in both builds, including a lack of experience with the systemsengineering methodology, some negative group dynamics, and problems with consistently drivingopen issues to closure.The first speedbump that arose was the students’ lack of experience with the systems engineeringmethodology. Because the topic of systems engineering was new to all the students and many of thefaculty involved on the project, the team members needed to be taught how to perform every step inthe process. Essentially, no background experience could be assumed. The primary lead instructorson the Scorpio project had the responsibility of ensuring that the students understood every step ofthe systems engineering process and completed them correctly. Having to teach every
AC 2012-3188: THE DIGITAL CARNIVAL: OBSERVATIONS ON THE ROLEOF GAMING IN STUDENT LIFE AND COMPUTER SCIENCEDr. James Dean Palmer, Northern Arizona University James Palmer is an Associate Professor at Northern Arizona University. His research concerns the use of language and visualization to solve problems and improve computer science education.Dr. Eck Doerry, Northern Arizona University Eck Doerry is an Associate Professor of computer science at Northern Arizona University. His research interests fall within the broad area on ”Groupware Support for Online Groups,” with active research in portal-based tools to support distributed scientific communities, groupware tools to support small, distributed engineering design
part of electrical and computer engineeringexpands, it is necessary for us to explore how curriculum design should be addressed. If we areto prepare students for a career in modern industry, it is imperative that we reconsider the skill-set that an undergraduate needs to succeed.19 Virtually none of our undergraduates go intosingle-topic specialties with their undergraduate degrees; they are members of multi-disciplinarydesign teams and are frequently in leadership-track positions in which they must considertechnological problems with concerns for the complex relationships across topics - theboundaries are fuzzier than ever.At the University of Virginia we are addressing this with a new breadth-first curriculum thatplaces a strong emphasis on
pervasive environmental issue. Holding informational and training sessions for other high schools in Maine. Development of student Storm Water Teams that meet weekly to develop best management plans for their communities. Presentation to Maine State Legislators. Table 1 – List of competitions for TAR-STEM students. Competition Year Award # students Maine State Science Fair 2014 & 2015 1st place winner 4 Maine State Science Bowl 2015 1st place winners 5 Maine Stockholm Junior Water 2014 1st place winner 1 Prize New
decision” into many “smaller decisions”, e.g., Pugh concept selection process orcriteria functions. In theory these subdividing processes are good, but they do not removethe subjectivity; they simply move it to another level. Engineering design textbooksnormally do not provided much help for the student in making these subjective decisionsexcept for case study examples where students may get a “feel” for the small decisions. Page 9.1134.1 Proceedings of the 2004American Society for Engineering Education Annual Conference &Exposition Copyright 2004, American Society for Engineering EducationIt is a concern that engineering
-world engineering. Overall, thecourse rating improved considerably, achieving the highest in the last twenty years - a rating of 4.9out of 5.0, well above the average course rating of 3.8 during the same period. The paper describesthe background and methodology in developing an engineering course through murder mysteries. IntroductionIn Fall 2021, when I was assigned to teach the Geotechnical Engineering course, a third-yearrequired undergraduate class in Civil Engineering, I was concerned. Students generally perceive thiscourse as challenging, leading many to delay taking it until their final year. And for some, it is thecourse that stands between them and their dream job. A straw poll of students
, Physics, Nursing, Pharmacy, etc. Because radiation exposure of personnel is a major concern on a university campus, many universities have similar organizations equipped with trained personnel and appropriate devices to control radiological activity. These organizations can be an invaluable resource for development of radiation-based laboratory exercises of the type mentioned above. (c) Selected Topics in Applied Nuclear Energy. Using assigned readings, seminars, and outside experts in the nuclear field, faculty challenge students beyond traditional classroom content by exploring developments in areas such as long-term disposal of used nuclear fuel, nuclear security and
. Implementation of this experience was motivatedby low retention rates for electrical engineering students. Students who failed to remain in EECSfor their sophomore year apparently were handicapped by a lack of an intuitive feel for electricalengineering and a lack of understanding of how and why the various required courses would fittogether to form a well-rounded curriculum.To address these issues, EECS at SDSU is implementing a new FOCUSED (Focused OngoingConcentrated Undergraduate Sequence in Engineering Design) in the Electrical Engineeringprogram. Three years of our department-wide (both EE and CS) freshman robotics experienceand two years of our EE specific EE 102 class have now been completed. Retention going intothe sophomore year has
