reinforce the significance of metacognitive skills, as they showhow experts spend more time planning,11 or that novices continue to use a strategy after it hasfailed.14 In the sections that follow we will describe our approach towards constructing aconceptual framework and will present some of the outcomes of this innovation from anintroductory level lab-based class in Materials Science.ApproachIn light of this research on how students learn, integrate, and apply complex knowledge frommultiple domains, our visual representation of central Materials Engineering concepts and theirlogical relationships attempts to ease and enable the transition of students new to the field bymaking the tacit knowledge of seasoned professionals more explicit and
applications of content in authentic practice.2. Students worked in cross-functional design teams made up of students from each of the three content classrooms.3. The intervention extended past the traditional several week-long unit to steep students in design thinking, decision making, design of experiments, testing, data collection and analysis, optimization, and communication of final design solutions with a team engineering and math/science research posters presented publically.Teacher teams consisting of math, science, and engineering and technology teachers from fourhigh schools gathered during the summer prior to the intervention to co-plan and blueprint thesubject matter content each teacher was planning to cover during the
10. (Optional) Discuss possible ways to re-arrange the network to avoid black or gray hats. Have the students re-arrange the network topology. Repeat message passing Suggestions: If you do not want to use candy, then try stickers, smaller erasers, or other small party favor. The hats can be of any type (paper, plastic, felt, etc.) and they do not all have to be the same (as computer networks have all kinds of nodes on them) You should plan for as many hats as you want students to participate (and generally I have everyone participate) and (minimally) 2/3 of the hats should be white
the learner’s abilities and knowledge base. Further, mobile ICT enablescommunication with experts and peers, which is another element of lifelong learning. Mobiledevices offer convenience for learning that is available throughout a long period of time,enabling the learner’s personal accumulation of resources and knowledge. Use of thetechnologies is intuitive for most, which enables broader use, even by people with no previousexperience with the technology.If the intent of educators is to help students plan and realize learning goals for a lifetime, then itis important to understand how students perceive the lifelong learning process in the world ofabundant information, readily accessible and portable through technology, both mobile andfixed
described in detail our solutionimplementation using a specific vendor’s products should not be construed as an endorsement tothat vendor and/or that vendor’s products. As you will see in the section titled ”Next Steps”, welayout a plan of take advantage of emerging cloud computing Operating Systems such as Open-Stack [12].2.2 Opportunity StatementLabs across campus often have very specific and expensive software that can only be accessedfrom one physical location. The current approach of JMU IT organization is expensive and time-consuming. Computing lab hardware is replaced every three to four (3 to 4) years which costs theJMU a significant amount of money.The following is a summary of the driving factors for undertaking this project
confident in my skills or potential to dowhat these students do.” “My eyes have been opened and exposed to many new careers thathave made me reevaluate my decisions and plans for the future. I have realized that there are toomany fields of engineering that excite me and plan to go into. Sadly, I cannot do them all. Myinterests are all in the STEM fields, which now I have realized that it is time to narrow it downinto a particular field.”Student 15: “The Mentorship program has been one of the most rewarding experiences as astudent of the STEM field. At the start of the program I had my mind set on a certain school anda specific engineering field to pursue. I got super excited about all sorts of fields I never evenconsidered. This of course perplexed
, Implications of cognitive load theory for multimedia learning, in R.E. Mayer (ed.), The Cambridge Handbook of Multimedia Learning (pp. 19-30). Cambridge, UK: Cambridge University Press, 2005.24. J. Sweller, P. Ayres, and S. Kalyuga, Cognitive Load Theory, New York: Springer, 2011.25. J.E. Kemp and D.C. Smellie, Planning, Producing, and Using Instructional Technologies (7th ed.), New York: HarperCollins, 1994.26. K. Burke, A pragmatic approach to criticism of multimedia, Journal of Educational Technology Systems, 6(1), 57-75, 1977-78.27. R. Slawson, Multi-Image Slide/Tape Programs, Englewood, CO: Libraries Unlimited, 1988.28. R.D. Owens and G.O. Coldevin, Effects of varied temporal visual overlapping in multi-image tape-slide presentations
