opportunity to travel to the village and implement their design andlearn about all the “on-location” issues that arise, which can not be duplicated in the classroom.To help offset part of this cost and to get the needed involvement of practicing engineers into thecourse, the University of Hartford is fortunate to have been included in Pratt & Whitney’sbusiness plan to include a pilot Engineers Without Borders1 project as part of their philanthropyprogram. While there are several organizations that are involved in design for developingcommunities projects, Pratt & Whitney has selected Engineers Without Borders because of theassessment and implementation process it has in place, which they feel has led to the success ofnumerous projects. To
undergraduate levels. Page 11.261.1© American Society for Engineering Education, 2006 Attracting Women to Engineering that Serves Developing CommunitiesAbstractThe University of Colorado at Boulder has created a program in Engineering for DevelopingCommunities (EDC). It is currently formalized as a graduate program within the Environmentalsub-discipline of Civil Engineering. Longer term plans are to create a certificate option forundergraduate students in the College of Engineering. In the meantime, a variety of courseshave included EDC-related content and projects. Service-learning and active
a framework for evaluatingethical behavior, and showing the breadth and excitement of the civil engineering profession.Case study examples of civil engineers and civil engineering projects now include humanitarianaid in refugee camps and the Three Gorges Dam in China. Students are required to attend ameeting of an engineering professional society, and the student chapter of Engineers WithoutBorders (EWB) has proven to be a popular option. The recent changes in this course fit with along-term plan to create an “Engineering for Developing Communities” certificate program forundergraduate students in the College of Engineering.BackgroundAn awareness of international issues is increasingly important for engineers, who are nowcompeting and
surprising after theweeklong intensive experience. The roughly 3-point increase in these areas is not an indicatorof whether or not the student ‘enjoyed’ the increased familiarity or job knowledge, it simplyreveals that knowledge was gained. A more telling indicator is whether or not students, armedwith the new knowledge considered changing their career or college plans. Evidence for thistype of influence was present but much less convincing in the slim, but significant +0.63 and+1.17 mean increase in response to the questions of 1) whether or not bioengineering wouldbe chosen as a college major or 2) whether or not students would pursue a career inbioengineering. Because long-term follow-up was impractical, it is not known whether or notthese means
conduction heat transfer. The survey alsoindicated that the project enhanced the students’ appreciation of the use of the computer in thesolution of heat transfer problems. This initiative demonstrated that the computer can be apowerful tool which can be used to make the solution of complex problems more convenient andappropriate for classroom assignments.Future Plans Page 11.809.7The intentions for the future use of this program are to continue to develop new features, such asthe addition of other boundary conditions, including convective boundary conditions andspecified heat flux boundary conditions. Other intended improvements include
reallywant.Believing that retention is strongly related to the culture of each College and having a problem tosolve within some of our technology programs, and in an effort to actively engage students informing their educational plan, we created, in 1996, a course titled Introduction to EngineeringTechnology (ET 111). In that course, we instruct students in, among other topics, therequirements for satisfactory academic progress and share strategies for getting the most out oftheir education, including selection of minors and preparation for graduate school. We also bringin guest speakers to give the students some exposure to industry. As far as creating studentcommunities went, however, ET 111 enrollment was used to mix all the majors together tofacilitate
Prof. Eng. in Indiana. Prof. Sener was awarded numerous teaching awards including the Indiana University President's Award for Distinguished Teaching in 1993 and the IUPUI Chancellor's Award for Excellence in Teaching in 1994 and several TERA awards.David Kieser, Kieser Consulting, LLC Dave Kieser., Principal Planner , Kieser Consulting, LLC, M.S. - Civil Engineering, Purdue University and M.PL. Environmental Planning, Indiana University . Mr. Kieser has over eighteen (18) years of experience in the project management, planning and design of capital improvement projects for municipal clients in Illinois and Indiana. More specifically Mr. Kieser's experience includes innovative financing
devices so that they are not buried by later constructionModularization Product designed in separate units • rockfall fences are built as that are easily removed and replaced individual, connected panels that can easily be replaced when damagedStandardization Limit the variety of parts and use • plan for large slurry wall readily-available parts if at all construction
