rushed to completion and demonstrated withoutsufficient feedback from the faculty, or evaluation by the students and their peers. The secondproblem was that there was a wide range of variability in the types of individual design projectsundertaken. Often these were little more than paper exercises where the student got littleexperience in actual design.The new design sequence, implemented in academic year 2000-2001 was specifically created toremedy these problems. First, the capstone design experience is now presented in an integratedsequence of three consecutive courses. The entire senior class is divided into design teams thateach begin the same project in September and demonstrate their solutions in a public competitionheld in May. The last
spread of the theorybase, criticism can become a tool to further enhance the educational experience of the student,peers and professors. The tripartite relationship of History, Theory and Criticism then becomesa didactic relationship bringing a clearer understanding of technical issues and problems.The didactic role that history, theory and criticism can play in a symbiotic relationship withtechnical courses can lead to a more complete understanding of the total role of the architect – aprofessional who combines design skills with technical knowledge. This combination, largelyin effect prior to the middle of this century, can lead to a better built environment
Page 6.270.4engineering principles while learning skills to operate CNC equipment. Because it is not feasible"Proceedings of the 2001 American Society for Engineering Education Annual Conference & Exposition Copyright 2001, American Society for Engineering Education"to outfit the lab with equipment for individual students to work on, students work in teams withlab activities designed such that each group member has a function to perform. This has alsobeen advantageous since students who have had prior shop or manufacturing experience arepaired with inexperienced students to facilitate peer-peer learning. While student safety andability is always a concern whenever equipment is used, our experience has been
an effort to offersupport to new students. The courses developed jointly with Student Affairs use theSouth Carolina model. Some departments have developed their own freshman seminarcourses using other models. Most courses are one quarter hour of credit and meet once aweek for one and one-half hours. Some courses are co-facilitated by department facultyand Student Affairs staff; others are taught by individuals from either area. The goals areto assist the new student in developing his or her own: peer support, utilization of campusresources, connection of academic department, faculty and advisor relationships,awareness and respect of differences, self image, and skills in communications andteamwork. Freshman seminar sessions for these courses
concept of community building within thisroom has been the cornerstone for our positive retention efforts. The three minority studentorganizations each also have a designated office within the CEAS. The OMEP office with itsstaff is situated directly across the hall from the student study room, thereby encouragingimmediate access to student advisement, financial aid opportunities, resume writing assistance,industry internship positions, etc. Over the past three years, the room has been scrutinized toensure that it has optimal use. The subject of converting it into a lab or classroom spacecontinues to surface on a regular basis.Over the past two years, an additional on-going issue was that of adequate staffing for OMEP. Astaff expansion was needed
data set is taken. Within this context: • There is a gradual reduction in the amount of direction offered in the lab handouts,coupled with an increased frequency of answering a question with an experimental question. • There is an active encouragement for creative experimentation (and fun) through a moreleisurely and reflective pace of experimental activity. The relaxed pace of the laboratory allowsfor peer group teaching and learning. Students are free to look at a variety of experimentalsolutions, generated by their peers, and incorporate a variety of ideas in their own approach.Prior to computerization, however, alternative experimental approaches often remainedunexplored because: • Data acquisition was often tedious; so
2 hoursScheduling 4 hoursComponent procurement and project inventory techniques 4 hoursDesign review and reliability analysis 2 hoursValue engineering and ergonomic issues 2 hoursCosting 4 hoursProject ethics 2 hoursTotal quality control 4 hours Page 3.540.3Report writing 2
themodeling and analyses at the university research lab. Also, since she was not officially enrolled atthe university, she had to be given special access to the engineering lab and university computers.All these accommodations were made to give this student an opportunity to learn well beyondwhat her peers learned at her school.Advantages:Despite all the challenges, the student performed well. She was able to complete the design andanalysis of ALICE over the span of two semesters. As a result of getting involved in research andworking on this project, she learned how to perform research starting with literature review. Shelearned how to review and critique other research papers. She learned how to look up, review andanalyze the COTS components
