, we plan to strengthenteacher preparation through our work with the districts and emphasize the use of Arts & Bots asa talent identification and cultivation tool. As part of this emphasis, we will be expanding on theexisting Arts & Bots kit and materials with new components which will be specifically designedfor the cultivation of student talents.One such component we are developing is an expanded resource library of enrichment activitiesfor teachers implementing Arts & Bots. This library is specifically aimed at providing teacherswith activities with which they can tailor their Arts & Bots activities for the talents and interestsof students in their classes. For instance, we are creating an online tutorial targeted at
an aesthetic component by decorating their robots. Again, in the first year,two groups collaborated to teach their robots to “sing” a duet in two-part harmony, which wasnot a design requirement, but the group members found the exercise to be an interestingchallenge. These groups consisted of two pairs of twins, which were separated into differentgroups.Group strategies for meeting design specifications have been strikingly different. Some groupsprefer to just start putting parts together and writing code, refining as they go, and other groupsdo significant planning before beginning to build any hardware. The interesting thing is thatboth approaches are generally successful.After the first day, it is difficult to get the students to leave at
about half of the eleven criteria apply to technical mastery: all others cover “softskills” (i.e., creativity, communication, teamwork, problem-solving, life-long learning,and appreciation for diversity). 2In addition suggested List of Professional Skills for Engineering/Engineering TechnologyEducation 2 effective oral communication and presentation skills effective written communication creativity and/or creative problem solving interpersonal skills ability to work effectively on a team time management and planning conflict resolution ethical decision-making the importance of continuing self-education an appreciation for diversity, an understanding of the profession’s place in a larger
individuals as they are embarking ontheir careers.STEM interest, efficacy, and identity are all expected to be increased via exposure to hands-on,team-based technical design projects supported by the Innovation Center (IC). Although theinitial center is up-and-running, plans have been made for a larger 40,000 square foot stand-alonefacility to further develop the next generation of innovators. The IC will support K-12 studentsas innovative risk-takers who are internally motivated to strike out on their own as their careersunfold. This effort will be disseminated as a a starting road-map for school districts that have adesire to expand K-12 engineering out of the classroom and into the community.Table 1: STEM Academy Attitude Survey Results, Fall 2013
, however, so I’ll pass around a sign-up sheet. Today there’s a benefit to sitting in the front row – you get to choose first! Technique: You decide what will be most effective. You must speak, but you can decide whether or not to use slides (and if so, how many). You can perform a skit or a monologue, you can dress up, you can do a demo…whatever you think will aid in getting your message across in 180 seconds. I only ask two things – 1.) if you use slides, please send them to me the night prior so I can incorporate them into our class presentation, and 2.) if you plan to use fire or other potentially dangerous demonstrations, let me know so we can make a plan for safety. Team: This is an individual assignment, but I highly encourage you to
us! Want to see more sources.Manufacturing Knowledge Base: Itemized codes are easy-to find. I am not searching anymore. Everything is easily in front of you. This is a comfort. Want to see all these in an online accessible system.ConclusionsIn Summer 2013, three new energy related tools have been developed. They are Desire2LearnRenewable Energy System, Canvas Renewable Energy System, and Manufacturing KnowledgeBase Catalog for the Energy Assessment. They were beta-tested in Fall 2013 and positivefeedbacks have been received from the students, instructors and industrial practitioners. Moreelements will be added in Spring 2014. Future plans of the three projects are to implement inmore educational and industrial
of online and hands-on learning ensures integration oftheoretical knowledge and practical skills, and enhances students’ understanding of workplaceperformance. Our future plans include thorough testing to evaluate the effectiveness of the virtuallabs as teaching tools, and comparing the impact on student learning from hybrid labs versus thesole use of hands-on labs or virtual labs.References: 1. Lee, M. E. (1999), Distance Learning as "Learning by Doing". Educational Technology & Society 2 (3), from http://ifets.ieee.org/periodical/vol_3_99/mary_e_lee.html 2. National Research Council Committee on Learning Research and Educational Practice. (1999). How people learn: Bridging research and practice. Washington, DC: National