reach out to hidden underrepresented Student candidates in EngineeringAbstractThis article discusses the steps planned and implemented to reach out and increase participationand retention of minority students in our engineering programs at San Francisco State University(SFSU). These efforts began with SFSU's Partnership for Engineering Education (PFEE) program. The goal of this program is to bring together alumni, faculty and student participants from variousorganizations such as high schools, community colleges, universities and industry. Theseparticipants are brought to the PFEE through SFSU chapters of the MESA Engineering Program(MEP), Women Engineering Program (WEP) and other similar programs or professional
software product. The minimum costs incurred by a failed game development projectranges between $150,000 and $750,000.13 Producing high-quality software products by largeteams requires high levels of communication, organization, and planning to avoid costly delaysand failures.Game developers are beginning to understand that it is important to treat computer game designin the same way that other software engineers approach projects involving a large number ofpeople and a significant investment of time.13 Game developers are likely to benefit from usingevolutionary software process models to mange their development risks and reduce their projectcompletion times. The process of determining the technical requirements for a game softwareproduct is
11.400.4 Use of Equipment was Original Never Rarely Sometimes Usually Always Teamwork 1 2 3 4 5 The team showed evidence of full participation by all membersThe team utilized electronic media to aid in communication and planning The team resolved differences without faculty interventionThe team members demonstrated an understanding of the work/tasks completed by other team members The team adjusted its plans as additional information became available or the scheduled required The team used faculty consultation appropriatelyThe team members appear to respect each others' contributions to the
training in mathematics,computing, and engineering and technology, through core and elective courses. Powerengineering courses, in the new context of energy and environmental concerns and renewableenergy technology courses will be well appreciated. The Division of Engineering Technologyat Wayne State University plans to establish, in the near future, an undergraduate program inalternative energy technology. This program is intended to bridge the gap between 2-yearcollege level programs in this area and the already established graduate level program inalternative energy technology. As part of this effort, in Winter 2006 term, two courses inrenewable energy sources and hybrid power system (AET5500 – Renewable Energy Sources;and AET-5600 Hybrid Power
Std.Are you a Materials Science PD program participant or are you a control teacher? Mean Deviation NI am a control teacher. I do not participate nor plan to participate in the PD sessions 12.38 3.852 8scheduled this academic year.I am in the Materials Science PD sessions to be scheduled throughout this coming 20.83 3.189 6academic year.Total 16.00 5.547 14Comparing
-life projects which helpedthem think Lean”. Students also suggest that the selection and assignment of the projects shouldbe in the beginning of the semester because they think more time was needed to complete theprojects. This is because the projects were assigned in the third week of the semester due tologistics required to obtain the projects as well as develop the project plans and form the teams.In addition, the course instructor along with the industry partner needed to identify severalprojects and select the ones that fit the course content and benefit both the students and thecompany. Figure 10. Word clustering for student feedback on the industry project6. ConclusionsIn this study, we present several examples of teaching
’ interestin STEM fields.GoalsThe author had taught engineering statics for many years and it has always been a littleperplexing to him that many students struggle with the basic concept of torsion. So in addition togiving students more hands-on experience of the physical activity/phenomenon called “torsion”or “torqueing,” the goals of this lab are (1) measure torsional material property (yield strength,ultimate strength) for regular grade steel bolts, (2) understand the use of torsion formula in dataanalysis and lab planning, (3) understand the use and limitations of material properties data fromengineering literature/handbooks, (4) understand that material property is a statisticalphenomenon, i.e., it has a spread, (5) develop a physical sense of
true. There are three mainreasons why the picture data recorded fewer coaching sessions. Firstly, the number of photos to go through manually was enormous. And therefore, only pictures of six cameras out of eight were analyzed, the images from camera 7 and 8 will be analyzed in the future. The analyzed time-lapse covered seven teams out of nine. Secondly, the cameras were not working as planned. Camera 2 was barely taking time-lapse images at all, and several cameras had some sort of problem, or the cards ran out of memory (cameras 1, 3, 4, and 5). Camera 6 was the only one that functioned according to the plan the whole time, which was taking the time-lapse of team Curium. Third is that the teams were not always