are encouraged to draw out the situation when problemsolving rather than hold all the details mentally or in writing. Additionally, having applied theknowledge students learned during lectures and independent study, their observed self-efficacywill be set appropriately. This refers to an individual’s belief in their ability to learn or perform aspecific task and is an important indicator of motivation. Students with higher self-efficacy aremore willing to engage in learning actively, and thus have a higher chance of success. As for the latter point, according to Bandura’s social cognitive theory, learning happensbest as a social activity where information is more readily retained with other individualspresent.3,4 The reason for this is
different. Without showing these documents, we then asked faculty to work ingroups of three or four to write down answers to the following prompt: “Without reference tothose documents, what are the main things in your own professional code of conduct governingteaching and/advising?” We encouraged them to frame their own codes in positive terms, that is,what they would do, rather than what they would not do. They wrote these down on post-its forlater reference, and we collected these at the end of the session.Before reporting out on their own codes, we discussed faculty responsibilities as given in • The AAUP Statement on Professional Ethics (www.aaup.org/report/statement- professional-ethics), • Our own university’s 53 page Faculty
present study, we explore the self-reportedsubjective experiences of four of the students (Table 1, one student declined to be interviewed),including how each saw their own contributions in the group discussion and the uncertainties thatthey wrestled with. Data sources include video of the in-class discussion and stimulated recallinterviews in which the students were shown clips of the video and asked questions like whatstood out to them about their group’s work on the task, to what extent they agreed with theirteammates’ ideas, and how comfortable and engaged they felt.Data analysis procedures included interaction analysis (Jordan & Henderson, 1995) of therecorded discussion, with memo writing and discussion of the tentative findings in
- secondary programs, she has also had responsibility for writing and administrating educationally oriented grants at the K-12, secondary, and post-secondary levels. Previously she worked extensively in the health care industry, including work as a senior microbiologist for Pharmacia Upjohn and as a laboratory research assistant at a Southern Illinois University School of Medicine. She earned a Master’s degree in Public Administration in 2002 from Oakland University and a Bachelor’s degree from Illinois College in 1981. She is a current member of the Oakland County’s Workforce Development Business Round table and serves
school, receiving encouragement andsupport, work and career satisfaction, learning perspective and alternative solutions to theirproblems, less work and non-work conflict, and gaining individual recognition, confidence andself esteem. The mentor’s role is to listen, refer, advise, help the mentee gain perspective, and toserve as a role model. Mentors and mentees discuss problems and recurring themes. The peermentoring program is voluntary. Mentees who begin the peer mentoring program can opt out atany time. When the teacher quality improves, the students’ achievements also improve8. Mentorsfeel an even greater commitment to engineering and enjoy the experience of helping others.ObjectivesThe objectives of this study are to (1) provide new
team demonstrates their working robot to the class, writes afinal written report on it, and makes an oral presentation to the class on the design, fabrication,and performance of their robot. A video of their working system is submitted with their finalreport and shown at their final presentation. Page 22.674.3Multidisciplinary Engineering Focus Prerequisite skills needed for the Robotics course are rather minimal. Students are required tohave fourth or fifth year status in order to register for the course. They should have experiencewith DC circuits and circuit troubleshooting using a multimeter. Mechanical engineeringstudents will have taken
higher destruction rate clearly results incontaminated food. The assignment requires a written report and an oral report, both completed by theentire group. Students are given a rubric (Figure 1) used to evaluate the oral presentations, andall students complete an evaluation of all presentations. This has the benefit of training studentsin evaluation, and forces them to note the distinctions between good and poor presentations. At Page 22.384.4the conclusion of the project, students complete a peer evaluation of each member of their owngroup (Figure 2). Knowing from the beginning that an anonymous peer evaluation will be donehas, in our
