Course Menu Item Department Content Item Information Table* Course Link Syllabus Link to S.O.E.T Folder Syllabus* Assignment Tool Course Outline Communication/ Tools Learning Outcomes* Week 1 Required Reading Week 2 Lecture Notes and Charts Week 3 Week 4 Chat Topic (Course Link) Communication
Paper ID #7674Student Engagement Strategies in One Online Engineering and TechnologyCourseDr. Julie M Little-Wiles, Purdue School of Engineering and Technology, IUPUI Dr. Julie Little-Wiles is a Visiting Lecturer in the Department of Technology Leadership and Communi- cation in the School of Engineering and Technology at Indiana University-Purdue University Indianapolis (IUPUI) where she teaches courses in Leadership Philosophy, Leadership Theory, Ethics and International Management.Prof. Patricia Fox, Indiana University Purdue University, Indianapolis Patricia Fox is Associate Chair of the Department of Technology
videos orother illustration and demonstration videos. Figure 2. Online shell for Quality Control courseThere are some additional syllabus requirement for online course as per Quality Matters HigherEducation Rubric4. These requirements once properly addressed in the syllabus, they satisfyseveral of the specific standards required by the rubric. For example, for QC course, under‘Learner Support’ label, computer with mic and headphone, internet access, calculator, internetbrowser, and word processing program are listed as minimum technical requirement. Similarly,ability to use internet browser, download, save, open, and upload files, find, copy
evaluate innovativepedagogical approaches without rejecting the positive aspects of traditional skills andapproaches. In this effort remotely accessible experimental setups are being developed andimplemented. Tools such as podcasting, synchronous sessions, and threaded discussions are usedto further enhance students’ learning experience of online education without sacrificing thetraditional advantages of online learning which include the flexibility of taking courses anytime,independent of geographical boundaries.This paper summarizes the step-by-step approach that was adopted by SETM for the design,development, implementation, and assessment of our online engineering degree programs. Someof the various features that were used, such as online
% Figure 14 Figure 15Recommendations and ConclusionThe objective of this study was to create a standard online course design format that wouldsupport student learning and provide faculty members with a template to reduce design effortsand allow faculty members to focus on content as well as student interaction. Based on theresults of this study and the student survey, the course structure proved to be easily navigated bystudents ensuring that time was not wasted looking for required resources and assignments.Providing a defined starting point for students with set expectations using introductory materialand live orientation in addition to a standard syllabus is imperative if faculty members are to
hard time finding scholarly articles and research papers on this topic.I was wondering if you could please help me with this.”3. Course Management Systems.Since course content, syllabus, lectures, and other important documents will be available throughthe online course management system, it makes sense that even library instruction and referencebe embedded through course management systems. Appropriate course web pages and researchguides can be linked through these systems providing easy access to students. Course specificonline books can also be linked so that students can access them through the course web pages.Faculty members in collaboration with the engineering librarian can identify appropriate onlinebooks or book chapters for their
collected from the LearningManagement System (Oncourse). Further, the data was collected entirely from the site stats toolin the LMS for the two online sections to better understand if any of these elements contributedboth to the student grade and then the resulting engagement in the course. The data collected(including that from the site stats tool) provided per student: Gender Total site activity and usage (this is a wide variety of activity within the course site including login, chat, message, access assignments tabs, access syllabus, and more) Total Site Visits (to the course site): = total logins to the course site no matter how they get there; through Oncourse, Onestart, etc. Chat room activity
communication?To determine student usage of OnCourse, questions were directed toward their desire to accesstheir grades and to make use of various tools within OnCourse such as messaging, assignments,the syllabus, and resources such as supplemental reading materials or presentations. Studentswere also asked if they had taken an exclusive online course and if yes, what was theirexperience with the course and would they recommend it to others.General questions were more opinion based asking what students liked most and least about theOnCourse site as well as if they felt their instructors were using the site effectively. Studentswere then given the chance to submit their comments on how best to improve the site and usageby their instructors.Common