equipment over the summer, often without much thought to the distanceapplications since they are not taught locally. Therefore, a new round of problem solving isoften required each fall semester after renovations take place. Good communication andassistance for identifying these impacts between all parties is crucial for a sustainablepartnership.Relations with High SchoolsThere has been some concerns expressed by teachers at the local high schools about being“replaced”; that is, that instruction may come from outside the school for subjects that they arecapable of teaching. Some of these schools understandably pride themselves in havingsuccessfully built up advanced mathematics and science programs, and are not anxious tooutsource to the local
are student-centered promote student participation and active learning.The term “student-centered” is used to describe instruction that goes beyond a “teacher-centered”class where faculty talk and students listen.5 When the focus is on learning, rather than teaching,the attention shifts to what students do and how they demonstrate their understanding. Whatteachers do, however, still matters for they are the ones creating the learning opportunities, but itis the students who are the concern of those faculty using student-centered teaching. If theintention is to produce deeper learning, there is evidence that ‘learner activity’ and ‘interactions
and academic development within sustainability education.SQ4: How have some of your attitudes or beliefs changed, and/or what new ones have you developed or adopted? (A)From the responses provided by the students, several emergent themes regarding changes inattitudes or beliefs can be identified:(1) Increased Environmental Awareness: Many students expressed a shift in their attitudes toward environmental issues, particularly regarding climate change and sustainability. Some students admitted to previously underestimating the severity of climate change but have since developed a deeper understanding of its magnitude through their experiences in the program. They acknowledged the urgency of addressing environmental challenges
] 1 Figure 1: Curriculum development process diagramThe work described in this paper is focused on methodologies for addressing factors influencingthe success of two programs as case studies, including: 1) Creating the cohort: evaluating and selecting students from different backgrounds and forming program leadership 2) Choosing the piloted topic to support introducing new content to our college curriculum 3) Developing the new content, including program workshops and collaborations among faculty, staff, and labs personnel 4) Mechanics for piloting the new activities and engaging with the participating students 5) Assessing the learning outcomes before, during, and after program
direct connectionbetween themselves and the problem, they have more interest in coming up with a solution andare more likely to persist through challenges. Researchers have shown that students’ self-efficacyin science and engineering increase with tasks where students can see the value of the problem,driving students’ motivation to persist 15 . It is important for teachers to provide opportunities forstudents to make these real-world connections and motivate students to see how a thoroughunderstanding of the concepts will directly impact real-world problems.3 Creativity in EngineeringEngineers are responsible for solving the problems of tomorrow and developing new andinnovative ideas surrounding the critical issues in society, such as
plays a role. [1]Administration and faculty at Loras College saw a need to provide educators with a strongermore integrated understanding of STEM. To this end, faculty have developed and Loras Collegenow offers a master’s degree in integrated STEM education. This Masters program is designedto provide practicing teachers and informal educators with the tools necessary to bring the STEMdisciplines into their classroom. The program targets K-8 teachers, but is available to allteachers. This paper presents one of the courses, a course covering the methods of engineersthrough robotics as an application.An Integrated STEM Education Master of Arts ProgramThe program described here is framed around a
Paper ID #21754Development of a Materials Science Educational Program at Houston Com-munity College: University Partnerships and Assessment DynamicsMr. Bartlett Michael Sheinberg, Houston Community Collelge Mr. Sheinberg serves as Director, West Houston Center for Science and Engineering, Houston Com- munity College Northwest. He has held senior administrative positions at HCC including Director of Governmental Relations, Assistant to the Chancellor and has served as a physics and engineering faculty member. His research interests include materials science education and related policy issues in lower division science and
