their load distribution, students applied these concepts to theirexamination of a basic Warren truss bridge. Finally, students participated in a Technical Writingseminar and workshop in which they learned how to revise their writing and how to make asuccessful oral presentation. Before the final program presentations, the students performedpractice versions of these demonstrations for their classmates. A scoring rubric was employed inorder for the students to benefit from peer evaluations of their classmates’ work.Each Friday, the speakers from the industrial seminar and workshop sessions introduced studentsto real-world engineering systems, and they provided them with the opportunity to work withengineering principles in a hands-on environment
traditional lab has allowed students more freedom incompleting their assignments and allowed more hands-on challenges to be assigned. As a result,class time spent addressing data analysis. The course also addresses effective writing andpresentation issues through in class and peer reviews of work.IntroductionIn order for students to truly understand the physics concepts typically taught in junior-levelengineering classes (fluid mechanics, heat transfer, thermodynamics, vibrations, …), they needto touch and feel. Seeing water accelerate through a contraction or the damped vibration of abeam gives them a better understanding of the physics as well as motivation to learn the physics.Unfortunately, laboratory experiences are costly to setup and maintain
. In addition,recruiters offer students a perspective on the working world that is rarely seen in theundergraduate curriculum. Thus, the experience of talking with recruiters is more real or relevantto their goal of obtaining employment, than, say, giving a 1-minute oral introduction for yourpeers and instructor.During the resume-writing workshop, I think it would not be too much trouble to address the firstsuggested improvement from Table 2, “how to talk with recruiters.” Several students in thecourse have already attended one or more career fairs. They might have some goodrecommendations for their peers. For example, students might start by introducing themselves,telling them their major and class standing. Next, students might ask questions
companyallow, tape recording the question responses is an excellent way to supplement notes. TheCareerME.org project and career profile worksheets provide a place for students to keep theirnotes organized and help feed into the template used to publish onto the site.Write: More readers than just my teacher!The questions were asked, notes were taken, a full day of listening and learning from the jobshadow mentor has completed. The end result of many student job shadow projects culminates ina written report to the teacher who in turn, grades and returns the report back to the student.Would the student’s effort and quality improve knowing their mentor and peers will be readingwhat they write? Writing skill is an important characteristics employers look
Engineering Education, 2020 Student Success Impacts in Communication and Professional Networking ContextsStudent-driven success in professional networking contexts is qualitatively surveyed andassessed in an engineering-specific technical writing and communications (TWC) course at TheCitadel – The Military College of South Carolina. This TWC course was designed in part toprovide pre-internship preparation for engineering students. Data captured from severalsemesters indicates a positive trend of industry partners’ selection of TWC students forinternships and employment. This data is corroborated by student- led surveying of peers whoidentify important connections between TWC course content and professional
Developing Metacognitive Engineering Teams: Preliminary Results James Newell1, Kevin Dahm1, Roberta Harvey2, and Heidi Newell1 1 Department of Chemical Engineering and 2College of Communications Rowan University Glassboro, NJ 08028AbstractStudent awareness and understanding of their learning own skills, performance,preferences, and barriers is referred to as metacognition. This paper describes efforts toinstill metacognition in engineering students at Rowan University, through writing andteam-building exercises. This study examines teams of students doing open
, granular flow, computational mechanics, and plates and shells, and results of his research have been published in more than 150 peer-reviewed journal papers. At present, he has been awarded an NSF-CCLI research grant. Page 15.1094.1© American Society for Engineering Education, 2010 Story-Centred Learning in a Computer-Based EnvironmentAbstract - This paper reports on implementations of active learning strategies carried out for thecivil engineering courses. Specifically, the activities are performed by students in a computer-simulated environment, in which they are assigned a role and follow a mission. As a
