtually partnered and developed project ideas with a group of studentsfrom Jomo Kenyatta University of Agriculture and Technology (JKUAT) in Kenya, during theFall 2010 and Spring 2011 semesters. Creative Minds team visited Children and YouthEmpowerment Centre (CYEC), Nyeri, Kenya in Summer 2011 and worked with vulnerableyouth skills which help lead them to a sustainable future. In particular
Session 2482 A Complete Approach to the Capstone Experience Dr. Richard Rothaupt, Linards Stradins University of Wisconsin-StoutAbstractUniversity of Wisconsin-Stout is founded on the educational principle that people learn best bydoing. This principle is expressed in Stout's philosophy of a "Hands On-Minds On" education.This philosophy works well with the "Art to Part" concept of the Manufacturing Engineeringcapstone course sequence. This concept of having engineering students actually design, buildparts and fabricate machines in an undergraduate program is not new
used.Materials that participants can take with them: Workshop participants will be given a license tothe iPad App to use on their own devices. For those that do not have a classroom set of iPadsavailable at their home institutions, a web-based version is under development for use onWindows, Chrome, and Android devices. A license will be provided when it becomes available.Practical application for teachers and outreach staff: SpatialKids™ is aligned with theengineering habits of mind, as well as K-8 common core and NGSS standards (see below). Theapp can be integrated directly into math, science or engineering curriculum, or can be introducedto students through outreach events. For example, the app was incorporated into a “Girls inEngineering” day
focus. Throughthis instructional culture, students are increasingly well equipped to tackle complex, ill-defined problems and to develop the mindsets necessary for making meaningfulcontributions to society as confident engineers.PurposeThis work communicates the contents and design of a preliminary instrument suite with apurpose of enhancing student learning and development as engineers as informed by data.The data will span student- and faculty-generated assessments with a mind towarddeveloping a holistic view of learning, development, and performance in engineering anddesign. Innovation stems directly from identifying problems without known solutions andin spaces with current solutions that aren’t acceptable. This is how engineers
teaches project management, technical planning ©American Society for Engineering Education, 2025 Mapping the Path to KEEN Fellowships: Trends, Insights, and Impacts from 2020-2024Abstract:The Kern Entrepreneurial Engineering Network (KEEN) Fellowship program fostersentrepreneurial-minded learning (EML) in engineering education and has grown significantlysince its inception. This paper presents an in-depth analysis of the program from 2020 to 2024,focusing on the impact of fellows on engineering education, the workshops that have yielded themost fellowships, and the relationship between fellows' disciplines and their contributions.Through a review of KEEN Fellows' projects, we classify
Quick Takes Session 1Kazerounian, Kazem, Dean & Professor Hesham El-Rewini, Dean & ProfessorSchool of Engineering College of Engineering and MinesUniversity of Connecticut University of North Dakota February 5, 2019What is “Quick Take”?Presentations will be on influencing publicpolicy and enhancing public awareness on engineering education and practice, and could include examples about working with legislators locally or nationally,working with education policy makers (K- 16), innovative engagements with movie and media industry and social mediaWMU-CEAS Innovation DayA Celebration of Entrepreneurship
shop, a stereo-lithography machine, 3D wax printer, high-pressure water jet, and a hostof other CAD/CAM and computer resources. With these combined assets and a motivatedentrepreneurial team of undergraduate students the Rowan Engineering Clinic provides a hands-on, minds-on educational experience that helps students go from concept to prototype and fromcolleagues to business partners.BACKGROUNDSince the Autumn of 1998 professors from Rowan University with funding from NCIAA, NSFand regional business have funded over a dozen student originated, developed, and designedbusiness ideas. The Rowan Venture Capital Fund has helped students explore in real ways what
approach is more “realistic,” i.e., more attuned to the realities of engineering practice, than are the compartmentalized, disciplinary, or otherwise Page 9.905.7 Proceedings of the 2004 American Society for Engineering Education Annual Conference & Exposition Copyright © 2004, American Society for Engineering Education limited approaches that they have been exposed to throughout most of their educatio n. 2.) Support Students by Teaching Them to Integrate. Because the breadth of perspective and habits of mind required for integration place significant
. • mind mapping • gathering information, building a prototype, and documenting • The 3-6-5 brainstorming, and the engineers Log. • 3-6-5 • This project really gave me an example of creative problem solving. It was very refreshing, • Making a survey so that we could figure out what the consumer needs the most. Once you know whats most important you can focus all of energy in that direction. • mind mappind and the 3-6-5 • the planing, and the testing phase • Documentation- it made it much easier to recall what ideas had been discussed, who was responsible for what, etc. Testing- this can be very inconvenient and time-consuming
Society for Engineering Education, 2012 Implementing an Industrial Mentoring Program to Enhance Student Motivation and Retention AbstractA new industrial mentor program at our university connects practicing engineers with “FreshmanInterest Groups (FIGs)” of 6-8 students. Far too many talented young minds walk away fromengineering thinking, “I don’t want to work calculus problems in isolation the rest of my life, soI’m changing my major!” Face-time with practicing engineers, we believe, helps dispel manymisconceptions plaguing the future of our profession. In a casual setting, first semester studentscan get answers to questions such as, “What do you actually do? Should I pay attention inCalculus
