shall conduct themselves in a manner in which all persons are treated with dignity, respect, and fairness. Engineers shall not engage in discrimination or harassment in connection with their professional activities. Engineers shall consider the diversity of the community, and shall endeavor in good faith to include diverse perspectives, in the planning and performance of their professional services. 32Recently, ABET adopted a new set of student outcomes which includes: “An ability to functioneffectively as a member or leader of a team that establishes goals, plans tasks, meets deadlines,and creates a collaborative and inclusive environment” [emphasis mine]. 33 Those of us inaccredited engineering
andphysical disabilities. These community based projects were added based upon student interestsand research indicating that women and minorities are likely more interested in projects with asocietal or humanitarian objectives. Additionally, while the Baja and Formula projects are a largeattractor for mechanical engineering students, the ECE students have little engagement in theprojects.As will be discussed in the findings section, a key element of this study is examining the facultyroles and student reactions to these two project types (competition and community-based). Asignificant challenge with the community-based projects is the need to source, plan, and managethe projects outside of the capstone semester. These elements will be discussed in
internship and study abroad opportunities.Mr. Mathew Verghese, Virginia TechNick Falls, Virginia Tech Nicholas Falls was born in Roanoke, Virginia on June 30, 1995. After graduating from James River High School, he attended Virginia Western Community College where he received an Associate’s degree in Engineering in 2015. Upon graduation from community college, he transferred to Virginia Polytechnic Institute and State University where he studied Electrical Engineering with plans to graduate in the spring of 2018. Over the summers he worked as an intern at Gala Industries where he worked along side elec- tricians reading and troubleshooting schematics and wiring the equipment. He was also involved in an the LEWAS lab, an
engineers with bachelor’s degrees.Applicant Pool:Given the highly focused technical content of the SE M.Eng. program, qualified studentstypically possess undergraduate degrees in Civil Engineering, Structural Engineering, orArchitectural Engineering. Students with a Math, Physics, or Architecture background may alsobe admitted to the program; however they are required to take a year of undergraduate structuralengineering courses prior to enrollment in the graduate program.Recruitment Challenges:Size of Applicant Pool:While there is an advantage to knowing exactly who you want to recruit for a program, searchingfor students with a narrowly focused background significantly limits the size of the applicantpool. Thus, forming your recruitment plan is
in each parallel set. Circuit connections for the set-up shown here were made using temporary jumper cables for the four modules that will be stowed on the cart.Educational Plan For This SystemThe PV solar energy storage cart project fits well with Alternative Energy Engineering courseand program at Lawrence Tech. The most beneficial are the school’s Alternative EnergyEngineering graduate course, and the Solar Energy Engineering graduate course, both of whichcan be taken by undergraduate seniors in engineering (who meet course prerequisites), as well asgraduate engineering students.It will also be used in various areas of study for student interested in solar photovoltaic systemdesign, and systems engineering. Specific academic
owncommunity that we could all wrap our heads around to solve.” A variety of projects involvingrecycling and sustainability were mentioned. They wanted “a bigger scale community projectthat’s going to have a lasting impact.” From this conversation it appears that, while they enjoythe “making” process, it is not just tinkering, but engineering design for social good that excitesthis group of students.How would you describe your experience of working in the makerspace?While the interview protocol included a question about the makerspace, students’ references towanting more “making” in the course prompted raising the question earlier in the discussion thaninitially planned. Student 1: We had an intro and nothing else. [Student 2: Yea.] However, I’m
establishingstructure,14 such as keeping the team on schedule and assigning tasks, and broader descriptorssuch as “getting things done” and making decisions. The fact that all team members consideredbehaviors in this category as indicators of leadership was unsurprising given the project-orientednature of the competitions.For both teams, organizing the team to achieve a goal was the most common project-management behavior mentioned. Many team members associated “making sure everything getsdone” with leadership, a perspective corresponding the functional leadership models.17, 18, 21 Asexplained by a team officer with extensive leadership role experience, “You have to show thatyou’ve thought things out, you have a plan, and that you’re going to execute it