specialsignificance is the annual fundraising banquet (discussed later in the qualitative results section),which was initiated by the chartering chapter in order to raise money for an endowed scholarshipspecifically for NSBE students. The banquet is planned and coordinated by the students, andtypically draws corporate sponsors and campus participation and publicity. The size of thebanquet has varied over time, but has reached over 100 attendees on multiple occasions. Inaddition to the banquet, attendance at the national convention has been a consistent goal ofNSBE during its duration at the university. The qualitative data was gathered from interviews with five participants who answered acall for interviews in fall of 2015. All participants signed
State LA), a state university that is less selective, where the students are lessprepared academically, are more ethnically diverse, and have demands of work and home toattend to as commuter students. These 35 students at Cal State LA were as receptive to themethod as the Cal Poly students.Table 1: Course taught using Mastery Grading Course at Cal Poly, SLO (unless indicated) Class level Approximate Class size IME 239 – Cost Estimating and Control Sophomore 50 IME 443- Facilities Planning Senior 40 IME 544 –Advanced Engineering Economy Graduate
, 2016 Prediction and Reflection Activities in a Chemical Engineering course: Fundamentals of Heat and Mass TransferAbstractThis paper presents a quantitative and qualitative study for discovering how written reflectiveexercises following in-class prediction activities enhance learning gains in a heat and masstransfer course for chemical engineering undergraduate students. The primary purpose of thisresearch is to determine if and to what extent written reflection plays a role in adjustingcommonly-held misconceptions students have about heat and mass transfer. To study this, three30-minute prediction activities were planned throughout a ten-week course. The studyparticipants included two sections of a course with
, and an Associate Editor for the International Journal of STEM Education.Ibrahim Halil Yeter, Texas Tech University Ibrahim H. Yeter is currently a PhD candidate in the Curriculum and Instruction program at the College of Education, and at the same time, he is pursuing his Master’s degree in Petroleum Engineering at Texas Tech University. He is highly interested in conducting research within the Engineering Education frame- work. Mr. Yeter plans to graduate in December 2016 with both degrees and is looking forward to securing a teaching position within a research university and continuing his in-depth research on Engineering Ed- ucation. He is one of two scholarships awarded by NARST (National Association for
and academic members. TheWIA committee consists of approximately 20 members who are active in planning and carryingout activities relevant to the larger academic community within SWE. To strengthen theadvocacy efforts of SWE, the committee developed an advocacy statement of what the WIACommittee supports. This statement was subsequently adopted by the SWE Board of Directors.The full advocacy statement is in Appendix A. The key points, which are important to thisdiscussion of what SWE and WIA offer its membership, include the following: ● tools and resources to support the interests of these members, ● advocating with the institutions and universities where these members work and volunteer, ● educating others about this unique career
evidence showing that personal understanding and knowledge is acritical component of student learning [10]. Schraw, Dunkle, and Bendixen [11] designed beliefssurvey to measure five constructs concerning the nature of knowledge and the origins ofindividuals’ abilities which was based on the earlier work of Schommer [12], he primary purposeof this study was to the knowledge and belief of the students related to sustainability.Education had always been an integral part of the United National sustainable developmentagenda. The World Summit on Sustainable Development (WSSD) in 2002 adopted theJohannesburg Plan of Implementation reaffirmed the achievement of need to integratesustainable development into formal education at all levels, as well as through
covers the best practices of Russian and American scholars in this area aswell as provides two examples of implemented high school courses, one in the Republic ofTatarstan, a part of the Russian Federation and the second, in the state of Pennsylvania, USA.These regions represent a large diversity of ethnical groups and was considered to be a solidexperimental platform.Cross Cultural Education in Tartarstan, RussiaImproving intercultural education by including a cross-cultural educational model is part ofthe multicultural education development program of developed in 2011-2020 plan proposedby the Ministry of Education of the Russian Federation relating to the Republic of Tatarstan.This republic has a diverse demographic comprising 52% - Tatars
reference framework are displayed,further cloud manufacturing planning and simulation level are proposed and learningoutcomes are described. History of the Automotive systemsAutomation of different product life-cycle phases is being developed since 1970. Theattention was usually focused on programs facilitating automated design (Computer AidedDesign) and manufacturing (Manufacturing Execution Systems, MES) [2]. With significanthelp of information technologies, evolving since 1980, the new step was made, emerged aconcept of FMS(Flexible Manufacturing System). In the end of 80th - beginning of 90thfocus of attention shifted toward product design, manufacturing equipment configuration andnew products management issues. At that time concepts of PDM
