questions or challenges. The mainfocus of this research project was to study the possibilities and limitations of each training modelwith a view of refining the Rec2Tech training approach and informing future plans for expandingmaker learning programs.2.1.Program Setup and Educator TrainingThree sites participated in the program; each going through three stages of preparation includingthe application of one of the three training models described above. During the first stage, DHFconsulted with participating sites to identify a space suitable for the delivery of the program. Thesites then received equipment, including 3D printers, laptop and desktop computers, and digitalprototyping materials. DHF staff installed and tested the equipment at each
University’s STEM intervention, or RESP (the Rice Emerging Scholars Program), aims toensure equal STEM outcomes for all admitted STEM students, regardless of high schoolbackground. RESP operates under the belief that all students admitted as scientists and engineersto Rice University have the potential to be successful STEM graduates. However, matriculatingstudents enter with varying and unequal access to educational and economic opportunities,meaning that some students enter at a relative academic disadvantage compared to peers whoattended more rigorous high schools.The program’s goal is for all participants to persist, thrive, and graduate in the degree plan oftheir choice. Comprehensive in nature, RESP supports participants in two distinct phases
be utilized. Future plans and goals are also discussed.IntroductionThe project presented in this paper focuses on providing a collaborative distance learninginfrastructure to high schools and community colleges in rural and underserved regions that alignwith the funding provided by a US Department of Agriculture Distance Learning andTelemedicine (DLT) grant.High schools and community colleges in rural and underserved communities often face greaterbarriers to providing the high-quality STEM education required to produce skilled graduatesprepared to enter the workforce [1]. School districts in these communities often face issues suchas technology gaps, lack of nearby resources, cultural challenges, small class sizes, and shortagesof STEM
Experience (DFE) – UAV mission planning, field investigation 3. Engineering Design Competition (EDC) – Designing ground and aerial vehicles to meet specificationsThe academy provided students with an informal learning environment to engage in hands-onactivities using drones as a platform. Laboratory and field-based activities integrated STEMconcepts such as Science: Bernoulli’s Principle, Equilibrium, Aerodynamics, Lift, Drag,Acceleration, Momentum; Technology and Engineering: Virtual Reality Simulation, 3D Printing,Engineering Design Process, CAD, Electronics, Programming; Math: Pythagorean Theorem,formulas/equations for Lift, Drag, Acceleration, Weight and Balance.A total of 83 students participated in the Drone Academy. The outreach and
implemented the twodifferent forms of labs and who are helping us in modifying the lab experiments as part of theirinternship experience. Having the student feedback during the lab handout design is helpful.As a generalizable insight into the paper, the goal was to integrate new tools to an introductorycourse that teaches basic concepts. Giving students hands-on experience on structuring thesame design using basic building blocks and applying more advanced tools that they will see inindustry was the main objective. Having the two options run in parallel in lab experimentsshould help them visualize the analogy in the two methods for a more profound understandingand easier prospect implementation.Our future plan is to design an online version for the
islands and jungle-clad limestone pillars. WeVietnam. A plan was drawn in advance to delve into spent a couple of hours exploring an ancient lime- 3Fig. 3. Ho Chi Minh Mausoleum. Fig. 6. Halong Bay. Fig. 4. Temple of Literature. Fig. 7. Limestone Cave. stone cave (Fig. 7) and a floating bamboo village. Hòa Bình hydropower A 2-hour bus ride west of Hanoi brought us to the mountains on the Black River. The massive
force students to thinkcarefully about their words and effectively improve their learning within the course. This ismotivated by the idea that if students have less to write, they will have more time to think abouttheir writing, as well as to reflect and revise, which is a critical component of improvingcomposition as well as developing self-criticism skills7. Since most engineering students plan towork in industry, real-world context is useful for giving them an idea of the types of writing theymay encounter in their future career.ImplementationTo satisfy the proposed objectives, five unique assignments were designed for the course whichinvolves the completion of five multi-week laboratory projects. By considering differentassignments for each