students’educational experiences, we avoided rating scales that described levels of quality. Instead, therating scales were designed to provide information about the prevalence of activities, amount ofovert guidance provided, or perceived balance of responsibilities. For example, rather thanasking students to rate the quality of the instructor’s technical advice as excellent, good, fair, orpoor, the supplemental evaluation asked: “When you discussed design and technical issues with the instructor, they: • told you exactly what you should do • tried to convince you to take particular actions • provided suggestions but did not make decisions for you • listened to your concerns but gave no suggestions • did not seem
Quality Control Methods Special Topics: Time Series Forecasting, Monte Carlo Simulation, OthersFor the past 30 years there have been articles in the statistics and engineering education literatureabout what to teach (topics, emphasis) and how to teach it to undergraduate engineers. See, forexample, in chronological order--Hogg [3], Joiner [4], Godfrey [5], Bisgaard [1], and Wilson [2].Most current engineering faculty members were undergrads in 1970-2010 and graduate students1975-2015. We argue below that the way many of us learned probability and statistics, even asgraduate students, does not support engagement and appeal to millennial students.The purpose of this paper is to recommend adapting new pedagogical methods to the acceptedtopics
modules were created by faculty in ourdepartment (which houses the current courses). Starting in March of 2025, we will be solicitingproposals from faculty in the other departments within the college. Each mini grant provides asummer salary stipend; specific dollar amounts vary based on the “Effort to Modularize.” Eachmini-grant application must include a plan for assessment and dissemination and strategies toaddress issues of diversity and access. Curricular parameters for the modules will also bedeveloped, covering attributes such as resources and pedagogy, so the modules are not strictlylecture-based instruction. The project’s senior personnel and members of an Internal AdvisoryBoard will review mini-grant applications and make funding
, healthy, and environmentally friendlycampus. The progress in that area will be documented here. In order to make this processmore attractive and meaningful I offered one survey course online for all disciplines inalternative energy during summer 2010. The findings will be reported in this paper. Incontinuation, a second course will be offered in classroom environment during spring2011 with more technical concepts, design aspects, and implementation suitable for EETand IET students. The author will justify the concentration on sun tracking solar and windenergies over other alternative energy sources in terms of economic aspects andenvironmental issues. A comparison study in this field with some Asian countries willalso be discussed.The experts are
time in the fall 2004. The paper will describethe development of the course-specific workshops and the establishment of a “draft review”process utilizing a peer Writing Consultant. Student surveys were used to assess theeffectiveness of the new process. The student response was positive, but a few students resistedthe implementation of a significant writing component into a “design” class. Only minormodifications were implemented as the intervention continues for this spring semester.IntroductionSince 1980 the BSME degree at the University of Houston (UH) has required a sophomoredesign class. Initially, the course covered primarily the design process and design methodology.A semester-long design, fabricate and test team-project was the major
. Page 5.651.4 42. NEW COURSE DESIGNIn this section, we present the skeletal structure of our new course design at UT and USAFA.Our fundamental premise is not to revolutionize machine design instruction; it has a long andrich history within mechanical engineering. Instead, the goal is to evolve the curriculum inmachine design to address the contemporary needs and goals of our students.2.1 Development History:The development of an evolved machine design course occurred, first, at the United States AirForce Academy during the Fall of 1997. Three faculty members were involved in the newcourse design, and the design was carried out in the summer of 1997. Because most cadets
CivilEngineering program objectives listed in Figure 1. Civil Engineering Program Objectives Supported by the Capstone Design • Application of engineering thought process to design CE components and systems • Creativity • Proficiency in structural engineering • Proficiency in environmental engineering • Proficiency in hydrology & hydraulic engineering • Proficiency in geotechnical engineering • Proficiency in mathematics • Proficiency in calculus-based physics • Functioning on multidisciplinary teams • Understanding and performance of roles and responsibilities of civil engineers and the issues / professional practice • Use of modern engineering tools necessary for