the impact of this experience from a group of students. Overthe past two years, very successful community projects have been pursued and completed by computerscience students at Texas A&M University – Corpus Christi. Evidence is presented to indicate thebeneficial impact of project-oriented computer science courses that serve the community.Conflict of Mindsets: Traditional Versus Engaging After several years of experience developing and managing the development of systems formany organizations, the author can stipulate the existence of a certain mindset among computer scienceprofessionals2. Even while teaching software engineering courses, the author has heard comments fromstudents, such as, “users are idiots.” Obviously, these
the impact of this experience from a group of students. Overthe past two years, very successful community projects have been pursued and completed by computerscience students at Texas A&M University – Corpus Christi. Evidence is presented to indicate thebeneficial impact of project-oriented computer science courses that serve the community.Conflict of Mindsets: Traditional Versus Engaging After several years of experience developing and managing the development of systems formany organizations, the author can stipulate the existence of a certain mindset among computer scienceprofessionals2. Even while teaching software engineering courses, the author has heard comments fromstudents, such as, “users are idiots.” Obviously, these
handed in to sink or swim. In this process theart of communication seems to be an afterthought. It generally involves merely correcting the misplacedperiods and commas, making subjects agree with their verbs, and performing a myriad of seemingly non-related items. When the text fails to earn a high grade, it is always the fault of the misused colon or thedangling participle. Technical knowledge, in the minds of engineers, has no connection to these grammarexercises and the presentation of knowledge. In fact, many engineers see it as a hindrance to the technicalworld. The need, then, is to provide a mechanism in which there is no discernible delineation betweentechnical knowledge and the means to communicate it. Technical knowledge and
multiplelanguages and possessing such a broadened skill set. It makes me realize how far we have to goas American engineers. Having an open mind about working overseas, learning differentlanguages, cultures, mannerisms, and ways of life really.” This same tour emphasized that"teamwork and open-mindedness are important," which helped students recognize thatinterpersonal skills are essential for success in the modern workforce. Although those outcomesare emphasized in on-campus coursework, the ideas tend not to resonate with students until amanager in the workforce identified the importance. Students also took on interview advice fortheir future careers from these visits, such as the following about finding a company with theright fit: “Aside from
thermodynamics text. The breadth ofthe material included everything in a two-semester thermodynamics course except combustion,availability, and compressible flows. The shear volume of the material covered in just 40 lessonswas enough to make the hearty faint, not to mention the majority of the students. Realizing that aproblem existed and after some study into the use of mind-maps, an attempt to tiethermodynamics together on a single sheet of paper using this method seemed to be a worthychallenge. The first attempt at mapping the course revealed a need to carefully choose the startingpoint; both in the course and on the paper. The purpose of mapping is to prepare a visual thatgrows logically to assist in understanding the material. Topics should
question based upon the Einstein-Podolsky-Bell experiment (EPR) orBell’s Paradox. (4) Human perception is in question, because the senses can bedeceived and hypnotism can trick the mind. All of practice, whether engineering, mathand science, art, or writing therefore involves the use of heuristics. Koen terms this conclusion “The Universale Organum”, or universal method,underscoring the letter h to indicate that it is based on heuristics. Since there is no way toprove , absolutely, that anything exists, even ourselves, the engineer (or, Techie) simplyuses his best estimate of the conditions (the state of the art, or “SOTA”) in order to comeup with the best solution of the problem. Thus anyone who accomplishes a change is anengineer, in that he or
definitions relate more to “agrowth-oriented perspective through which individuals promote flexibility, creativity, continuousinnovation, and renewal” [7, pp. 968]. What these definitions have in common is that EM relatesto a person’s ability to react to changes and capitalize on opportunity. The Kern EntrepreneurialEngineering Network (KEEN) attempts to tie together these varying definitions of EM using the3C’s—curiosity, connections, and creating value—which encourages individuals to look forsolutions outside of the boundaries of technical engineering [8]. Recent economic trends suggestthat innovation and entrepreneurship are the key to economic growth, thus a moreentrepreneurially minded engineer is demanded in the workforce [1]. The role of a
disciplines, acquiring the analytical skills and methods of each, theyexperience themselves as investigators and search for truths that cut across the interests andbiases that lie within a single disciplinary perspective.” (1997, p. 140) Collaborative ability, in addition to design skills and technical intelligence, is of growingimportance for today’s engineering graduates. Engineers of the future must not only becomfortable with technology outside of their own discipline, they must also be experienced withcollaborative problem solving tools. A spirit of cooperation, rather than a spirit of competitionwill drive innovation. As Sally Helgesen writes in The Female Advantage, Fearlessness, a thirst for combat, single-minded devotion to an
Paper ID #40620Tips for Top Tier Team TeachingDr. Todd R Hamrick, West Virginia University Dr. Todd Hamrick, Ph.D. is aTeaching Professor in the Fundamentals of Engineering Program at West Virginia University Statler College of Engineering and Mineral Resources, a position he has held since 2011.Dr. Atheer Almasri, West Virginia University Dr. Almasri is currently a teaching assistant professor in the Fundamentals of Engineering Program (FEP) at the Statler College of Engineering, West Virginia University. He has been serving in this position since 2020. Before joining West Virginia University, he worked as an