into two equally largesubsets to analyze the effect of year of graduation.Table 5 shows the comparison between the results of recent years and earlier years. In Table 5,column 2 shows the resulting RankDists obtained on the entire data set; column 3 shows theresulting RankDists obtained on the data set from 1949 to 1994; column 4 shows the resultingRankDists applied on the data set from 1995 to 2014.The RankDist values in column 4 are all smaller than those in column 3, indicating that recentyear data reflects the U.S. News ranking better than earlier year data. In the future, we plan toemploy a weight differential model based on the year of hiring to make the rankings moresensitive to recent year data.Figure 2 shows the ranking divergence of
development.xlv Sustainable infrastructure requires an integrative approach.Canada’s ITS plan explicitly links ITS to sustainability.xlviAccording to the U.S. EPA some of the advantages of ITS are a smoother traffic flow with lessdelay from signals, incidents, and traffic queues. Environmental benefits include emissions re-duction, increased roadway capacity, and decreased fuel consumption.xlviiCivil engineering education is challenged to “addresses environmental, culture, economic, andsocial impacts of engineering on society and the concept of sustainable development” in an excit-ing unified way. Civil engineers must be prepared to take a lead role in ensuring that our infra-structure systems transition to sustainable infrastructure systems.Some useful
, summary results from evaluating the session, and future plans for promotingstorytelling in engineering education research.The affordances of storytellingStorytelling has a long tradition as a method for communicating ideas and images. As alinguistic and “transactional” activity, storytelling supports meaning making through discourse,narrative, and the process of translating private experiences into publicly negotiated forms [23-26].As such storytelling has been associated with developmental models of learning, identityformation [21, 27], and “folk psychology” which asserts that culturally shaped notions, stories, andnarratives organize experience [28-29]. Storytelling is also associated with the methodology of oralhistories and self-studies as
the series accounts for the fact that in some offerings we did not use anadditional text and/or targeted handouts.Other problematic areas are quality assurance and testing, build processes, and documentation.Table 1 shows the class-average ratings for those over the 8 terms. Page 12.198.8Table 1. Class-average ratings of problematic areas over all 8 terms. “n/a” in a given cellindicates that we did not ask about the corresponding aspect in that term’s questionnaire. Term 1 Term 2 Term 3 Term 4 Term 5 Term 6 Term 7 Term 8Test plan n/a n/a n/a n/a 0.46 -0.14 n/a 1.14Test
Module (1/4” square rather than1/8”) to build taller and more robust structures. Despite these differences, the Towers module ismore similar than different to the Bridge Module. An emphasis on real world applications of themodule is provided by an analysis of real-world towers, via discussing the history of design andconstruction of the world’s tallest buildings. Structural engineering provides the content basisfor both modules. Both modules begin with a planning activity in Modelsmart 3D prior to actualconstruction, and finally, both modules involve similar tools and construction techniques inwhich groups build with balsa wood.AM Radio ModuleThe AM Radio Module in Techtronics II revisits the electrical engineering and circuit designconcepts
, Ullman9, Eggert10, and Otto and Wood11, toname a few), faculty members teaching those courses benefit from having access to additionalinformation and case studies that can help them to implement a meaningful learning experiencefor the students. The authors have used for several years a project based learning strategy in asophomore-level product development course, a senior capstone design course sequence, and agraduate-level course in product planning and development. Muci-Küchler and Weaver12 andMuci-Küchler et al.13 already documented in detail the relevant aspects related to the tasks ofidentifying customer needs and of setting functional requirements and target specifications. Thispaper focuses on the concept generation task. The process
AC 2008-1698: PREPARING GRADUATE STUDENTS TO BE SUCCESSFUL ASTEACHING MENTORS AND AS FUTURE PROFESSIONALSTershia Pinder-Grover, University of Michigan Tershia Pinder-Grover (tpinder@umich.edu) is the Coordinator of Engineering Graduate Student Instructor (GSI) Initiatives at the Center for Research on Learning in Teaching at the University of Michigan. She oversees the Engineering GSI Mentor (EGSM) Program, plans teacher training for new engineering GSIs, develops workshops and seminars, and consults with faculty and GSIs on pedagogy and engineering education research projects. Dr. Tershia Pinder-Grover earned her B.S. degree in Fire Protection Engineering from the University of Maryland and
, coordinatinglaboratory work with lecture, and organization and preparation for class and laboratoryactivities, are important for their learning and success. These results support the findingsreported by Guskey regarding the importance of planning and organization. The majorityof EET seniors perceive that coordinating laboratory work with lecture is important fortheir learning. When a faculty member tries to coordinate laboratory with class, studentssee the application of technical theory and develop a clear understating of how toimplement laboratory experiments/projects. This result appears to support one ofKnowles [15] fundamental assumptions about instruction for adults: “Adults learn bestwhen the subject content is clear and of immediate importance
