found that incorporating new technologies to establish great relationshipsamong the professor and students are a part of the interactive teaching. Warschauer and Healey30provided an overview of current teaching practices and research related to the uses of computersin the language classroom. Lu and Bol20 found that peer review has become commonplace incomposition courses and the results of their research from both semesters showed that studentsparticipating in anonymous e-peer review performed better on the writing performance task andprovided more critical feedback to their peers than did students participating in the identifiable e-peer review. Lowes et al.19 studied the online professional development courses with thediscussion forums and
reflect upon their experiences throughout thesemester. The course met formally once per week. The main purpose of the meetings was tomake the students accountable for keeping up with their research, to discuss the journal articlesthat they were assigned, to provide opportunities for presenting their results, and interacting withtheir peers and the faculty supervisor. The following excerpt from the course syllabussummarizes the expectations for this research course: Laboratory notebook. The student will keep a notebook recording all his/her findings. This will be reviewed periodically by the faculty mentor to ensure that the essential data is properly recorded and organized so that it can be used to write the final report and poster
leader colleagues can: 1) Expand theirown knowledge base; 2) Inform and improve their teaching profession practice and scholarship;and 3) Use the research and content from the Compendium to develop and write competitivegrants. Use of the Compendium can help faculty leaders develop themselves professionallythrough hands-on research and practices, and via dissemination to peers and/or peer reviews.Searches within the Compendium can be tailored to specific program and/or course needs for up-to-date and pertinent models, examples, and implementation practices. Sample search/researchentries range from: “Maximizing Retention in Engineering/Engineering Technology” to “UsingProblem-based Learning to Modify Curriculum to Meet Industry Needs” to “Learning
great deal of their professional lives writing journalarticles and conference papers, reviewing articles written by other faculty, and being the mentors foruntold numbers of theses and dissertations. Life as an engineering faculty member requires thewriting and review of two major documents in their own lives: the thesis and the dissertation. Eventhe youngest assistant professor has been closely connected to writing a spectacular document andwhat it means to do so. It would be an interesting study to see how many faculty members nevermade a comment on the theses and dissertations of their own students.Faculty members should think beyond the technical assignments that are given to students to issuesthat are raised in their own writing and
required to manageprospective situations.”1 A GTA in this course will learn pedagogy and teaching skillsconcurrently. The course activities include peer observations, microteaching, observations bythe instructor which include a video capture of the student teaching, and reflective papers. Thestudent skills acquired are practice and feedback, reflecting on one’s own abilities andexperiences, course design (writing learning objectives, selecting appropriate methods andassessments, grading), and communicating with students. Research on the effectiveness ofvideo feedback as a training component indicates that it is effective in improving instructionalquality.2The learning experience for GTAs being trained to teach provides learning of the
expand their current knowledge base and practices.The Compendium offers direct faculty access to the latest STEM and advanced technologicaleducation connections. With the Compendium, faculty leader colleagues can: 1) Expand theirown knowledge base; 2) Inform and improve their teaching profession practice and scholarship;and 3) Use the research and content from the Compendium to develop and write competitivegrants. Use of the Compendium can help faculty leaders develop themselves professionallythrough hands-on research and practices, and via dissemination to peers and/or peer reviews.Searches within the Compendium can be tailored to specific program and/or course needs for up-to-date and pertinent models, examples, and implementation practices
lab report is due every week from design teams; these reports are graded quickly usingan electronic form for feedback so that the instructor distills comments to the most importantareas for improvement, rather than noting every detail that is out of place. This rubric is providedas Appendix C. Students are required to individually reflect on their group’s performance in thelab and in their writing by explaining which parts of the instructor’s feedback they consideredmost important and how they would improve for future reports. (8) A peer and self evaluation isdue through CATME (9) after every other lab.A final exam is conducted at the end of the term. This exam is designed to largely emphasizeconcepts from the professionalism and laboratory