the planned implementation ofnew training programs for the engineering staff, and started to develop is the necessary training andmethodological materials.Prepared are the proposals for the development of similar regional program in the Republic ofTatarstan for the participation of enterprises and organizations in the petrochemical cluster.In the process of implementation of the program some problems were revealed:1. Although the competition was held in March, and financial resources for the implementation ofthe Program were received in a timely manner, the particularity of the operational mode of aneducational institution with its summer vacation period allows enterprises to starting training onlyin September. Accordingly, the internships
Check is comprised of meetings between the student, the CareerServices counselor, the student’s faculty advisor, and the student’s industry mentor to ensurethat the student has the resources and skills needed to pursue career opportunities aftergraduation.S-STEM Project Management PlanAs part of the S-STEM grant application to the NSF, BCTC developed a project managementplan for the Bridgemont STEM Scholars program.Specifically, the PI has the overall responsibility for project administration and interactions withthe NSF. The PI is responsible for outreach, marketing, recruitment, online visibility, oversightof industry mentors, and event planning. Co-PI`s are responsible for oversight of two advisorycommittees, reviewing applicants, evaluating
colorsMDM structure vs. MDM filters made with multiple layers. Ellipsometric analysis has revealedmuch more information regarding the non-idealities present in the MDM structures (e.g., surfaceroughness, interfaces, etc.). We plan to publish a technical report based on these results in thenear future. 3. Conclusions In conclusion, we have presented a proposal for a hands-on lab project that incorporatesmany of the key characteristics that are viewed as desirable in an EP curriculum. The projectrelies on interdisciplinary teams that have to work together in a timely manner to design anddeliver a product that can be benchmarked against real-world counterparts. In doing so studentswill not only be exposed to the entire design, improvement, and
means understanding the additional challenges that itbrings such as balancing professional and family life.Now, at this point in the project, my educational goals are still to finish myundergraduate education majoring in PNP but with the addition of a Children’s Studiesminor. I plan to pursue a doctorate degree in Child Clinical and DevelopmentalPsychology. Throughout my undergraduate and graduate education, I hope to participateis psychological research. In my career, I hope to be a Child Psychologist, providingcounseling services to children and families. Because of my personal goal to have afamily, I realize that to be successful in STEM, I will need to find a balance betweenprofessional and family life. I further hope to challenge the
theonline lectures with a particular focus on their project work. Much of the online instruction iscarried out on a single website, which also serves as a portal for group discussion, client contactand homework submissions. Use of online collaborative technologies is actively recommendedthroughout the REV/T to enhance the participants’ skills and allow them to experience the toolsthat resonate with the technology know-how and interests of contemporary students.The teams follow the product design process as they continue client focused AT design with anend goal to develop a minimum of a proof of concept prototype and a business plan forcommercialization. VwDs and teachers then split into different programs aligning closely withtheir respective end
inrelation to the methodology described by Fink. A summary of the modified taxonomy (referredto as Fink’s taxonomy through the remainder of this paper) is provided in Table 2. Table 2. Summary of Fink’s Taxonomy of Significant Learning2 Level Example Action Verbs Foundational Knowledge Define, list, match, name, recall Application Organize, rank, solve, calculate, prove Integration Compare, contrast, correlate, integrate Human Dimension Advise, influence, motivate, mediate, communicate Caring Commit, discover, value Learning how to Learn Develop a learning plan, identify resources, researchSeveral key
question: Are there differences in studentperformance in executing the engineering design process when comparing delivery ofengineering design process knowledge using a lecture format versus a flipped classroom model?The change in format and the engineering education research question will be assessed byevaluating student performance. In addition, the quality and usability of the developed materialswill be assessed by students and faculty at Rice University and partner institutions.To date, the team has described and planned the work for 2014 and has started making videos.The team is seeking feedback on developing materials that will be helpful for the communityteaching engineering design.Emergence of Flipped Classroom ModelTo address changing