this will alter theaerodynamics for the projectile. The last object to improve the wing actuation system is the slidermechanism. The original plan was to use the EOS laser sintering 3-D printer to manufacture the 54steel bar. However, due to the limitations of the machinery we decided to 3-D print the bar usingplastic. The testing of the projectile was one part of the project that we didn’t get to because ofthe limitations on the project. A wind tunnel test for the projectile would be needed in the futureto ensure the calculations and simulations are correct. Another part of the testing would have beenon the actual launching of the projectile. This also was not possible for our group
allow seating forpassengers in wheelchairs. A plan view and elevation view of the tour layout are shown inFigure 4.The proposed system design placed an emphasis on practicality and versatility. The grid systemdelivers both of these attributes and also provides the city with the ability to continue to buildupon its user-friendly design. Proceedings of the 2017 ASEE Gulf-Southwest Section Annual Conference Organized by The University of Texas at Dallas Copyright © 2017, American Society for Engineering Education 2017 ASEE Gulf-Southwest Section Annual Conference Figure 1. Modular deck Figure 2. Recessed deck
applications to Homework, Test attitude estimation and GPS smoothing Full understanding of UAS guidance design and straight-line Homework, Test and orbit following algorithms Full understanding of path planning design and Homework, Project, management Test Introduction to vision-guided navigation with applications to Homework, Project, UAS precision landing and target motion estimation Test Introduction to UAS contemporary issues HomeworkThe program outcomes and goals supported by the new UAS course are as follows: Program Outcome Instructional
of the labs was another concern. With the number of activities planned, there wasno time left for a make-up or review lab. There were a total of 10 activities including 9experiments and a robot kit assembly; 2 weeks were assigned to the robot kit assembly. Inaddition to these activities, there was a formal report and a final exam. Also, students could notactually start working on their lab experiments until they had passed the safety quiz, whichtypically happens in Week 2 or 3 of the semester. Due to insufficient lab time, students had tofinish the lab work on their own time or, sometimes, TAs had to hold lab sessions duringholidays or weekends.A thorough review of the lab manuals, by the TAs and the lab coordinator, revealed that forsome of
full credit for bridges that hold 3 kg. To accomplish this feat, studentsexperimentally determine material properties of spaghetti, use a virtual lab to design a truss, andprototype and build their bridges to test on the final day of the course.This paper discusses the implementation and outcomes of the spaghetti bridge competition andits role within the pre-college survey course. Based on survey results from an external evaluator,the course significantly increases students’ understanding of the variety of work that engineersperform. Students also report increased confidence in their ability to evaluate problems they havenever seen before and design and build a structure without a detailed plan. Importantly, they alsoreport that they are more
., [10]). Meaningfulness grounds whathappens in instruction with the learner’s sensemaking in both the professional disciplinary andclassroom context and foregrounds how the learner experiences the activity. We take this upwithin engineering to mean that participants experience the need for engineering practices andtools. In contrast to when teachers are enacting a challenge that their young students are doingthat might not necessitate planning or iteration – we propose that teachers engage in engineeringactivities that challenge them as adults. We call this approach meaningful engineering.We explored our conjecture related to meaningful engineering within the Teacher EngineeringEducation Program (TEEP), our online teacher certification program
related research practices/programsResearch:Precursorto change POLICY SHARED VISION • Collaborating between the three programs to understand and improve • Making strategic hires departmental policies • Engaging in interdisciplinary collaborations • Engaging in department strategic planning and updating departmental documents • Discussing change programs and related goals in department retreats and
, wehave designed low-cost desktop learning modules (LC-DLMs) that are less than the cost of atextbook, established a dissemination plan to propagate their use across the nation, anddeveloped robust measures to assess the effectiveness of both the LC-DLMs and disseminationefforts. We hypothesize that updates to the physical modules and accompanying materials willimprove students’ conceptual understanding and that a systematic propagation, along withfaculty support, will see increased use of these hands-on modules.During the past year, we have made progress in each of the three objectives of this NSF project.To propagate use of LC-DLMs, we have continued our hub-and-spoke dissemination plan.Workshops were scheduled for two of the seven national