]. Self-efficacy beliefs change over thecourse of enrollment with vicarious experience, or comparison of personal performance to that ofothers, becoming more important as students progress through their coursework at the collegelevel [10]. Female engineering students tend to have lower self-efficacy than male peers,reporting that they perceived they were not able to perform as well as their peers [10]. Self-efficacy has been shown to influence engineering students’ self-regulated learning behaviors andGPA [11]. Faculty member’s accessibility can influence self-efficacy, providing opportunitiesfor faculty interaction and feedback to students can reinforce positive experiences and buildstudents’ self-efficacy beliefs across domains [11]. The
student population, despite decades of supportive research. The present studysought to estimate the educational benefits that accrue to undergraduate engineering studentswho interact with diverse peers and perspectives. Furthermore, differences across gender andrace were explored. Multi-institutional survey data were analyzed for over 100 undergraduateengineering students using a 2007 administration of the National Survey of Student Engagement(NSSE). Findings show that encouraging contact among students from different economic,social, or racial/ethnic backgrounds can produce greater perceived learning gains amongstengineering students.IntroductionIn recent reports, based in part on the Supreme Court’s rulings in affirmative action cases at
teams to work effectively. Other issues that need to be taught are: how to handlesuccesses and failures and how to use peer evaluations to improve teamwork (Vik, 2001)12.What is teamwork?Teamwork is a technique that allows individual team members to work together to achieve acommon goal (Barkley & Saylor, 2001)1. In their gook entitled: Customer –Driven ProjectManagement, Barkley and Saylor spell out teamwork as specifically involving the followingattributes: Trust Effective communication, especially listening A positive “can do “ attitude Motivation to perform and improve “We” mentality “Ownership” of work with pride Respect and consideration
students, and an endorsement of the goals andobjectives of the TiPi program.In Fall 2012, we awarded 25 scholarships to transfer students in the TiPi program. In Fall 2013,we awarded another set of 25 scholarships to new transfer students in our engineering andtechnology programs. This paper describes the characteristics of these 50 scholars, comparestheir academic performance relative to their peers, and their placement in paid cooperativeemployment positions.IntroductionIn March 2012, the National Science Foundation (NSF) awarded our university a four-year grantof $599,984 with the grant period beginning in June 2012 for a project titled TiPi: Engineering& Engineering Technology Pipeline. The TiPi project focuses on students who wish to
generaldiscussion forum, a Professor Digest (for our own reflections), and a forum focused on studentssharing their creative journeys. For logistical support, we also set up a forum where studentscould self-organize study groups, as well as forums to address technical issues, errors in coursematerials, and suggestions/complaints about the course. The discussion forums served as themain mechanism for peer assessment of projects (for Adventurers), as we will discuss later.The Idea CloudIn addition to our own core content, we also posted supplemental writings and videos in aseparate section within the MOOC site called the Idea Cloud. Some of the videos were invitedguest speakers from our own professional networks, whose expert commentary served asvaluable
further information by reading articles and booksabout various empirically tested teaching methodologies.For these reasons, it is important to expose prospective engineering faculty toconstructive discussions of effective engineering education pedagogy and theory. In thepracticum course discussed in this paper, discussions about active learning approacheswere supplemented by relevant literature reading assignments. In addition, the GTAsreflected on their teaching practices and experiences to improve student learning. Thisallowed the GTAs to collaboratively analyze their implemented teaching methodologieswith their peers. This form of formative assessment further facilitated modification ofvarious active learning approaches to best fit in
overten percentage points. This paper describes the restructuring of the course to integrate the lecture,lab, and recitation components. It also covers how the traditional laboratories have been replacedwith interactive laboratories and includes methodologies and best practices. The paper addressesthe peer instruction method (also known as think-pair-share) including formation of conceptquestions and best practices. Five years worth of pre- and post-class assessment data arepresented and show that significant performance gains were achieved as each of the elements(blended lecture and lab, interactive laboratories, and peer instruction) were incorporated. Lastly,the paper describes the current initiative to remove the remaining lecture component
). Each team will be given 10 minutes to present. Everyone must present. (see presentation rubric on evaluation) Summaries and analyze the points in a 2-page report – due Sept 24 Write a 1 page reflection journal and submit it online (Sept 27) Please also fill in the peer rating form (Sept 27) Page 24.382.5 Figure 1. Instructions for the Engineering Overview AssignmentReferring to Figure 1, the next step after reading the literature and peer teaching is theprogress check. The purpose of this step is to ensure that students have managed to findsuitable engineers to interview, and to provide feedback on their understanding from