University Press, 2014, pp. 601-632.[3] P. Sageev and C. J. Romanowski, "A Message from Recent Engineering Graduates in the Workplace: Results of a Survey on Technical Communication Skills," Journal of Engineering Education, vol. 90, no. 4, pp. 685-693, 2001.[4] C. A. Hubka et al., "A Writing in the Disciplines Approach to Technical Report Writing in Chemical Engineering Laboratory Courses," presented at the ASEE Annual Conference, Tampa, Florida, 2019. Available: https://peer.asee.org/32019[5] D. Miller and J. Williams, "Incorporating Peer Review Into The Che Laboratory," presented at the ASEE Annual Conference, Salt Lake City, Utah, 2004. Available: https://peer.asee.org/13191[6] K. Wright and P. E. Slaboch
andwriting in multiple mediums and interacting around physical tools and artifacts23, 24, 25 in serviceof design goals.Thus, our model distinguishes communicating with others about your work, communicatingabout other’s work (such as offering), and reading the research literature. Engineers mustcommunicate about their own work and its value accurately, clearly, and succinctly to multipleaudiences26 . Not only must engineering apprentices learn to “speak like engineers” in the lab22,they must also learn to write like scientists outside of the lab, communicating discipline-specificideas to knowledgeable industry members, customers, community stakeholders, and engineersfrom a diverse range of disciplines, translating across a wide set of semiotic
primary motivation for writing this paper is that in 2020, because of the COVID-19, severalinstructors worldwide had to move their courses to online environments. My experience transitioningfrom teaching face-to-face to online learning environments two years before COVID-19 could help otherinstructors strengthen the skills and knowledge needed for succeeding in online teaching. Besides thetypical challenges related to being a subject matter expert and even a pedagogical expert tied toteaching any course, online teaching of large course environments offers additional challenges. Forexample, mentoring several undergraduate peer mentors (AKA undergraduate teaching assistants) anddeveloping strategies that engage students and retain students until
requirement to write a memorandumThus, it is critical for engineering educators to improve the summarizing the results of each Design Review wasstagnant method of traditional teaching and learning. Small eliminated. This cooperative learning technique was usedmistakes in the engineering profession can lead to death or on six of seven homework assignments during the term andmillions of dollars in repair. on seven of nine homework assignments in their pre- For the fall 2018 semester, in the Design of Steel and requisite course. Student feedback was collected from bothWood Structures at the United States Military Academy at Likert Scale questions and open-ended questions. ThisWest Point, Civil
-2005. She is currently Program Director for Mechanical Engineering Technology in the Department of Mechanical Engineering at the College of Engineering, Technology, and Architecture.Natalie Segal, University of Hartford Prior to her appointment as a full-time teacher of technical communications at S. I. Ward College of Technology at the University of Hartford, Assistant Professor NATALIE SEGAL worked for more than 20 years as a technical writer and taught technical writing part-time at Ward College for eight years. She holds her Bachelor's Degree in English Education from the University of Connecticut, a Master's Degree in English from Trinity College and a Master of Fine Arts in
chunkin’ project. Students had to essentially repeat the marshmallow project,except in a larger team with a full-scale launcher that was capable of firing a five pound pumpkin100 yards.The concept of technical writing was frontloaded in Fundamentals of Engineering by scaffoldingthe content, as described below. Project 1 required a one-page summary per team of three; Students received a lecture on technical writing; Project 2 required a full technical memo per team of six; Students completed a peer-review process on their individual Project 3 reports; and Project 3 required each individual to create a full technical memo.The final concepts frontloaded in Fundamentals of Engineering were the software programs taughtto
methods contained within. Therefore, the main goal of this research paper is tosimply communicate the author’s approach towards teaching design. The results of thisexperimental research are by no means conclusive. Therefore, this paper neither substantiates norvalidates the systematic methods contained within. However, some measure of assessing student Page 12.1372.2performance when using the following methods can be ascertained by empirically peer reviewingexamples of student design projects at the paper’s presentation session.Design ProcessA seven stage design process organizes design projects and structures this paper. The stages inthe process
compares with only 69/297(~23%) that did not. The rest, 53/297 (~18%) indicated a neutral response.ConclusionLaboratory studies should be considered an integral component of any engineering curricula.They offer significant value in that they allow the students to gain both first hand and situatedknowledge of the subject domain. Two issues however are found to exist – both of which canbe countered by judicious use of technology.First the additional resource demands of laboratory studies and the attendant assessmentdemand can be offset using technology to help set, collect, mark and provide feedback.Second, the desire for students to disregard advice on how to write laboratory reports can becountered by using the learners as assessors. Peer