acceleration, to computer science algorithms that can havedifferent complexities and speeds.When building instructional material for STEM courses, a professor, even when not aware of theprocess (see Figure 1 to compare educational model and software development model), is usuallyfollowing the “the systematic process of translating general principles of learning and instructioninto plans of instructional materials and learning,” by applying a model such as the ADDIE model,which consists of five interrelated phases—Analysis, Design, Development, Implementation, andEvaluation. Incidentally, the educational model is similar to the model that is used and taught inSTEM courses such as Software Engineering, Project Management, and Quality Assurancecourses
disciplines for increased professional and social collaborativeopportunities. Due to both the large number of members and committees, WISE is currently ableto support one event a week. These events may be small, such as our Friday Coffee and WellnessChat (with topics on how to ask for help and identifying your communication style), or largerevents which have career development programming applicable to the whole membership.Best PracticesEvents that have had both high turnout (greater than 20% of the organization) and high feedbackscores include workshops on creating an individual development plan, improving publicspeaking with theatrical improvisation, and fellowship opportunities with examples fromsuccessful applicants and peer review of
rapport in the classroom. An important aspect of the Teaching Circle is that it is aimed for large, lecture-style classrooms, where it is difficult to build rapport. Rapport in a classroom is very beneficial, especially in large lectures [8].• Questions 229 and 230 focus on instructor preparedness. One of the major barriers to bringing active learning strategies cited previously was lack of time to prepare new lesson plans. When transitioning to a new teaching style, faculty may struggle with preparation of new lectures, homework, and other materials. The Teaching Circle aims to mitigate that by providing a support structure where faculty can discuss implementation strategies and have designated time to work
struggling students, planning and deliveringcourses effectively, starting a research program and getting it funded, writing rigorous and fairassignments and tests, dealing with classroom management problems, attracting and managingstudents, finding and working with collaborators, learning and integrating into campus culture,and balancing work life with family (Adams and Felder 2008; Banik 2016).Work-life balance has been shown to be a consistent source of stress to new faculty, along withunclear expectations (Austin 2003). Banik (2016) asserts teaching practices, finding time forresearch, inadequate feedback and recognition, unrealistic expectations from supervisors,insufficient resources and lack of mentors are all challenges for the new faculty
the actual tasksperformed.Because this survey was limited by the small sample size, particularly related to EET, futurework will include expanding the survey to more students as they enroll in the TECH120 course.Additionally, the authors plan to collect longitudinal data. By re-surveying the same students atgraduation, how their attitudes and definitions change over time can be better understood.References1. ManPower Group. 2016/2017 Talent Shortage Survey. http://www.manpowergroup.us/campaigns/talent-shortage/assets/pdf/2016-Talent-Shortage- Infographic.pdf. Accessed on February 1, 2017.2. Anderson-Rowland, M. R., & Rodriguez, A. A., & Grierson, A. (2013, June), Why Some Community College Students Choose Engineering and Some
what may have been overlooked or in error.Success at the test phase, obtained after thorough testing, leads to the product phase and possibleintegration into the intended application. Thus, the concept-to-product cycle/loop comprising thedesign, simulate, fabricate, and test phases is complete. Depending on the complexity of theconcept, the concept-to-product cycle/loop can take anywhere from few days to several months. Table I lists the sequence of activities and the expected duration of each activity planned forthe workshop. The total duration of the workshop was 1.5 hours (90 minutes). For the projectactivities, the participants used the SNAP CIRCUITS PRO kit by Elenco8. This kit containselectrical components that can be easily placed
University prior to joining the Department of Mechanical Engineering at Northern Illinois University as Assistant Professor in 2013. His research interests include integrated planning and control of autonomous robotic systems, its application to mobility assistive robots, dynamic robotic manipulations with applications to manufactur- ing/industrial processes, and robotic machine/factory inspection systems. c American Society for Engineering Education, 2017 ROS-based control of a manipulator arm for balancing a ball on a plate.AbstractAutomation and robotics are the growing phenomena replacing human labor in the industries. Theidea of robots replacing humans