this hypothesis, wehave developed a novel pedagogical strategy called UnLecture that uses concepts from activelearning and peer instruction to fully integrate students' co-op experiences into their classroomactivities. This technique can also be applied in courses where students have worked ininternships.UnLecture Overview An UnLecture consists of a reflective writing component and a participant-driven discussion.Each UnLecture session is based on a theme directly related to one of the course topics.Typically, an UnLecture on a topic is scheduled after that topic has been covered in an in-classlecture. A rubric is provided to the students a few days prior to the session. The rubric is thecentral element facilitating various components of
emails. Poor English writing skills were a commonly cited problem bygraders. There was a dramatic drop in the average grade and a very high standard deviation.The average grade for the peer-graded assignments was a 66.5% versus an 82.5% on the auto-graded assignments. A solution to increase the effectiveness of the peer-graded assessments wasnot adequately found therefore in the subsequent offerings of the course all six weeklyassessments were turned into automatically graded assignments. Thought was given to bringingthe peer assessments back for the campus-based mini-MOOC but the idea was dismissed in favorof the improved assignments that have taken their place.Planned assignments for the Spring 2014 mini-MOOC, and their respective percentage
most comprehensive – it lacked peerinput for team members. The students may experience something on a daily basis thatmay not be observed in a meeting – missed deadlines, lack of contributions – all elementsthat should be included when grades are issued.In order to address this challenge, the capstone advisor implemented a self-gradingrequirement. Twice a semester, at the mid-point and end, students have to grade theirwork as well as their peers. During this self-evaluation, no rubrics are provided; thestudent is responsible for not only detailing their contribution, but also supporting theirgrade selection with prose and examples of their work.In order to quantify the team-grading structure and determine its efficacy, as well asidentify
a common time slot suitable for collaborativeleaning in a traditional face-to-face manner. This paper is to introduce findings from availablecognitive research on supporting effective collaborative learning and present a new instructionalframework for scaffolding collaborative learning for engineering students through cyber-enabledonline discussion. Within this framework, students are assigned with a shared learning task andrequired to co-construct their understanding of the course-related learning concepts and co-solvethe assigned learning problems with their peers through online discussion. The scaffolding fromboth social and cognitive perspectives is presented to students to provide a structure of effectivecollaborative knowledge
advises the Society of Women Engineers student chapter and leads the students in developing and implementing yearly outreach events for the K-8 female community. She is author of many peer-reviewed conference proceeding for the ASEE Annual Meetings and the FIE meetings Page 24.940.1 c American Society for Engineering Education, 2014 NSF TUES: Transforming Undergraduate Environmental Engineering Laboratories for Sustainable Engineering using the Case Studies in the Sciences Instructional MethodAbstractMany college laboratories follow a “cookbook” approach to
theundergraduate level at McGill and elsewhere. Within our context at McGill University,providing support for undergraduate research is an increasingly important role for the library.Purpose of this study The first step in better serving this user group is to understand their challenges. Thisstudy investigates challenges related to information literacy that Chinese undergraduateengineering students face in comparison with their native English speaking peers in completing aresearch paper. Next, we hope to apply this knowledge to create increasingly relevantinformation literacy skills training for Chinese students and international students ingeneral. The current paper reports on preliminary findings from initial face-to-face interviewsand an online
courses, andapply knowledge learned in different settings to solve new problems.Faculty members must promote student engagement inside the classroom through a variety ofapproaches, including being attentive to students’ backgrounds and talents, experimenting withengaging pedagogies, providing new students with adequate feedback about their academicperformance, requiring them to take advantage of writing centers, math and science tutorials, andtechnology support centers, as well as encouraging students to learn through peer evaluation,group projects, and study groups [1]. These actions, and many others, can be promoted with thehelp of curricular initiatives, institutional assistance and academic interventions, studentdevelopment initiatives
