Engineering Educationwe felt it important to emphasize the chemical nature of the material. This course was taughtmainly to juniors and seniors with a few graduate students and civil engineering majors thrownin. Table 2 shows the list of topics covered in this course.Table 2. Topics in 3-Hour “Environmental Engineering for Chemical Engineers” Course. Historical Aspects of Environmental Engineering Environmental Ethics Environmental Legislation Fate and Transport Toxicology Risk Assessment Ozone Depletion Global Warming Pollution Prevention and Waste Minimization Design for Waste Minimization Hazardous Waste Physico-Chemical Treatment Biological Treatment Stabilization and Solidification Thermal
from the conception stage until achieving the certification arehighlighted. The implementation of the ISO 9001 quality system is to complement theexisting quality assurance activities such as the accreditation by the Board of Engineers,Malaysia and the external examination and assessment processes.Prior to the ISO 9001 certification exercise by the School of Engineering, there was anambitious move by UPM to certify all activities covering the scope of teaching, research,consultancy and administration at the university level. Learning from the failure, which wasmainly due to the lack of management commitment at nearly all levels that did not translateor permeate down the importance of the exercise, has led UPM to take a more cautiousapproach
2/22/02 SPINE – International Benchmarking of Successful Practices in Engineering Education John L. Anderson1 Jean-Lou Chameau2 Dick K. P. Yue3 Organized by the Board of the Swiss Federal Institutes of Technology, SPINE is apartnership among 10 technical colleges and universities to identify and share educationalpractices in engineering and computer science; three schools are in the United States(Carnegie Mellon, Georgia Tech and MIT) and seven are in Europe. Five disciplines arechosen for assessment – chemical engineering
. Page 22.1342.1 c American Society for Engineering Education, 2011Student-centered Learning for an Interdisciplinary Course: a multifaceted approach University of North Carolina at Charlotte Page 22.1342.2 Introduction An orthopedic surgery often involves use of implants for bone fracture fixation or jointsurface replacement. Pre-surgery assessment and post-surgery rehabilitation often involve use ofrehab exercise equipment, braces and rehab treatment devices, and evaluation tools of humanjoint functions. Orthopedic industry has grown to a multi-billion dollar business and is in direneed of well trained biomechanical
AC 2011-998: PAT: A PROGRAM ASESSMENT TOOL FOR ENGINEER-ING PROGRAMSHatice O. Ozturk, North Carolina State University Hatice O. Ozturk holds a joint appointment between Biomedical Engineering and Electrical and Computer Engineering Departments in the College of Engineering at North Carolina State University as a Teaching Associate Professor. She divides her time within each department between teaching, program assessment, advising and research.Dianne Raubenheimer, North Carolina State University Dr. C. Dianne Raubenheimer is Director of Assessment in the College or Engineering and Adjunct As- sistant Professor in the Department of Adult and Higher Education at NC State University. Within the College of
were not designed to assess whether eLMS modules promotelearning better than other forms of instruction, for instance, paper and pencil homework, or nohomework at all. We found no correlation between survey items and performance onbiomechanics exams, and only weak, although significant, correlations between module scores inphysiology and exam scores. Little importance can be attached to these correlations or lack ofcorrelations. It may be that the modules had little effect on strong students, but brought weakerstudents to a higher level before the exam. However, the exams test more than what studentslearn from the modules, and students have several sources of information when learning thematerials and preparing for exams besides the modules
degree project funded jointly by the European Union and the Fund for the Improvement of Post Secondary Education. In that paper4 the authors stated: A transatlantic degree consortium to implement a four-semester dual masters degree initiative across a three-institution consortium consisting of Purdue University (USA), the Dublin Institute of Technology (DIT), and the Universitat Politècnica de Catalunya - BarcelonaTech (Spain) is presented in this paper. This initiative, while focusing on graduate (Masters) student mobility, also includes faculty mobility, language instruction and assessment, project evaluation and other services to insure ongoing success
above 75 hours was defined as high attendance.End-of-Term Overall Scores. Traditionally, student academic performance is measuredby a wide range of indicators, which reflect how much they accomplish after certainlearning processes. According to Checchi, Franzoni, Ichino, and Rustichini (1999),academic performance is considered as the amount of human capital obtained duringstudents’ academic career, which includes “both elements of quantity and quality” (p. 2).For a class offered in blended-learning format, students’ end-of-term overall scores arecomposed of the calculated assessment of both onsite and online quality and quantity ofperformance based on the weighted weekly and daily individual sub-scores.Comprehensive grading rubrics are usually