improve conceptual understanding and critical thinking.Evan S Miller, GeoEngineers, Inc. Evan graduated from Washington State University with a masters in civil engineering with emphasis on water resources. Post graduation, Evan primarily works in the field of river and habitat restoration. Projects of this nature involve many areas of water resource engineering including hydrology, hydraulics, open channel design, one and two dimensional hydraulic modeling, AutoCAD and ArcGIS plan design, and project coordination. c American Society for Engineering Education, 2016 Hydrology experiment design: an open-ended lab to foster student engagement and critical
. Shinglesare rectangular sheets and are purchased in bundles, typically containing 20 shingles per bundle.A new community is being developed and the contractor has hired you to write a MATLABprogram to help her determine the number of bundles to purchase for homes in the community.Attached is an isometric drawing of a standard house plan in the community. Each house isshaped like a T, with a small front section of the house (CxD in the drawing) centered along thelarger main section of the house (AxB in the drawing). Your task is to prompt the user for thefive basic dimensions of the house (noted by the letters in the drawing): • A–Depthofthemainbodyofthehouseinfeet • B–Widthofthemainbodyofthehouseinfeet • C
distinguishbetween the hydrophilic and hydrophobic slides by observing the shape of the water droplet. Thehydrophilic surface is wettable so the water drop spreads out over the microscope slide while thehydrophobic surface is non-wettable so the water drop beads into a spherical droplet.Some of the observed behavior was in line with science and engineering practices as outlined inthe NGSS [8]. The most prominent practice observed in groups was planning and carrying outinvestigations during the portion of the activity when students were conducting experiments todistinguish between the hydrophobic and superhydrophobic surface coatings. Students wereobserved adding multiple drops in one location to see if a larger water drop would flatten out.They also
students whoperformed well academically and graduated in four years and with those of low achievingstudent. The goal of this research is to identify factors related to course-taking choices anddegree planning that can affect students’ academic performance. The data for the study wascollected from three majors within an engineering school at a large public university: civil,environmental, and infrastructure engineering (CEIE), computer science (CS), and informationtechnology (INFT). The data includes more than 13,500 records of 360 students. Analysis showsthat low performers postponed some courses until the latter end of their program, which delayedconsequence courses and their graduation. We also found that low performers enrolled inmultiple
the summer activities were already highly interested in attendingcollege at the start of the activity. However, after comparing the responses on the pre- and post-surveys, the interest in attending CSUB increased as a result of participating in the activity. Inthe pre-survey, most students indicated that CSUB was only a backup plan, or that they wouldtake lower division courses and then transfer to another university. In the post-survey, somestudents had similar responses, but others had responses such as “[a] college education is acollege education, no matter where it is”, “[t]here are good programs here and it's local”, and“[t]his college has a good Engineering program.” These responses indicate that the outreachprogram increased awareness
military and veteran students believe their military experiences providedthem with the knowledge (skills and/or abilities) and discipline (will and/or motivation) toovercome obstacles, execute plans and achieve personal and group goals. Unfortunately largenumbers of veterans describe encountering significant obstacles while using their earned VAbenefits to pursue higher education opportunities. The key issue to mitigating those barriersappears to be how best to improve veteran student efficacy as it relates to their capability andmotivation in pursuit of higher education goals the students themselves deem valuable. The authorshave adapted a STEM mentorship program structure to focus on veteran students pursuing STEMdegrees in the College of
engineers: designing for the future of the field, Carnegie Foundation for the Advancement of Teaching, Stanford, CA.17. Armacost, R. and Pet-Armacost, J. 2003. “Using mastery-based grading to facilitate learning,” Proceedings of the 2003 ASEE/IEEE Frontiers in Education Conference, Boulder, CO.18. Freeman, R. and Lewis, R. 1998. Planning and implementing assessment, Kogan Page, London.19. Walvoord, B. and Anderson, V. 1998. Assessing student learning: A common sense approach, Anker, Boston, MA.20. Huba, M. and Freed, J. 2000. Learner-centered assessment on college campuses: Shifting the focus from teaching to learning, Allyn & Bacon, Needham Heights, MA.21. Morgan, C., Dunn, L., Parry, S., and O’Reilly, M. 2004
orthopaedics within the next 6 years.By 2022, we expect that we will achieve 30% female in the residency population, an acceptedcritical threshold for maintaining minority populations within professions [11]. Even with worst-case assumptions for our recruitment and retention results, we would nearly achieve this criticalthreshold by 2025. Again, planning for worst-case conditions, if we were to cease all of ourprogramming efforts after 5-10 years, we would still achieve at or near 30% female for a periodof time (5-10 years) before the effects of our intervention wear off. This may be enough time forthe culture of the field to shift enough, i.e., orthopaedics seen as more “female friendly” bymedical students, to have a permanent effect on gender