, industrial design, planning, and even the performing arts.Simon5 called anyone who devised a course of action to promote an improvement adesigner. His discussion of professional designers included the disciplines ofarchitecture, business, education, law, and medicine. While Simon did not mentiondesigners of the arts in his initial description of professional designers, he noted later inthe same paper that musicians and engineering designers could have an intellectualconversation about the design process.Research DesignThis study was guided by the following research questions:• How do designers within and outside of engineering experience design similarly?• What themes emerge from these experiences that could facilitate common ground?Goel &
, cooperative learning, andrecruitment of under-represented groups in engineering; it also leads to better retention ofstudents, and citizenship (3), as well as helping meet the well-known ABET criteria (a)-(k) (4).Astin et al. (5) found with longitudinal data of 22,000 students that S-L had significant positive Page 14.1055.2effects on 11 outcome measures: academic performance (GPA, writing skills, critical thinkingskills), values (commitment to activism and to promoting racial understanding), self-efficacy,leadership (leadership activities, self-rated leadership ability, interpersonal skills), choice of aservice career, and plans to participate in
suitability of the various topicsbased on their present and planned curriculum. It is likely that additional curriculummodifications will be adopted as part of the new math sequence. Since year 1 will be the last yearoperating under the old math sequence, OC will use this year to collect control group perceptionsof mathematics in engineering and persistence in engineering. Years 2-4 will be used for a full-scale roll out of the new course along with follow up and assessment, using the same instrumentsas employed at WSU. OC conducts a summer camp for high school sophomores and juniorsaimed at increasing the participation of a diverse group in engineering. They plan to incorporatethe most relevant and exciting components of laboratory experiments
2008 for the Fall term 2009. Cross course Collaborative assignments and meetings between engineering and Three courses offered collaboration STS courses focusing on sustainable design. Spring term 2009; to be completed in May. Cross New inter School major to be offered by traditional academic In early planning stages disciplinary departments; to use sustainability as the overarching concept in as of Spring term 2009. major determining appropriate breadth and depth requirements in each
Conservation Act of 1973,returning the concept of daylight saving time on a national level. There has always beenopposition to daylight saving time, with some states or parts of states refusing to observe it.Those working in the agricultural industry have always been the most vehement opposers of itand there has always been debate as to whether or not it saves energy18.The history and controversies of time keeping can be integrated into the laboratory experiments.Mumford1 stated that “… the clock was the most influential of machines, mechanically as well associally” which invites an accompanying societal perspective to the planned exercises. Thebench top experiments to be discussed in Section 3 can be integrated with the above societalissues to
attended by 935 professors from 209 different schools (Appendix A).Information about the NETI can be found at . Topics covered in the NETI include designing instruction to address the full spectrum ofstudent learning styles; planning courses (including writing learning objectives covering allcognitive levels of Bloom’s Taxonomy); assessing and evaluating learning; effective lecturing;active learning; teaching problem-solving skills; time management; and dealing with a variety ofproblems that commonly arise in the careers of engineering educators. Cooperative learning andinductive teaching methods such as inquiry-based learning and problem-based learning areintroduced but minimal instruction in them is given. During the afternoon of the
femaleengineering students were randomly selected from the following departments: Electrical andComputer Engineering 5 (17%); General Engineering, 5 (17%); Computer Science, 5 (17%);Civil and Environmental Engineering, 5 (17%); Mechanical and Industrial Engineering, 5 (17%);and Aerospace Engineering, 5 (17%).An interview guide was developed to use for the focus groups. The interview guide consisted ofthree sections. The first section of the guide consisted of opening questions, such as theparticipants’ names, majors, and what they plan to do after they graduate with their degree inengineering. The second section of the guide focused on questions that provided the participantsthe opportunity to reflect on their past experiences that hindered and assisted
other AHS courses atOlin because it is not primarily focused on text-based analysis. However, the course meets thestandards for writing commonality in the number and type of writing assignments that arerequired. In addition to intense concentration on the communication competency, developmentof life-long learning skills is emphasized and context is provided by readings, lectures, andanalysis of non-fiction films. The course, which has been offered regularly since 2002,culminates with an exhibition of visual work and a screening of video projects. In this paper Idescribe the elements of the course, its implementation at our College with examples of studentwork, assessment tools, course evaluations, and plans for dissemination of the course