, fiber thickness, andproperties of fiber and resin materials are among the input data in the FEA. FIGURE 7 showsthe deformation under the given loads. Page 12.1050.9 FIGURE 6 – FINITE ELEMENT MODEL FIGURE 7 – FINITE ELEMENT ANALYSIS4. Course Assessment Survey QuestionsFor continuity within the specialty, it is planned to add several lectures of composite materials atintroductory level onto the existing course “Mechanical Properties of Polymers (MECH 580)”.Systematic assessment will be carried out in order to obtain feedback from the students. Theseassessment results will help fine-tune the
Foundation for the Advancement of Teaching.Kami Carey, Howard University KAMI CAREY is a Ph.D candidate at Howard University in the department of Communications and Culture. Her research interest include identifying ideologies and identities of Black sojourners. She plans to teach at Southern Polytechnic State University in the Fall of 2007. Page 12.1458.1© American Society for Engineering Education, 2007 The Road to the Global Engineer: Using Liberal Arts Prerequisites Effectively in Engineering DesignAbstract This paper examines the role liberal arts education plays in providing theengineering
memorable for thestudents.No attempt was made to assess impacts on learning for subjects with and withoutpodcasts; this was planned as assessment in the second offering of such a class. Ideally,two sections with large enrollments would create a better assessment setting for suchobjectives. A preliminary plan for this study is underway for Fall 2007.As podcasting is new to education, the first assessment focused on application of suchtechnology within university courses. With this feedback podcast episodes can be betterdesigned and integrated to achieve retention goals and pedagogical strategies. At theconclusion of the course, a survey was used to assess student opinion of the PEL course,and the podcasts in particular. The results are summarized in
. Occasionally, black light is used to enhance the visualization process. Page 12.466.6 5 Figure 3 – Completed Wind TunnelFuture plans include installation of a more powerful motor and more efficient fan, in addition tothe redesigned inlet mentioned above, which will increase the maximum speed to about 85 mph.Additional improvements which will occur as funding becomes available include enhancedinstrumentation and data acquisition equipment, and enhanced flow visualization capability.Example ProjectsWhile the wind tunnel has been built with teaching as its primary function
. Page 12.279.2They worked on their individual syllabi, as well as college-wide plans for a COECommunication Studio. They shared their ideas about an engineering graduate’s need forcommunication skills and their newly-revised syllabi with faculty members representing allcolleges, who provided an interdisciplinary audience for their perspectives.The follow-on CxC 2006 Faculty Institute had 33 faculty participants, with engineering facultymaking up the majority. The focus of the 2006 Summer Institute was on assessment strategies inthe four communications flavors: oral, written, visual, and technological. Not only didparticipants explore assessment strategies and rubric design, they also learned ways to effectivelyintegrate iterative assessment
. As educationalinstitutions partner with industrial organizations to fulfill this need the preferred delivery methodof programs must be examined.This paper describes a study to determine the need for an online Master of Science inTechnology Management in a regional service area. While this program will be availableworldwide, our university requires that we demonstrate a regional need for all new programs.Human resource professionals were surveyed to determine their plans for hiring, or placingemployees in graduate programs. This study also sought to determine if industrial partners havea preference for the delivery method of master’s programs available to their employees.Survey results indicated that industrial partners were interested in
AC 2007-854: EDUCATING ENGINEERS FOR THE GLOBAL WORKPLACEBernd Widdig, Massachusetts Institute of Technology Bernd Widdig is Associate Director of the MIT International Science and Technology Initiative (MISTI), MIT's cornerstone program of International Education. In this position he is involved in the coordination and expansion of MISTI's eight country programs around the world and in the overall strategic planning of MIT's efforts in international education. In addition, he is director of the MIT-Germany Program, which he founded in 1996. He received his Ph.D. in German studies from Stanford University in 1988.Jack Lohmann, Georgia Institute of Technology Jack R. Lohmann is vice provost
totaling 179 bits of information can becaptured and traced with the integrated logic analyzer. Using conventional methods, thesesignals would need to be converted to ports and routed to I/O pins before being connected to anexternal logic analyzer. This extra routing and loading is cumbersome and could greatly alter thetiming and performance of the hardware under test.Results and ConclusionsThe program of instruction described in this paper will be implemented at The Citadel in a pilotlecture course during the spring semester 2008. The approach is to supplement textbookexamples with interactive classroom demonstrations involving both VHDL simulation and on-chip testing of FPGA hardware implementations. Planned enrollment is 15 seniors in