on long-term overallperformance standards rather than focusing on comparison to peer performance, assistingstudents in identifying strengths and unique accomplishments and providing opportunities forgroup support with others experiencing academic difficulty. In addition, it was recommendedthat opportunities be provided within programs that complement the individual’s preferredlearning styles (Marsh & Craven, 1997). A number of researchers have examined metacognitive approaches using awareness ofindividual student learning styles as the focus for increasing levels of academic achievement,retention and academic self-concept (Lenehan, Dunn, Ingham, Signer & Murray, 1994; Nelson,Dunn, Griggs, Primavera, Fitzpatrick & Miller
suggest that increasing interactions among students withphysical disabilities can considerably improve their peer interaction and social skills.In the rest of this paper we elaborate on our methodology and outcomes and look at howthe service-learning project improved communication and teamwork skills amongparticipating engineering students.2. BackgroundService-learning is defined as a credit-bearing educational experience in which studentsparticipate in an organized service activity in such a way that meets identified communityneeds 1. Studies suggest that service-learning can significantly impact various educationaloutcome measures, including academic performance (GPA, writing skills, criticalthinking skills), values (commitment to activism and
program offerings.1.0 IntroductionVirginia Tech is relatively unique compared to peer institutions in that the Ocean Engineering(OE) program grew out of the Aerospace Engineering (AE) program. In planning thisdevelopment, we found that the Aeronautical Engineering program at MIT grew out of theirNaval Architecture program in 1912. Similarly, the Aeronautical Engineering program atMichigan grew from their Naval Architecture department. “An example of the pioneeringteamwork provided by Cooley and Sadler came in 1914 with the offering of aeronauticalengineering courses, following Sadler's organization of the UM Aero Club in 1911. By 1916 acomplete four-year aeronautical degree program was offered within the renamed department ofNaval Architecture
). Engle and Tinto11 address various obstacles to college success for low-income students.They state that “After six years, only 11 percent of low-income, first-generation students hadearned bachelor‟s degrees compared to 55 percent of their more advantaged peers.” One of theirrecommendations includes cohort development. Furthermore, the learning community modelimproves the persistence of the low-income and the first generation students12.A learning community is an environment that encourages student-student, and faculty-studentinteraction. At Colorado State University - Pueblo, a pilot learning community was initiated inthe Department of Engineering in fall 2009. Two first-year courses were linked with shared
fields 3. Weexamine “active learning” in this study by applying Chi’s ICAP framework4,5. This frameworkmakes a hierarchical distinction between levels of “active learning”: 1) Passive consumption ofinformation as a baseline, 2) Active learning, which involves manipulating instructionalmaterials or content (e.g., pausing and playing a video) and therefore demands focused attention(e.g., recording pause/play click behavior or recording eye-tracking in videos), 3) Constructive Page 19.23.2learning activities, which require users to generate content (e.g., writing on a blog, responding toan appropriately-vague hint), thereby requiring knowledge
with their Caucasian male peers atRIT. In response to the relatively low number of women enrolled in the Kate Gleason College ofEngineering, and the desire to improve their retention, an Internal Advisory Board formed inearly 2004 as part of RIT’s Women Engineering (WE@RIT) Center. Active members of thisboard consist of engineering faculty, administrators, and students from three different collegeswithin RIT. In its first year of existence, the WE@RIT Internal Advisory Board created andapproved a mission, supporting objectives, and an in-depth strategic plan. The group hasdeveloped a comprehensive plan aimed at improving retention of current women engineeringstudents. In this paper, the authors provide an overview of the WE@RIT program, with a
ethics “Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright 2005, American Society for Engineering Educationeducation in an ongoing and proactive manner: “The active learning exercise should bechosen so that, over the course of their undergraduate career, students engage indeveloping a full range of ethical skills.Sample topics that should be considered for an engineering ethics curriculum includesappropriate behavior (Whitbeck, 2004) related to: recruitment; employment; termination;guidelines for raising ethical concerns; commission payment under a marketingagreement; gifts to foreign officials; and writing a letter of recommendation. Discussionson these types of