development process is illustrated in Figure 3. This shows the involvement ofeach member of the partnership in the different stages of development, from needs analysis fromsubject matter experts (SME) to testing, assessment and dissemination to K-12 partners. Example A2 Next Generation Courses Clemson Florence- • Hybrid power systems University / Darlington • Fuel systems ICAR Tech College • Composites • Green Technologies Needs analysis, A 2 Pedagogical Material Assessment industry, FAA
issues faced by the mentees etc. Theywere also given the opportunity to learn about CMaps development tools and otheradministrative procedures. At the beginning of the each academic session, the mentees wereasked to complete a survey and schedule where they indicated their available time slots to meetwith the mentors. Performance of the mentees was monitored to assess the effectiveness of the Page 22.1059.4mentoring sessions and the use of CMaps.One of the major responsibilities of each of the mentors was writing weekly reports of theirmeetings with their mentees. In order to help them in this activity, the project PI’s conducted anextensive
in investigating the effects of lecture-laboratory timing onstudent learning. In a Fluid Power Technology course, a group of students were taught inthe traditional “theory first” approach. Another group of students were assigned toconduct experiments before attending the lecture (the “experiment first” approach). It wasfound that there is no significant difference in student performance between the twogroups. The same arrangement was made in a Non-Metallic Materials and a Strength ofMaterials courses. In addition to the regular assessment, surveys were conducted toinquire students’ learning style and their preference. Preliminary results showed thatwhile most of the students are indifference, some students prefer a specific “theory first”or
research projects. As CSULA begins todevelop this BME program, we have aimed to make the limited opportunities available to ourstudents in BME thus far as enriching as possible.Over the past year, we have exploited the unique user interface of the HP Tablet PC to restructurethe teaching / student learning paradigm in the Biomedical Instrumentation course and to involvestudents in a biomedical engineering research project. Our objectives were to engage students inlearning BME course material by incorporating a technological gadget which students find funand interesting in and of itself, provide an avenue for interaction with the teacher and otherstudents, and aid instruction by allowing for an engaging method for on-the-spot assessment andfeedback
, integrating engineering conceptsand engineering college education and career options into the K-6 curriculum are a necessarychange.One way to determine if engineering is a good fit is for a student to use a self-assessmentinstrument. A self-assessment tool helps an individual discover more about him/her self55. Inmaking career choices, an assessment of one’s skills, interests, personality, and values influencescareer decisions9. Exploration of the literature reveals that an instrument for self-assessment ofyoung engineering talent, interest, and fit does not exist.The purpose of this research is to create an instrument to help fifth and sixth grade studentsidentify themselves as having engineering interest and potential. The purpose of this
theKolb’s Experiential Learning Cycle.2 Exam journaling activities were adopted to support thereflective observation phase of the theoretical model and were directly assessed from the examperformance of the student. The journaling exercise required students to re-work any examproblems that the student incorrectly answered and to provide a brief statement that explains thethought process of the student that led to the incorrect solution in the preliminary computationalanswers to the exam.Direct assessments of the reflective learning activities are provided in terms of exam results aswell as insight to which activities that are supportive and unsupportive of the learning process.Several schemes were used to support and assess the learning needs of
concept inventory in their courses, and for those who are moregenerally interested in current research and development trends in the area of conceptinventories.IntroductionInterest in identifying misconceptions using concept inventories largely began with the advent ofthe Force Concept Inventory (FCI) in the 1990s.1 Concept inventories (CIs) are assessmentinstruments that focus on fundamental concepts in a domain; concepts that are critical to buildingadvanced knowledge in that domain. This provides a means of evaluating students’ conceptualunderstanding and not just problem solving ability as typically assessed using other methods (ex.course exams). Results of administering FCI indicated that students did not understand basicconcepts in
AC 2010-227: DEVELOPMENT AND ASSESSMENT OF A PCB LAYOUT ANDMANUFACTURING LABORATORY MODULE IN INTRODUCTORY ELECTRICCIRCUITS FOR EE AND NON-EE MAJORSAlbert Liddicoat, California Polytechnic State University Albert A. Liddicoat received his M.S. and Ph.D. degrees in Electrical Engineering and his M.S. degree in Engineering Management from Stanford University in 1996, 2002 and 1999, respectively. He earned a B.S. degree in Electronic Engineering from California Polytechnic State University in San Luis Obispo in 1989. Dr. Liddicoat worked for IBM’s Storage Technology Division from 1990 until 2002 where he held many positions in disk drive development including: servo system test and integration
