(Künzel & Hämmer,2006).Simulation and educational games possess their own strengths and weaknesses. Knowing thecapabilities and shortcomings of simulations helps educators to effectively plan, develop, andimplement them. One of the main advantages of using simulations in education is providing realtime feedback. In fact, the whole system is designed such that every decision that students makeis the beginning of a learning process that triggers subsequent reactions or events. Through thiscycle, feedback is continuously generated and displayed. Having the logic of decisions in mindand experiencing the results students can connect the dots and follow an instruction flow(Rokooei, 2016). Simulation applications are also being utilized in abstract
the notion ofscript [3], schema, or a plan, genre is a concept used to describe what people do in practice,specifically, their discourse or discursive practices. Genres are socially shared; Orlikowskiand Yates [18] define them as ―socially recognized types of communicative actions — suchas memos, meetings, expense forms, training seminars—that are habitually enacted bymembers of a community to realize particular social purposes (pg. 542).‖ Often, thesecommunicative actions can involve sequences of interrelated genres (e.g., a meeting mayinvolve presentation and discussion genres; a class might involve group activity followed byan individual assessment) referred to as a genre system.Overall, the genre perspective argues that there some
controls to implement these technologies effectively. Let’s briefly survey these broadapplication areas. Automotive Infotainment systems are evolving to encompass the concept ofthe “connected vehicle”. Besides the classic in-car radio entertainment system with CD playersand MP3 compatibility, today’s vehicles are able to receive satellite entertainment and globalpositioning system (GPS) signals, as well as, the traditional terrestrial AM and FM stations.Vehicles equipped with “OnStar” or similar type plans utilize the cellular telephone system tocommunicate and now provide emergency, security, navigation, and Internet connectivity4. Incar Wi-Fi hot spots are now available and most cars come with an information cluster display(LCD screen) that
of enzyme that optimizes between signal-to-noise (more enzyme is better) and the percent change in glucose concentration in 60 seconds (less enzyme is better). In sessions 13 and 14, students use SolidWorks to design and spec a case for their alpha prototype, and they develop a simple business plan analysis and perform a simple statistical analysis to determine how often (based on their sales estimates) that their test strips will yield a catastrophic error. In the final session (15), students go back through all of the previous assignments to modify their design so that it is consistent throughout. For example, if they changed the amount of enzyme used when completing the mass transport analysis, they should change that amount in
from engineering and other disciplines may be useful ininforming design decisions and providing insight into issues of performance and scale. Duringthe EarSketch project, model development occurs concurrently with the design and roll out of theeducation innovation. This is unique from previous efforts to model school systems and theinterventions within them, where models were created in a ‘post mortem’ analysis of the projectimplementation to add additional understanding to the factors at play14, 17. In this work, insightsfrom the modeling efforts not only inform sustainability planning, but also guide thedevelopment of the innovation.In the remainder of the paper, the EarSketch intervention is briefly described and someobservation-based
resources, guidance and strong networkprovided through the program. As such, we plan to expand ASPIRE by creating a virtualcomponent to keep students engaged in STEM (continuity component of the ECC Trilogy).Because of our commitment to maintain contact with students throughout the year, the virtualcommunity will be designed to follow up with students and offer them a forum to connect witheach other. This connection will deepen their engagement in their studies while providing anavenue to address obstacles to achievement. The virtual environment will allow students acrossSouthern California to interact with their peers, to complete online coursework and projects inengineering and computer science during the academic year. Students will also receive
our efforts in modifying the Engineering Applications of Mathematics course.IntroductionThe College of Engineering (CoE) at the University of Arkansas established the FreshmanEngineering Program (FEP) during the fall of 2007 for the purpose of increasing studentretention from the first year to the second year. All incoming freshman students that plan tomajor in one of nine CoE programs complete a common curriculum during their first year. As aFreshman Engineering Program, one of our primary concerns is our students’ progressionthrough the calculus sequence. The common math core taken by these students includes CalculusI and Calculus II. However, a considerable portion of students enter the CoE at least onesemester behind in math (47%).As a