, target members because of gender,race, or ethnicity. This work-in-progress paper introduces an organization that recruitsengineering undergraduates based in large part on how well they communicateengineering. Such an organization has inherent value for the discipline of engineering becausethe set of skills needed to excel in writing a technical report or making a technicalpresentation are skills important for succeeding as a graduate student in engineering or asa professional engineer. For instance, creating an excellent technical report orpresentation requires the ability to perform library research, to organize information in alogical manner, and to target an audience. The organization UTREE (Undergraduate Teaching and Research
then writing brief (one paragraph) narratives to respond to the positive and thenegative themes. Importantly, consider moving beyond focusing only on student reviews ofteaching to include peer reviews6 of teaching (of course design, of technology use, etc.), samplesof course materials you developed/improved/use, evidence of student learning, and more2,3. Atthe panel session accompanying this paper, panel speakers will share handouts listing types ofevidence that can be used to support different kinds of claims about teaching, so that sessionparticipants can plan to collect and present types of evidence that will be the most meaningful totheir individual portfolios.Teaching Portfolios: Complicating IssuesCreating a summative teaching portfolio
the filters to create a water filtration system. Use any combinations of Bottles (cut each bottle at the the materials here & layer/sandwich them with halfway point & nest the tops the goal of creating the system that will trap the most pollutants from the dirty water.” inside of the bottoms, with the 4. Getting Feedback: Teams submit designs for teacher/peer feedback. spout down) Ensure that teams can articulate which design parameters they are holding 100 Cotton Balls constant & which they are varying between designs. After receiving 2 Gallons Dirty Water
and energy-related issues as GMO has the potential to be used as alternative fuel and vaccines) and the natural environment (impact on living organisms located close to areas where GMO foods are grown).This last case showed the student’s ability to think broadly about the impact of GMO products interms of economic, social, and environment issues.Common themes in assessment questions posed by the studentsAfter writing their cases, students randomly selected a peer’s case to analyze. Students createdassessment questions and submitted their cases and corresponding questions to a peer. Onecommon theme found in the student assessment questions was students’ ability to recognize thatone of the engineering leaders’ roles is to make trade
’ exposure to and participation in conversations in casual spoken English.Students with low English proficiency levels were therefore deprived of an opportunity topractice their listening and speaking skills in English, as evidenced by the commonphenomenon of students acting as translators for other students on these teams. Whilenative-language communication among teammates is helpful for clarifying points,ongoing translation of class material by students for other students may also introducedistortions to the material being communicated because the student translators may not beproficient at understanding the material themselves. Students relying on peer translatorsmay also lead to a distorted power dynamic within the class, in which the peer
single student or group of students. Rather, UnLectures are based onpromoting reflective learning through peer instruction. Studies have shown that reflection of Page 24.1300.2students’ own or others’ experiences results in development of new perspectives or clarificationof concepts and techniques8, 9. It is also evident from these studies that reflective learning hassignificant value in professional practice10. Given that our students have integrated cooperativeeducation into their curriculum, UnLectures provide meaningful ways to reflect on lessons fromboth engineering practice and classroom education.Development of UnLectureThe UnLecture
numerous interventions and programs is reported in the literature onengineering education and higher education more generally. Outside-the-classroom interactionswith faculty members, meaningful interactions with peers, and on-campus living-learningcommunity involvement have been shown to positively affect student persistence in college.2Astin indicates that student-faculty interaction has a positive correlation with a large number ofareas related to personal growth, intellectual growth, and behavioral outcomes includingintellectual self-esteem, leadership, and an orientation towards helping other students ortutoring.3 Vogt studied the effects of approachability and accessibility of faculty on students inthe areas related to academic self-efficacy
the classroom learning environment itself.While the activities themselves would inform the design of the learning environment, Page 24.135.4engineering faculty could basically adjust their mode of course delivery through the inclusion oflearning activities without having to feel like they have to do a complete overhaul of theirclasses. Common of these activities requires students to talk, discuss, write and apply what theyare learning outside the scope of rote learning such as memorization and application. In a follow-up study to Chi’s work, it was discussed that broad cover which is applied to all the classroomactivities used to engage