user will be prompted to enter a new VNC password. If the user ever needs to access theirVNC sessions in an environment where our application cannot be used, they can use the samepassword because we intentionally integrate their passwords directly into the password resettingcommands without any processing. Figure 5: VNC Reset and Password PromptSpecialised Machine Allocation MechanismThe “Change Machine” feature is developed to address the uneven workload issue on ouruniversity’s laboratory machines. This feature provides automatic workload check prior to makingany connection. If there are other users on the same machine currently, a window with machineworkload rankings from lightest to heaviest will pop up, such that
Center for International Energy & Environmental Policy The University of Texas at Austin Dr. Kathy J Schmidt Faculty Innovation Center The University of Texas at Austin AbstractEstablishing a reliable and sustainable electricity supply is one of the daunting challenges facingcommunities today. Unfortunately, discussions on this topic include wide varieties ofmisinformation, subjective analysis, and biased resources. The Texas Interactive PowerSimulator (TIPS) tries to address these shortcomings by providing a quantitative and transparenttool that teaches the basic
overhead acetates, 35 mm slides, or electronic visuals. However, most groupschose IMM. It was important that each team member contribute to the project and this was often the mostdifficult to fully assess and grade. It was suggested that as the report outline was planned, that sections beassigned to individual team members in an equitable manner. The oral presentation was divided up andgiven by an orderly set of planned contributions by each team member. VII. EVALUATION AND FUTURE PLANS Both distant learning and resident students were supportive of the new multimedia paradigm.About three percent expressed concern about the process in which case the television monitors were hard toread or the
university officials, the leaders of information technologycompanies have intensified their emphasis on the need for the university to address this problem.As a result, Chancellor Hathaway of the University of Arkansas at Little Rock resolved to meetthe needs of industry.As the first step, Chancellor Hathaway established an Information Technology Committee toguide the University in meeting the information technology needs. Simultaneously, theUniversity began the process of creating a new college: the Donaghey College of InformationScience and Systems Engineering. As a result, a study of the needs in information technologywas done and several new programs were started in the new college. The focus here will be onhow the study was done, the results of
Paper ID #46142360 Degrees of Collaboration: An Autoethnographic Approach to DevelopingVR-Based Aviation Maintenance TrainingNathanael Kloeppel, Purdue Polytechnic Graduate ProgramsMr. Denis Uebiyev, Purdue University Ph.D. student in the Learning Design and Technology Program, focused on integrating and developing VR programs for training and adult education.Dr. Lisa Bosman, Purdue University Dr. Bosman holds a PhD in Industrial Engineering. Her engineering education research interests include entrepreneurially minded learning, energy education, interdisciplinary education, and faculty professional development.Mr. Joshua
interviewee co-constructnarratives together. Interviewees share experiences as part of an authentic connection with theinterviewer, characterized by interviewer curiosity and interviewee reflection on their own“venting,” in a way that provides communicative validity [26]. Co-construction also gives thenarrative liberatory power, the potential to address topics and raise issues that defy expectationand status quo [17]. In the past, narrative analysis has been used in engineering education tounderstand the how students and faculty define engineering [17, 27], how institutional structuresmarginalize and support engineering students [20], and how students perform the engineeringdesign process [28].In particular, for this paper the researchers performed
, ingeneral, faculty members agreed on most of the elements found in these books, although therewas no consensus on the importance of including dimensions on a FBD. Of the two mnemonicsfor drawing FBDs: “The ABC’s of FBD’s” and “BREAD,” we found a slight preference for“BREAD,” but faculty members noted advantages and disadvantages for each of them.References1. Eke, E. M. (2017, April), Motion Visualization and Creation of Free-body and Kinetic Diagrams Paper presented at 2017 Pacific Southwest Section Meeting, Tempe, Arizona. https://peer.asee.org/292272. Wang, S. (2016, June), Free Body Diagrams with Animated GIF Files Paper presented at 2016 ASEE Annual Conference & Exposition, New Orleans, Louisiana. 10.18260/p.269573. Shryock, K. J
forthoughts or questions from Never buy gas again? M5 1 2 3 4 1-5 Conservation of Energystudents, there was a generalpositive rumbling, with nodissent. The author prodded a M6 Following the Flow of Fluids 1 2 3 4 1-5bit more, directly asking forconcerns, and explaining that Recycling of energy...Secondthis was a new attempt. Only M7 1 2 3 4 1-5 Lawone student came forward witha concern: “it sounds a bit like, Cumulative Totals 7 21 42 70