course module aboutthe DFM and DFA concepts. As one of the course assignments, the students are asked to designa product that is easily and economically manufactured. They are expected to utilize the designtechniques for DFM and DFA and integration of product design and process planning into onecommon activity. Students are asked to consider realistic constraints of the AM technology isthis process, and design their parts for AM process. Once they complete their design, theygenerate 3D models and print their design in the AM Lab. For 3D CAD modeling, students use afree, cloud-based CAD tool i.e. AutoDesk™ TinkerCAD. They also download and use the recentversions of the MakerBot™ and/or CubePro™ 3D Printing Software for preparing their designsfor
several connected vehicle technology research projects. Dr. Bhavsar received his Ph.D. degree in 2013 and his M.S. degree in 2006 from Clemson University. His Ph.D. dissertation focused on development of an evaluation framework for connected vehicle technology supported alternative fuel vehicles. Dr. Bhavsar also has three years of experience in the private sector in developing transportation engineering and planning solutions, specifically traffic micro-simulation projects.Prof. Beena Sukumaran, Rowan University Beena Sukumaran has been on the faculty at Rowan University since 1998 and is currently Professor and Chair of Civil and Environmental Engineering. Under her leadership, the Civil and Environmental Engi
program—this is Jacksonville State University, whichoffers an Applied Electronics Engineering degree through its school of Business and Industry.The department of Applied Engineering—which includes the Applied ManufacturingEngineering program along with the Applied Electronics Engineering Program—had 25 studentsgraduate with a B.S. degree in the spring of 201610.This leads to a projection of 15 students/year enrolled newly enrolled in (and subsequentlygraduating from) the EET program at Troy University. The program is expected to be larger thanthe PHY or BML majors, and comparable to or slightly larger than the successful GEOMprogram.Accreditation and PE licenseThe plan is to have ABET accreditation in five years. In order to prepare for the
End-of-semester score Figure 6- Predicted scores compared to the students’ end-of-semester scoresConclusionsThe present research addresses the issue of predicting performance of students at risk of failure inengineering courses, within a test bed of Mechanics of Materials course. The goal was to developan early alert system, to predict the end-of-semester score of students based on their early semesteractivities. The developed model enables instructors to detect students who are in risk of failing andhelp them plan proactive approaches to be successful in the course. Data obtained within a periodof four semesters were incorporated for development and validation of the model. Based on theobtained data, the
system can be extendedto emulate smart grid systems. Faculty members plan to submit this idea to the Major ResearchInstrumentation (MRI) program of the National Science Foundation (NSF). The system aims toimprove the undergraduate education at WVU Tech. It will also enable faculty to submitproposals to the Transforming Undergraduate Education in Science, Technology, Engineeringand Mathematics (TUES) program and Improving Undergraduate STEM Education (IUSE:EHR) program of the NSF. Moreover, the PIs of this project will request funding from NASA-WV Space Grant Consortium to develop a new inter-disciplinary course based on the electro-mechanical system. Currently, undergraduate student who works on this project received West (a) DC machine
planning toupgrade its existing products through environmentally responsible design. The eventual designwill be used for the household garbage pickup work. The main objective of environmentallyresponsible drone design at Company X is to determine new product architecture, materials,manufacturing processes, and suppliers while considering their possible environmental impacts.For the household garbage pickup drone, Company X needs to design a new attachment for acontemporary drone to carry a garbage bag. New drones should satisfy design requirements forminimal energy use and reduction in hazardous by-products/pollutants both from themanufacturing system and throughout the drone’s useful life. Modules in new drones should beprovided by suppliers (for
, SJSU was notwhat they expected, family or personal problems, and not feeling connected to campus. Thispaper reports on one project at SJSU, Project Succeed, which was funded under theStrengthening Institutions program from the U.S. Department of Education in 2014. ProjectSucceed is focused on increasing the sense of belonging for freshmen at SJSU.The Project Succeed plan is designed to strengthen SJSU’s campus climate and providefreshmen and sophomores with a culture that promotes academic and social success. This kind ofcampus climate will also promote undergraduate success with the goal of increasing retentionand graduation rates, as well as closing the achievement gap for Under-Represented Minority(URM) students at SJSU. SJSU’s Title III
added with a minimum of 24 additional quarter credit hours and iscreated to be supplementary to our ET major. Also, students from other majors (engineering andnon-engineering) may add this minor to their plan of study.The newly introduced minor in Green Energy and Sustainability will be in effect starting nextAY 2017-2018, however the courses associated with this minor have been successfully taught forseveral years already. The main target student population for this minor would be students of allmajors in College of Engineering, mainly those that would like to have a learning-by-discoverytype of experience. Also, the target population would include students from other majorsthroughout the university, interested in pairing their major with a