lasting supportive cohort of peers among the Backstage Bucknell participants. 2) Students greatly valued activities such as academic preparedness sessions in mathematics and physics as well as time management workshops that were geared toward helping them develop useful and necessary skills for success in their first semester. Meaningful instruction in writing was difficult to execute in this compressed time frame. 3) Nearly all participants felt that the program was of an appropriate length to achieve the goals of the Backstage Bucknell and would recommend the program in this format to another student. Gains in the three focus areas of the program were possible
separate ranking isdone for the oral presentations. Grades are influenced by team rankings asdetermined by outside jurors. Students peer evaluate each other for performanceaccording to posted rubrics; student project grades are affected by the peerevaluation. This approach has been very successful in the past four years and thecurrent class of 23 attracted 1 landscape urban planning, 6 civil, 7 architecture,and 9 building construction students, resulting in a truly interdisciplinary classand team composition.The goal of this paper is to showcase the framework, structure, and logic forintegrating the two courses and compares the results in terms of grades andquality of the responses from the faculty and the jurors. All classes were asked tokeep
build consensus.Course activities are structured to help students acquire these skills. Activities include teambuilding, project management, team management and defining rubrics for evaluating team skills.Assessment of student performance includes peer evaluation, student self-assessment, andportfolio assessment.INTRODUCTIONStudents in ME 460, Machine Design, a senior level, required course have been working inteams on industrial sponsored projects for the past 10 years at Rose-Hulman Institute ofTechnology. Team projects are an integral part of students’ education. Mechanical Engineeringstudents begin working on teams during their freshmen year and are required to do so until theygraduate. During the 1997-98 academic year, Rose-Hulman
setting, Spring 2016 Mid-Atlantic ASEE Conference, April 8-9, 2016 GWUan attempt to improve retention was implemented with the hypothesis that learning motivationnot properly developed in high school years could be triggered by requiring students to learnabout the relationships between science, technology and society and that the knowledge learnedis measurable in terms of student deliverables. A 2016 report found that peer excellence couldbe a risk factor for discouragement and quitting, and a professor promoting learning motivationwould need to be prepared to alleviate the presence of peer excellence pressure in the classroom6 .II. Technology and PhysicsProgress in physics requires the material advancement in lab equipment such
Academic faculty members in your department on research/programmatic experiences projects that align you’re your research/career interests. They should participate in professional activities that are common for people who have completed their doctorate. - For example, do some peer reviewing, give conference talks, contribute chapters to books, demos, write or assist your advisor in writing grant proposals; take charge in planning a seminar, meeting, workshop within the department or outside; teach some classes in a course.3) Access to Mentors Some graduate
drafts were used to give the studentsfeedback about both the technical and writing content to allow them to improve the final version.These drafts were circulated among the course staff and writing instructors. Students were alsorequired to peer-review another group's report. To ensure that these peer reviews were valuable,the reviews were themselves examined and counted toward the final grade. Both sets of reviews Page 9.64.9 Proceedings of the 2004 American Society for Engineering Education Annual Conference & Exposition Copyright © 2004, American Society for Engineering Educationwere returned to the students
, characteristics of and techniques topromote effective groups, and activity design tips. Gonzalez9 reported on CS1 sections whereeach session was roughly 1/3 discussion, 1/3 lecture, and 1/3 ACL, and students did significantlybetter in CS2 than peers from traditional sections. Beck and Chizhik3 reported a CS1 coursewhere students spent roughly half of class on ACL exercises, and did significantly better thanpeers in a traditional section; that effect was found for a variety of majors and both genders. Page 25.1069.2Sowell and colleagues20,21 described experiences with active learning in three courses, includingsample exercises, lessons learned, and