preparation of engineering doctoral students for careers in academia and industry and the development of engineering education assessment tools. She is a NSF Faculty Early Career (CAREER) award winner and is a recipient of a Presidential Early Career Award for Scientists and Engineers (PECASE).Osman Cekic, Purdue University Osman Cekic, Ph.D., is a Postdoctoral Research Assistant at Purdue University School of Engineering Education. Osman’s research interests include higher education policy, finance and the linkages between budget and organizational culture, and college student retention. In his previous appointments, Osman has worked with the Integrated Postsecondary Education Data System (IPEDS
senior-levelpractitioners leads each course offering. The practitioners play an essential role in the deliveryof the course, acting as section instructors, guest speakers, interview panel members, and projectadvisors. Details regarding the responsibilities of the instructional team members are included inthe paper. The paper also describes how local practitioners are prepared for their assignments.The new course represents a valuable program assessment tool since class activities permit directmeasurement of program outcomes. Included in the paper are discussions of the courseassessment processes and the procedures used to promote grading consistency among the facultyand practitioner evaluators. Improvements made to both the course and program
assessment come in several forms. The client was an active participant in activitiesof both semesters. They attended many Thursday student work sessions with mentors, providingconstructive feedback on concepts and issues in a timely manner. The client also participated inthe review and assessment of mid term and final presentations. Feedback was provided tofaculty, mentors, and students in the form of verbal communication at the end of eachpresentation and in the form of a written a critique. Overall client feedback was accomplished ina manner closely simulating real world situations for a professional design team.The panel of six to eight jurors who evaluate each presentation also provided an assessment
curricular surveys established over 30 years ago. These surveys provide useful norming information to departments on the state of the curriculum throughout the United States and in participating international programs. Recent surveys have assessed first-‐year courses, mass and energy balances, chemical reactor design, and capstone design (Silverstein et al.; Silverstein and Vigeant; Silverstein). Surveys are conducted online, and responses are solicited through the Chemical Engineering Chair listserv. This year’s survey was on Chemical Engineering Electives. Of necessity, this considers course titles and undergraduate curricular requirements more so
, andFuller at North Carolina State University determined that there was very little differencebetween the peer rating and self-rating, while 6% of the students gave themselves ahigher rating, and 14 % gave themselves a lower grade1.Before the end of each semester the instructor sends an email to the students requestinggrades from the students. The instructions in the email are nebulous, by design. Theinstructor did not want to limit the student’s assessment approach. If a specific rubricwas provided, the students may provide responses that fulfill that requirement, andnothing else. In order to receive the most thoughtful assessment material, the instructionsrequired the students to provide the following: “Similar to what you did at the mid
web2.0 interactive technologies to create linked physical and virtuallearning environments that not only appeal to students, but markedly improve their technicalcompetency in foundational engineering technical areas.Given this framework, the present work specifically seeks to describe the Purdue MechanicsFreeform Classroom, its constituent components, and, where pertinent, their development andevolution. Complementing this is a discussion of preliminary assessment, both formal andanecdotal in nature, the results of which not only highlight the group-level efficacy of theapproach (as captured through student failure and withdrawal metrics), but also the high levels ofstudent engagement and satisfaction that it yields. In addition, and in light of
taught by four instructors across six differentsections. In an effort to maximize the student-teacher interactions in each class afforded by theflipped classroom model, enrollment in each section was limited to 17 students. The flippedclassroom model was not used for all topics and classes; instead, the model was used at targetedtimes when multiple lecture periods were spent on the same topic. In these cases, the initiallecture for each topic was presented to the class in a traditional lecture style while subsequentlectures on the topic were videotaped and watched by the students outside of class time. Thespecific details of the approach and implementation follow.ApproachIn order to assess the utility and cost-effectiveness of this approach for
Cleveland State University’s General Education requirements, it wasnot approved for Gen Ed listing by the University Curriculum Committee. As a result, few, ifany, non-engineering students take the course.A complete description of the course is provided in another paper 4. The earlier paper alsodiscusses similar courses at other universities, as well as the assessment of the course atCleveland State University and some preliminary results. The course syllabus is provided as anAppendix.Student Learning OutcomesThe requirements that civil engineering programs have to meet now, and will have to meet in thefuture, are contained in a number of documents. The requirements are written in terms ofoutcomes, which include technical knowledge as well as the