were also working to complete their capstone designprojects, and many of them were traveling for interviews. However, the advantage of catchingthem at this position in the departmental study plan is that the students were also more aware ofthe potential benefit of the course on their career, and the concept of adding this course project totheir resume was very attractive. In spite of catching the students at the end of their collegeexperience, the classroom demographics were favorable. When making decisions on the applicability of any set of techniques or approaches toteaching a course, several factors must be balanced. The position of the course within thedepartmental curriculum could affect the course load and the ability of the
in Engineering Education, August 2017, at Purdue University under the National Science Foundation Graduate Research Fellowship Program. Within his graduate work, Justin plans to explore low socioeconomic high school students’ mathematics experiences and the affect they have on their choice of pursuing post-secondary engineering education.Dr. Adam Kirn, University of Nevada, Reno Adam Kirn is an Assistant Professor of Engineering Education at University of Nevada, Reno. His re- search focuses on the interactions between engineering cultures, student motivation, and their learning experiences. His projects involve the study of student perceptions, beliefs and attitudes towards becoming engineers, their problem
). IEEE.2. Gary, J., Mires Peter, W., Howie, R. M., Harden, G.A. (1998). A 'Topical' Approach to Planned Teaching and Using a Topic-Based Study Guide. Medical Teacher, 20(5), pp.438- 441.3. Bonwell, C.; Eison, J. 1991. Active Learning: Creating Excitement in the Classroom. AEHE- ERIC Higher Education Report No. 1. Washington, D.C.: Jossey-Bass. ISBN 1-878380-08-7.4. Bergmann, Jonathan and Sams, Aaron. (2012). Flip Your Classroom: Reach Every Student in Every Class Every Day. International Society for Technology in Education.5. Hitt, J., & Boettner, D., & Suhr, S., & Dillon, J. (2009, June), Project Based Teaching of Engineering Design Paper presented at 2009 Annual Conference & Exposition, Austin, Texas. https
. Universities have offered discipline-specific residentialprograms for some time now, with science and engineering programs being included in thisservice 30. These programs house engineering students, with a particular emphasis on women andunderrepresented minorities, in common residence halls with planned academic events and enrollstudents in the same courses together 30. These programs appear to be conducive to academicsuccess for students by providing an environment that is more immersive in their discipline.Additionally, living in a community like this would also appear to create an easier environmentto seek help from peers and/or facilitate more opportunities for group study.The transition into college can be a challenging experience for any
. While thedemonstrations themselves in class take five minutes to show to students, conducting the flowdiagram approach to add a demonstration does take some time by the faculty member. Eachlecture demonstration took about two hours of planning, ordering, construction, and testing thefirst semester they were used. However, in subsequent semesters a small library of coursedemonstrations have been built using a few standard kits that enables the course instructor toplan about 30 minutes before class to bring with a five-minute lecture demonstration for moststandard lectures.The qualitative impact based on students’ comments has been generally very positive, especiallywhen it comes to understanding societal applications of a traditionally
, i.e., in English with faculty teaching in accustomed ways. Fewerrequire the students to adapt to the foreign educational system.Degree of Curricular Integration: Many programs are built as short-term “add-ons,” i.e., summerexperiences, and are not integrated into the overall curriculum.Degree of Cultural/Linguistic Preparation for Experiences Abroad: There is a great range in this regard,with some programs beginning preparation in the Freshmen year and coordinating course selection as aconscious plan anticipating the experience abroad, while others offer little to no preparation.Degree of Engineering-Specificity: Some programs are designed to be generalized experiences abroad,without being engineering specific. Others are designed to
directly into an area for ‘transitiondevelopment’ and considerable thought was given as to how the School of Engineering couldmaximize students’ philanthropic inclinations.Supported by the School of Engineering, Gosta University engineering students activelyparticipate in a number of socio-engineering focused societies and activities includingEngineers without Borders and Women’s Engineering Society. To better align these activitieswith individual student’s reasons for studying engineering, and in order to promote a morefocused transition into university, the foundation students were given information on suchactivities and student engineering societies during freshers week. Plans are in hand to embed‘engineering philanthropy’ into next year’s