using hands on learningwithin our program. This allows us to test and experiment with hardware and software with lessrisk and lower costs than by flying them in actual space missions. A typical flight costs ISUbetween $400 to $600 depending on Helium costs and transportation costs for recovery. We canalso use these flights to teach students the operation side of conducting these flights by teachingthem the value of having a well thought out plan in executing these flights. Finally we also workwith other departments in our University to bring science based payloads to these missions and toallow other students from other disciplines to be involved with these flights.MethodsThe high altitude balloon program at Iowa State University has two main
opener that requires on and off operations for the motor. The simulation had faultsimulations for the students when the door malfunctioned to provide a more realistic experience.Figure 3. LogixPro PLC software simulation used with CIM course. Page 24.1176.5The class ended with students working on a final project for a small local business. Thesecondary school teacher had approached small business in order to find projects for the studentsthat were related to manufacturing. The students used what they had learned to design a systemfor helping the business with its manufacturing process. The students planned on making aprototype of the system, but
would set highexpectations for their students and they would constantly try to find ways to improve theireffectiveness by reevaluating methods and techniques they are using. In addition, a successfulteacher would persistently recruit students and their families to participate in the learningprocess. They would maintain the students focus by checking their understanding to ensure theyare contributing to the student grasping the subject matter. An excellent teacher willexhaustively and purposefully plan for the next session or even year. Lastly, a teacher who risesabove the norm will work relentlessly, ignoring the combined factors contributing to lessresources and low achievements such as socio-economic background of students, reducedfunding at
Senior Planning and Research Associate in the Office of Planning and Institutional Assessment at The Pennsylvania State University.Dr. Amy L Freeman, Pennsylvania State University, University Park Dr. Amy L. Freeman is Assistant Dean of Engineering Diversity at The Pennsylvania State University where she received the M.S. in Architectural Engineering, and a Ph.D. in Workforce Education. She is Co-PI on the NSF-sponsored Toys’n MORE grant and currently manages several retention programs targeting over 2500 women and underrepresented technical students at all levels of the academic and career development pipeline. She is also an executive member of the National Association of Multicultural Engineering Program Advocates
PAPER IDENTIFICATION NUMBER (DOUBLE-CLICK HERE TO EDIT) < 5Fig. 5. Sample of the construction plan developed as part of the bridge design The construction scheme for the superstructure assumed FUNDING THE SOLUTION that the individual trusses could be constructed horizontally on The IPC/Collaboratory projects are funded by many flat terrain, then carried across the ravine, set on thedifferent models. In some cases, the Collaboratory funds abutments, rotated vertically and braced in place while
. [2] National Science and Technology Council, Committee on STEM Education. (2013). Feder a l science, technology, engineer ing, a nd m athem at ics (stem) education 5-year str ategic plan. Retrieved from website: http://www.whitehouse.gov/sites/default/files/microsites/ostp/stem_strat plan_2013.pdf [3] National Science Foundation
results inprompted many to see the EDs as a safety net more use of the emergency department delaysfor the health care system. The increasing in seeking needed attention and a worse healthproblem of crowding has strained this safety status when patients do seek treatment.net to the “breaking point,” according to a Process Description: This emergencyrecent report by the Institute of Medicine. department is divided into three main zones.Background: It is very important for EDs to High care zone, medium care zone and low carehave a good and clear plan of patient flow zone. The high care zone (Red
Description: the channel to define the width ofsystem data bus. (2)The VHDL data type specification: mainly used toorganize the general data type in the whole design. (3)The element definition: Provision the VHDL elementsinvolved in design file at the port define interface. (4)The subroutine: subprograms are incorporated into thepackage, which makes them easy to be called in different partsof the design Fig. 13. Pin plan after all in/out put connect Fig. 12. The timing diagram after connection III. RESULTS AND DISCUSSION Fig. 14. The simulation show on board