Paper ID #25992Board 57: Identifying and Disseminating Transformative Professional Devel-opment of STEM Undergraduates Who Perform Outreach: Progress in Year1Mr. Michael Alley, Pennsylvania State University, University Park Michael Alley is an associate professor of teaching in the College of Engineering at Pennsylvania State University. He is the author of The Craft of Scientific Writing (Springer, 2018) and The Craft of Scientific Presentations (Springer-Verlag, 2013). He is also founder of the popular websites Writing Guidelines for Engineering and Science (www.craftofscientificwriting.com) and the Assertion-Evidence
are peer-managed, and like theirreal world counterparts some projects are better managed than others. And like industry projects,resources are also constrained.The focus of the first lessons in CS407A is to understand system requirements. By the end of thethird week of the semester, instructors have covered the theory of information gathering andsystems analysis and have paired student teams with their clients so that they can immediatelyapply their newly acquired knowledge to their recently assigned research project. Instructorscheck their progress in an informal review, and then let students finish writing their requirementsspecification.Soon after being assigned to a project team, each student team is asked to identify severaltechnologies
because of a well-known or well-liked client. Summer jobsdevelop out of some projects. Teams which enjoy working together can have a synergetic effecton the output.Schedule: On the first day, students meet in the morning to hear the ground rules, survey thevarious projects, to form teams and choose the project on which they want to work. In theafternoon, students meet with their client and begin work on their projects. They write apreliminary description of the problem to be solved. On the second morning, all students meetagain to present their preliminary requirements to the entire class. The class offers suggestionsand comments. Each team meets with the instructor to review the scope of their problem. Thenthe work begins. In general, teams work
, we will report on different methods used to teach Digital Design to a typical freshmanstudent. The design team concept, which is emphasized throughout the semester, will bepresented in this paper. Different innovative ideas used in this class include, use of design teams,peer design team conferences, cost evaluation, and industry interfacing. All of these ideas will bepresented in this paper. Comments from students suggest that they find this course to be fun andchallenging. What makes this course fun and challenging? How is the design team conceptworking? Some possible answers to these questions are also presented.IntroductionAn informal poll of Engineering educators indicates that it is a great idea to teach designtechniques as early as
faculty development and peer-support groups based on pedagogical development and peer teaching observations. His research interests include student and faculty motivation, computer programming pedagogy, and faculty pedagogical development.Dr. Katie Barillas, Rutgers, The State University of New Jersey Dr. Katie Barillas is an Assistant Teaching Professor in the Undergraduate Education Department at Rutgers University and serves as the Program Director for ID3EA (Introduction to Data-Driven Design for Engineering Applications), the foundational first-year course sequence for all engineering students. She holds a B.S. in Chemical Engineering from Lafayette College and both an M.S. and Ph.D. in Chemical and Petroleum
using Apple i-pad Pros toefficiently write feedback on student work using the Apple pencil. Giving feedback to studentsquickly is one of the primary roles of both faculty and facilitators in this program.Active, integrated learning includes a range of activities from field trips, conference presentations,peer to peer teaching, workshops and trainings in the fabrication lab and electronics lab, STEMoutreach events, as well as workshops on professional expectations. Online gamificationresources such as Kahoot [14], Quizlet [15], and Plickers [16] are regularly used. In Design,students email and meet with clients, vendors, and subject matter experts. Teams travel toindustry client locations in a program-provided vehicle.Written reflections
. Table 1. Comparison of course assessments. 2005-06, 2006-2007 2007-2008 Academic Academic Years Year Number of Weighting Number of Weighting Assignments (%) Assignments (%) Technical Writing Essays 2 20 2 20 Excel Spreadsheet 1 10 - - Readiness Assessment Test 15 10 12 10 (in-class quizzes) Design Projects 2 40 1 20 Tutorial participation
informal interactions allowed the IHE participants to discuss educational issues face-to-face, mentor individual educators, and observe successful pedagogical models. One IHE faculty member worked one-on-one with several teachers in drafting funding proposals to collect resources for the K-8 classroom. Teachers had limited prior experience on writing successful funding proposals and working with the engineering faculty members they were given support to define need and craft a successful proposal for sponsoring agencies. Engineering faculty partners were also involved with the overall project management, the evaluation of assessed data, the presentation of findings at various conferences, and the