, Employment.Home Country Funds are offered by local government, corporate, or foundation sources.These sources are not found in all countries. College funds may be offered by theinstitutions. If it is offered, financial aid is usually made up of a number of different typesof assistance, including grants and scholarships and occasionally loans or part-time workprograms. Sports Scholarships can be offered to gifted student athletes to play for thecollege team as a means of paying for their education. Very little aid exists throughinternational awards, and it is usually earmarked for advanced graduate students. Loanprograms are another financial aid type. Before taking a loan, students must be aware ofhow a loan will affect their plans for the future
assessment of engineering education[13, 15, 17]. Increased attention has beenpaid to program outcomes, and their relationships to individual course outcomes. Qualityassurance plans have been instituted that monitors the student performance relative to targets setfor each specific course outcomes. The assessment results should be filtered upward to theprogram level, and outcomes. Course, or curricular, modifications can be made to addressshortcomings.In light of preparing a comprehensive assessment plan, a critical look was made on the methodsof evaluating student competencies in a mechanical measurements course[2]. During the review,it appeared that an apparent hole exists. To address the issue, an alternative method ofassessment was implemented
this stage it is also important to decide on a team organizational structure.Different possibilities are presented to the team, such as one focused on a systems approach andone focused on a more business approach, shown in Figure 3: Page 13.919.6 Figure 3: Different Possible Team Structures3At this stage it is also important for the team to set appropriate goals and create a plan to achievethem. These goals must be uniquely tailored to the team and their current situation. For example,a first year team should set goals that are ambitious, yet still doable. If they expect to go in with afresh slate and complete every
Page 13.364.3 • Compare and select alternate building systems to achieve desired building performance levelsThe class was divided into several key methods of delivering course content: lectures, lab exercises,construction site visits, plan reading and material take-offs, and the use of interactive learningstations. Introductory lectures were given on each subject matter. For mechanical and plumbingtopics included water supply and distribution, sanitary drainage and venting, natural gas supply anddistribution, fundamentals of fire protection, stormwater drainage, and fundamentals of heating,ventilation, and air conditioning. Electrical topics included power generation, transmission, anddistribution; series and parallel circuits
beencontemplating a means to measure economic impact of the EET program as a possibledefense against credit hour counters who will undoubtedly begin to question the viabilityof a program with declining numbers. While such an argument would be inappropriatefor programs such as liberal arts, a professional program that can document its return oninvestment to the taxpaying stakeholder has a better position to withstand potentialcriticism linked to declining numbers in enrollment. The experience this summer hasspawned a plan to more completely measure the EET program’s impact on the state’sbusiness and its leverage on tax support received.References 1. 2007-2008 Criteria for Accrediting Engineering Technology Programs, Technology Accrediting
collapse. A meeting was held to decide what to do, and the bridgecollapsed just as the meeting was breaking up. The inability to make and implement a timelydecision illustrates the importance of effective communication (outcome g). It has been arguedthat Cooper failed to fulfill his professional and ethical responsibilities (outcome f)5. Mr. Cooper planned for the Quebec Bridge to be the crowning achievement of anillustrious career as a bridge engineer. However, by this time his health was poor and he wasunable to travel to the site. He was also poorly compensated for his work. Cooper’s difficultiesshow some of the realistic constraints (outcome c) inherent in every engineering project. Following the collapse, organizations such as
Technical Writingfrom the English Department), which design presentations that highlight what they have learnedat the institute, as well as how they plan to implement the various techniques in their classes.Workshops. Schedules for various workshops offered by CxC and workshop materials can befound on the CxC website by any interested faculty member. Since its inception in 2005, CxChas presented 13 faculty-focused workshops on topics ranging from designing a website to usingvideo in a classroom. The majority of the workshops (7) have focused on incorporatingcommunication into the classroom and developing C-I syllabi, and two have been specificallyfocused on grading informal and formal writing and incorporating them into a syllabus. Theworkshops are