access to the MATLAB application before the test. We assessed another group of first-yearengineering students without access to the application (the control group). Using Student’s t-test, the students’ mean performance improved at the P = 0.05 significance level.We suggest that in the future a physical lab might be incorporated with the computer simulation(e.g. a game to be played by the students where they physically manipulate game piecesrepresenting vectors). More study is needed to determine the best game to teach vectormathematics to engineering and technology students. AcknowledgementThe authors would like to acknowledge the significant help in planning this research studyrendered by Ray Nagem of Boston
Table 6: Estimated Profit and Real Profit from Meters exceed the speed limit (Pala & Inanc, 2007) p.21.” The new app “gives you a threat rating. We can look at the Kerley, R. (2007). Controlling urban car parking–an exemplarhistory of citations and gauge the likelihood of getting a ticket for public management? International Journal of(Pala & Inanc, 2007) p34.” Public Sector Management, 20(6), 519-530. The authors of the new app plan to build paid mobile Pala, Z., & Inanc, N. (2007). Smart parking applications usingapplications for iPhones and Android-powered phones and “to RFID technology. Paper
dumpsite to extract saleable elements5iFixit values engineering faculty and students for a number of reasons. First, faculty and studentsare potential game-changers who can be a part of a culture shift that can challenge manufacturersto become more socially responsible and reconsider the planned obsolescence of many of theirproducts. We can be voices of change, to the designers, engineers, manufacturers, as well as tothe consumers who purchase these devices. Second, we can instruct and encourage our globalcommunity to recycle and repair the products we currently have. Engineers are born tinkerers,after all. Just because your cell phone or laptop doesn’t come with a repair manual from themanufacturer doesn’t mean you can’t take it apart and write
). Embedding design projects into multidisciplinary engineering education. Educational and Information Technology (ICEIT), 2010 International Conference on, 3, V3-398-V3-402.5. Wiki. (2012). How to Plan a Micro Hydro Power Plant, on line http://en.howtopedia.org/wiki/How_to_Plan_ a Micro_Hydro-power_Plant, accessed at 3June20126. Pokharel, S. (2003). “Promotional issues on alternative energy technologies in Nepal”, Energy Policy 31: 307– 318.7. Arismunandar, A and Kuwahara, A. (1991). Teknik Tenaga Listrik, Jilid I, Pradnya Paramita, Jakarta.8. Brown, J. (1984). Hydro-Electric Engineering Practice, CBS Publisher & Distributors, London. Proceedings of the 2014 American Society for Engineering Education Zone IV
Average Rating Performing research 4.94 Designing/performing an experiment 4.88 Creating a work plan 4.81 Working as a part of a team 4.81 Writing a technical report 4.63 Creating a poster presentation 4.69 Making an oral presentation 4.81Question: Tell us how much you agree with each of the following statements.Activity Average Rating The
based attributes (f – j) to help budget the time and efforts to achieve balance.AcknowledgmentsKalen Cornelious and Paige Rogalski’s help in preparing this paper is gratefully acknowledged.Bibliography1. Joint Task Force on Engineering Education Assessment, “A framework for the assessment of engineering education,” ASEE PRISM, May-June 1996, 19-24.2. Shaeiwitz, J.A. (1996). “Outcome assessment in engineering education,” Journal of Engineering Education, 239-246.3. Olds, B.M., & Miller, R.L. (1998). "An assessment matrix for evaluating engineering programs," Journal of Engineering Education, 87(2), 173-178.4. Rogers, G., & Sando, J.K., ‘Stepping ahead : An assessment plan development.5. Prados, J.W., Editor’s Page, Journal of
Solids of Revolution 2. Combining Solid Objects 3. *Isometric Drawing & Coded Plans 4. *Orthographic Drawings 5. *Inclined and Curved Surfaces 6. Flat Patterns 7. *Rotation of Objects About a Single Axis 8. *Rotation of Objects About Two or More Axes 9. *Object Reflections and Symmetry 10. Cutting Planes and Cross SectionsSince a significant number of assignments arepublished in the workbook, to reduce therequirement of digitizing all of the assignmentsand solutions in order to integrate them into theSVT app, only the sketching assignments thatwere assigned in the sample course on theEngage Engineering site were used.Modules 4 and 5 require the users to learn howto draw orthographic
Professor in the School of Engineering Education at Purdue University. She holds a Ph.D. in Learning, Teaching, and Social Policy from Cornell University, and an Ed.M. in Administration, Planning, and Social Policy from the Harvard Graduate School of Education. Page 24.1381.1 c American Society for Engineering Education, 2014 An Examination of the Numbers: African American Female Faculty in EngineeringAbstractIn December 1975, a group of underrepresented minority women pursuing careers in science,engineering, medicine, and dentistry convened under the auspices of