learning-language disorders.Gary Bertoline, Purdue University Gary R. Bertoline Associate Vice President for Discovery Resources at Purdue University where he plays a significant role in the strategic planning, development, and support of high performance computing, visualization, and research collaboration between Purdue’s IT staff and faculty. Recent projects include the reorganization and expansion of the high performance computing area and led the creation of the NSF funded Envision Center for Data Perceptualization and the Rosen Center for Advanced Computing. Prior to his current position he served as department head for seven years of Computer Graphics Technology at Purdue University
willdiscuss the structure of this course, the successes that must be encouraged and the pit fallsthat must be avoided if this unique integration of engineering technology students is to beimplemented in an ET curriculum.Background and IntroductionNortheastern University is completing its third year in implementing a change from theQuarter to the Semester academic plan. The decision to change from a Quarter system toa Semester plan was driven, in a strong way, by the cooperative education division of theUniversity who responded to their cooperative education employers who had requestedthat the students spend more time-at least six months-in a full time, engineering workenvironment. The School of Engineering Technology took full advantage of
this and realize they are not designed for ocean use. Severalof the newer houseboats being constructed use a semi-catamaran hull to increase stability and seakeeping. V Hulls are also being placed at the front of houseboats to make them moremaneuverable and allow them better control in rougher conditions. The latter two improvementsdrastically increase the survivability of a houseboat in rough conditions, making them a moresuitable design for someone planning on using a houseboat on the ocean.Many Houseboat communities are taking steps to help ensure the safety of their occupants. Thecity of Sausalito, CA, has set up a strict set of guidelines houseboat owners must comply with inorder to live there. Rules are designed to: ‚ Ensure
camp. He came home talking about his college plans, with confidence that hecould manage it. DO-IT has also helped my son get a part-time job for his first year of college.He has achieved a level of independence we never thought possible.” 272.4.3 Mentors’ PerspectivesSurvey: Results from a survey distributed to DO-IT mentors indicate that mentors discussed awide variety of topics with Scholars, including academic and career fields in scienceengineering, mathematics and technology; college issues; disability-related issues; careers;computers; adaptive technology; and the Internet. Mentors reported that they felt satisfiedknowing they could be of assistance to Scholars and enjoyed the mentoring relationship.23. DO-IT Summer Study and the Game of
provide their opinions and thoughts regarding both the effectivenessand usefulness of the instruction they received, as well as the reasons why.CLEAR and Mechanical EngineeringWe chose to examine course evaluations in Mechanical Engineering because it is currently oneof the most advanced CLEAR departments and the communication integration in is solidifiedand endorsed by the undergraduate curriculum committee, as well as the faculty members. Thefour-year plan is summarized in Table 1. Communication instruction takes place in threerequired, core Mechanical Engineering courses, as well as throughout the junior level labsequence. The oral and written communication and teamwork instruction varies from course tocourse and builds on the professional
were not wellenough defined, and that some very good projects received a lower grade than poorer projectsthat were selected for exhibition by the client.These student criticisms are not easily addressed since no single client can provide a project ofsufficient breadth to support all engineering majors and interests. In the future, we plan to solvethese problems by agreeing that the theme would be “inventions of historical significance” andtraining our judges to accept and exhibit the best explanatory/demonstration exhibits regardlessof whether they addressed the client’s themes and teaching objectives. Alternatively, or inaddition, we are considering adding the College of Engineering itself as an SL client for studentsto develop exhibits that
an effective study environment (time and location), seeking helpfrom peers and teachers and engagement in planning and monitoring activities, to name a few5.Because SRL is so complex, there is not a single SRL approach or strategy that students can betaught that will be applicable in all situations. In fact, situation, or context, dependence is one ofthe areas in need of further research so we can better understand the contextual factors thatimpact engagement in SRL6. Research in SRL has already suggested that contextual factors suchas degree of instructor scaffolding7, pedagogical approach used in the classroom8, genderbalance9, learner’s interpersonal relationships as well as school policy or structure10, impactengagement in self-regulated