Engineering Course: Environmental consulting experience.Students from a biological engineering course at Ohio State University participated in a siteinvestigation at an abandoned Superfund site, the Industrial Excess Landfill (IEL) in Uniontown,Ohio. The students met with elected representatives of the affected township and engaged in areal-world environmental consulting experience. The student team projects included landfillbioreactor designs, air pollution assessment, phytoremediation designs, and critically analysis ofsite documents. Students traveled to the site by bus, developed and executed an environmentalsampling plan, and met with township trustees and the local media. They were provided withbase documents including government agency
design an engine controller for an automobile.Such a task requires a detailed knowledge of both computer science and electrical engineering.Most computer engineering undergraduates take courses that are exclusively hardware,exclusively software, and some combination of the two. Our interest in this paper is in therequired courses which are exclusively software courses that are given by ABET accreditedcomputer engineering programs in the United States.MethodologyAlmost all of our data for this study was gathered from data presented online by each program.Indeed, every program in computer engineering has online resources that includes a list ofrequired courses, a paragraph or two describing each course, and a typical degree plan thatpresents the
promoteinnovation through real world projects that connect student to faculty research.1 The goal of theVIP program at NYU Tandon School of Engineering is to add project-based curriculumthroughout the four year undergraduate degree. Increasingly, engineering educators areidentifying this project-based curriculum sequence as the cornerstone to capstone courses – first-year intro to engineering and capstone design curriculum. Vertically Integrated Projects allowstudents to continue developing skills from the first-year engineering design projects:entrepreneurship, innovation, design, teamwork, and leadership. In addition to these professionalskills, these Vertically Integrated Project teams will develop hardware, software, data analysis,planning and
. [11] assess the impact of technologyentrepreneurship courses and programs on student learning by measuring prior and subsequentknowledge of terms, concepts, and entrepreneurial thinking. Their studies indicate thatprofessional competency can be increased by curricular experiences. Other researchers proposeand study entrepreneurship for engineering/computing students that include writing and pitchingbusiness plans, but none include a rubric for evaluating a pitch [4, 5, 7, 8, 10, 12].Klein and Yoder [9] provide rubrics associated with entrepreneurial learning outcomes. Therubric for the KEEN learning outcome “Construct and effectively communicate a customer-appropriate value proposition” overlaps with categories in our rubric (hook/intro and
Latin America Programs she created, managed and developed projects to enhance the presence of Texas A&M University in Latin c American Society for Engineering Education, 2017 Paper ID #20476 American and to support in the internationalization of the education, research, and outreach projects of the university. She was charged with the development and implementation of a strategic plan for Texas A&M in South America. While at the Office for Latin America Programs, Maria was also responsible for the opening of the Soltis Center in Costa Rica. Maria speaks three languages fluently (Spanish
had been approached by employers and were planning to start a careerimmediately after finishing the bachelor’s degree. As a result, the project team decided to add anew component of the program. The new component was called Early Pathways and wasdesigned for sophomores from the MSIs and their faculty or staff mentors.The remaining sections of this paper outline the motivation for this program, describe theprogram itself, and report on student reaction to the first year of the Pathways program. Inaddition, the new Early Pathways component planned for the spring of 2017 will be described.MotivationThe overarching goal of the project is to increase the number of underrepresented minoritystudents who pursue a Ph.D. and a faculty career in
switches or LEDs dependingon the game. The focus of the game project is primarily real-time and modular programming.Similar to the IR project, students can complete the game project with programmingfundamentals learned from the course. In both projects, students often learn new ways to usethese concepts in order to develop an effective program.Both projects require students to further develop skills such as teamwork, time management, andproject planning. As students work in teams of two, they learn how to divide programmingbetween the team members, and to do so within time constraints. As part of the requireddocumentation, teams create algorithms and flow charts to plan the code for their project.Theoretical Framework and Survey DescriptionThe