easy to overlook had to be carefully specified or they may not be fabricatedas originally intended. Ambiguities had to be removed. This level of attention to detail is notoften naturally found in the traditional student population.The students learned to appreciate the ability to fix problems or tweak the performance of theirfluid level probes using software rather than having to remove and replace soldered components.Enhancing the design by changing a few lines of code can become very enticing and almostaddictive. They also learned that not all problems could be fixed in software alone.The impromptu change of plans to include Hardware In the Loop testing was perhaps the mostinteresting topic in the two courses for many students. They
for beginners, yet flexible enough for advanced users to take advantage of as well. • Open source and extensible software - The Arduino software is published as open source tool, available for extension by experienced programmers. The language can be expanded through C++ libraries, and people wanting to understand the technical details can make the jump from Arduino to the AVR C programming language on which it's based on. Similarly, you can add AVR-C code directly into your Arduino programs. • Open source and extensible hardware - The plans of the Arduino boards are published under a Creative Commons Attribution Share – Alike license, so experienced circuit designers can make their own
engineering problems and theirapproaches to solving them. Students with highly defined goals and specific career plans beyondgraduation are visualized as relatively narrow cones that come to a well-defined point, extendingrelatively far into the future. These students value working on well-defined problems, andapproach those problems in a linear, sequential fashion. Some students describe a broad range ofpossible future selves, and perceive many different current experiences as being instrumental totheir future; their cone is wide in the present dimension, narrowing to a point in the future. Thethird type of student has vague or unclear notions of their future, which we visualize as atruncated cone (representing the lack of definition into the future
has been at USD since 1995 and aside from her positions at the IT. As adjunct faculty, Shahra has taught courses on IT related topics at the School of Education and Business as well as the San Diego Community College for over 10 years. A member of the New Media Center shahra has taught courses in business applications, web publishing and graphics design. In her current role as the Sr. Director of the Academic Technology Services at USD, she oversees all aspects of teaching and learning support, planning and implementation of the Academic Technology Services, works in close collaboration with faculty and departmental liaisons on learning spaces and serves on many campus committees and taskforces related to the
SeniorCapstone Program in Engineering (SCOPE), seniors work over the full academic year onprojects for industry partners. One example of such a project involved improving early detectionof lung cancer, while another program had students working with Facebook to improve theAndroid application experience for users with slow network connections and limited data plans,which is common in some parts of the world.Kettering University (www.kettering.edu)At Kettering University, all students are required to complete a minimum number of co-op termsin order to graduate. Originally, when the university was owned and operated by General Motorsas General Motors Institute (GMI), all students’ co-op terms were spent at GM. Now, Ketteringpartners with a variety of
assistant professor in the Department of Mining Engi- neering. He served as the Associate Dean of the College of Engineering from 1998 to 2006. He was appointed the Dean of School of Engineering at SIU Edwardsville in August 2006. Until 2000, most of Dr. Sevim’s publications were in mine systems optimization and open pit mine production planning. After 2000, in parallel with his administrative appointments, he published in engi- neering education.Mr. Phillip M Brown, Southern Illinois University Edwardsville Director of Institutional Research & Studies c American Society for Engineering Education, 2016 A systematic approach to determine admission GPA for transfer studentsIntroductionAt
research in K-12 engineering is beingconducted more frequently, it is important to examine the methodologies used, distinguish theproper coding schemes, and develop ways in which the findings of these studies guide educatorsin the planning of instruction and designing of curricula. Consequently, the article focuses on theinflux of K-12 design cognition research related to engineering design. The outcome of thispaper is to ground K-12 engineering design cognition research, by making connections withgoals of K-12 education. Introduction Implementation of design-based learning (DBL) pedagogical approaches has been wide-spread across science, technology, engineering, and mathematics (STEM) education