for small, medium, and large manufacturers to design, plan, and testCoBot work-cells.With a predicted 150,000 CoBots to be installed worldwide in the next three years (Anandan,2014) and a suggested net present value 25% greater than traditional robot solutions (muchgreater for manual solutions) (Kruger et al., 2009), it is imperative that CoBot work-cells inmanufacturing be well understood and designed. The Executive Summary World Robotics(2016) predicts that double-digit growth of industrial robotics will happen between 2016 and2019 and that linking the real-life factory with virtual reality will play an increasingly importantrole in global manufacturing. Within this period, Executive Summary Word Robotics alsopredicts that human-robot
’ work, and thereby gauge whetherthey are directing enough effort to the right parts of the assignment. Students embarkingon a peer-reviewed assignment should be told this, as a way to increase their buy-in to theprocess.7. ConclusionIn-class peer review can be a rewarding experience, but to realize its promise, it requirescareful planning and instruction. First, the instructor should create a detailed rubric,possibly with suggestions from students. Students should be shown what a good reviewlooks like. They should understand the benefit of providing specific, actionablesuggestions to the authors. They should endeavor to put themselves in the authors’ shoes,and think carefully about the effect that their feedback will have on the
learning in their classrooms. The threeitems asked teachers to rate their confidence in their ability to “incorporate project-basedlearning into at least one instructional unit,” “write lesson plans that incorporate project-basedlearning,” and “use project-based learning within my existing curriculum (instead of in additionto my curriculum)” on a scale of 1-5. Teachers were also asked to rate their confidence inassessing project based learning on the same scale of 1-5 for five statements. Examples of itemsinclude rating their confidence to “measure student learning against specific objectives,” “createassessments that accurately measure student learning,” and “create assessments that providestudents useful information about their learning.” A
work can bedone to make inclusion more explicit.Future Research. We intend to use the new scales in conjunction with the two original diversityand identity scales to determine how the curricular interventions impacted student appreciationfor diversity and inclusive engineering identity development. Now that we have established theinitial validity of the two surveys separately, we intend to follow up with separate confirmatoryfactor analyses for the two scales. Also, we plan to extend validation of these scales to othersamples, such as upper-class students, recent graduates, and employed professional engineers. References ABET. (2016). Criteria for accrediting engineering programs. Retrieved from
Module* 5% Reading Assignment and Paper/Documentary Review 20% In-Class Discussions 10% Case studies 10% Final examination 20%* Proposed change for Fall 2017 class from the assessment from Fall 2016 classThe instructors also plan to make a three credit hour humanities and fine arts course AppliedEthics as a mandatory general education course for the ENE program as it could reinforce E & P.The course description from the 2016-2017 university catalog is given below:Students apply
are evaluated for feasibility, technical adequacy and general compliance with requirements, and the relative merits/weaknesses of different concepts are presented. Assumptions and calculations that led to conclusions are provided, and whenever possible, preliminary prototypes, mock-ups, sketches, models, and/or drawings are used to communicate the various concepts. The technical progress of the project is reviewed, as is the current and projected status of the budget and schedule. Potential risk items are highlighted and mitigation plans are evaluated. (p. 2) CDR. An intermediate design review that occurs after the detail design is complete, and prior to the fabrication
Agreement All participants agreed that they were interested in learning more about each other’s programs and how the universities form Capstone teams. All participants agreed that they should use CATME as a common tool for team building assessment and planned to use training made available by the manager of the program. All participants agreed that students would benefit from more teamwork training. Most use some teamwork training; the amount and choice of training vary from institution to institution. All participants agreed that reviewing the data from at least one Capstone course was necessary to start this collaborationWhy CATME?CATME is a system of web-based tools faculty can use to manage
adepartment head or a Dean. The NSF call says that this is to “establish institutionalaccountability.” For change to occur, it is critical to have someone in administration who cansupport change or provide leverage. An expert in engineering education or computer scienceeducation research is needed--this person should be familiar with the literature in this area and beable to ground the project plan within that literature. For example, have similar ideas been triedat other institutions? What are best practices? An expert in social science must be included--thisperson could be from a number of different departments including sociology or education. Thisperson should be familiar with the literature on organizational change. They need to be able toadvise