finalized by a joint working group of NSF and ONR program officers and distributed in the late spring of 2004. Eleven proposals were received. These proposals were then peer viewed by another group of NSF and ONR program officers, scientists, and engineers
Loving Your Students – A Faculty Model for Today’s Classroom Anthony P. Trippe Rochester Institute of TechnologyAbstractThis paper reviews research related to four recent business management models of charismaticand inspirational leadership. It goes on to select the key traits and behaviors of these leadershipmodels for the workplace environment and use them as the foundation of a model for a lovingfaculty member. Like the business leader, the devoted, caring professor leads his engineeringstudents in their quest for knowledge, growth and learning. Based upon peer-reviewedleadership research which reports the value and benefits of a caring, mentoring and loving
whiteboard and overheadprojector, all images must be placed under the document camera and reduced to the resolution ofa compressed TV broadcast. Consequently, writing must be large to be readable, which does notallow much information to fit on a single “page.” Most instructors in the Paducah programprepare all “slides” ahead of time due to the restrictions of the document camera, whereas in af2f course, the whiteboard supplemented by slides would be the normal mode of instruction.The instructor has a view of the remote site at a distance from the “cage” (Figure 3). A largetelevision displays an image of the remote site at a wide view. It is virtually impossible to“read” student response to a lecture due to the size of the image. The television is
around the well-publicized court case on peer-to-peer audio exchange (i.e. MP3, Napster, etc.). Many students spoke up who had previously been silent during the more technical sections of the lectures. Some healthy controversies arose about ownership of artistic property. Finally, we discussed the implications of the technical aspects of digital media processing on the social and economic ramifications of their use. Other topics included laws about cars and cell-phones, the Microsoft monopoly case, and the Playstation2/Xbox rivalry.3. Student Evaluations: · Entry evaluation: On the first day of class a survey was passed out which provided us with data on student demographics, computing skills and
all students must be stated in terms that are measurable and demonstrable · A comprehensive plan must be developed to ensure that basic competencies are learned and reinforced throughout the time the students are enrolle d in the institution · Each discipline must specify learning outcomes congruent with the required competenciesLike many institutions (3), the Rowan University Chemical Engineering Departmentchose to use items that address multiple constituencies including alumni, industry, andthe students themselves. Assessment data from these groups were obtained throughalumni surveys, student peer-reviews, and employer surveys. These instruments werefairly straightforward to
for planning, the generation of ideas and the resulting improved quality.In addition students have access to necessary support materials that define essentialinformation, emphasise principles and concepts and incorporate selected publications(including case studies of industrial applications and innovation in practice) which aidunderstanding.Students find the current system easy and efficient to use; they value the opportunity tocommunicate with peers, seek assistance with problems and share concerns. As allInformatics students are placed in IT environments any difficulties caused byaccessing such a system are minimal. One constraint however, is the limited ability ofstudents to write clearly, correctly and concisely. Students have welcomed
performance metrics on the written and oral reports, aswell as peer evaluations to assist in the determination of each students’ individual contributions.In these peer evaluations, students answered questions such as: “Did the team member seek outtasks and responsibilities?”; “Of all the team, how effective was this member?”; “How valuablewas his/her contribution?”; or “If you were an employer, would you hire this individual for a Page 7.434.4design team?”.“Proceedings of the 2002 American Society for Engineering Education Annual Conference & Exposition Copyright © 2002, American Society for
, the lecture also covers other, less obvious, but importantengineering skills. These instructions include basic and general aircraft -design principles,technical report writing, presentation methods, as well as professionalism and ethics. Besides theformal lecturing, the students skills and abilities in these subjects are constantly challengedthrough their design and fabrication activities.Design ActivitiesAbout four to six students make up a design group. In these groups, the students design andanalyze complete sailplanes or parts of them. The theoretical work includes performanceanalyses of modern high-performance gliders, their stability and control, as well as theirstructures. Other examples of that activity includes the design of testing