comments from the mentor, the report is submitted by the student for final grading and the mentorgrades it using rubrics and in accordance with the grading policy described in the syllabus. The finalreports are run through “Turnitin” in order to ensure that the reports are original work of the students.Capstone ProjectA hardware centered capstone project is another important component of this course. Through the firstthree modules, the students work in a team, brainstorm, identify, and analyze significant problems thatdemand electrical engineering technology solutions. During the first week of each module, studentsdevelop and submit individual draft reports of the work carried out and results obtained. Theinstructor/mentor gives feedback
and Knowledge of Contemporary Professional, Societal, and Global Issues (ABET Criteria j)Although certainly addressed during the classroom discussions, the central piece of culturaldiversity education sprang from a requirement for students to select and attend outside-the-classroom cultural events. Students were required to select and attend a minimum of four (4)events that would ultimately broaden their cultural horizon. The course syllabus published anumber of events that are provided through the University Multi-Cultural Resource Center (SeeAppendix B for a list from this semester). These events change each semester and typically offera diverse array of subjects and guest speakers. Students may select from this pre-approved list orselect
deliver web based learning. These can beviewed as a continuum. At one end is pure distance learning in which course material,assessment, and support is all delivered online, with no face to face contact between students andteachers. At the other end of the spectrum is an organizational intranet, which replays printedcourse materials online to support what is basically a conventional face to face course. However,websites that are just database of knowledge, without links to learning, communication, andassessment activities, are not learner centered and cannot be considered true web based learning.The hybrid delivery model is a mixture of static and interactive materials which ensure that theindividual face to face teaching is supplemented by the
flipped. Videos and other online materials were made forthese lectures. Lectures notes, homework assignments, and laboratory materials were developedto support the flipped classroom effort. Virtual help sessions on eCampus using BlackboardCollaborate Ultra were created to help students learn the material. Based on the results in thetwo-year period, it will be determined how much of the lectures will be flipped. Challenges andlessons learned during the first semester are discussed, these include: What if students do notspend time prepare for the flipped class? What if it takes longer time to cover the materials usingthe flipped classroom approach? Is there an impact on the faculty teaching load or the actual timethey spend in teaching the course
section explains more details about the class policy, address the most common questions that students raised in homework, laboratory problems, or tests, and inform missing links or corrections for class materials, etc. The announcements can also be sent to students through emails so that all students can have immediate attention.2.2 Start HereThis section introduces online course, technology prerequisites which include internetbrowsers readiness, PDF reading capability, and Blackboard and PLE.2.3 Ask the ProfessorStudents can use this forum to ask professor questions in the course content or havediscussions with other students taking the same course. After subscribing to this forum,students will receive notification from the instructor when
Paper ID #18178Notes and Textbook Usage in Mechanics CoursesDr. M. Austin Creasy, Purdue Polytechnic Institute Assistant Professor Mechanical Engineering Technology Purdue University c American Society for Engineering Education, 2017 Notes and Textbook Usage in Mechanics CoursesAbstractThe majority of academic instructors provide a syllabus at the beginning of every semester withdetails about class structure, reading assignments, homework assignments, exam schedule, etc.Instructors assume that students will use the resources to prepare for class and as a guide forlearning the course content. In reality
digital design problem using a Finite State Machine based controller.Student’s knowledge assessment is similar with the previous two courses.The last ABET evaluations for the EET and CET programs at FSC was in 2013.IV. Changes in the Digital Design Sequence of CoursesIn the last three academic years, the junior level course EET 316-Digital Design was updatedcontinuously (syllabus and laboratory experiments). The modifications were made by the firstauthor of this paper, who was appointed course coordinator for this course in the fall of 2014, incollaboration with adjunct faculty, members of the Industry Advisory Board and industryrepresentatives. Students’ feedback was also considered.In the academic year 2012-2013, new FPGA platforms were
help of resourceful technologies such as Blackboard™ software, main types of freelyavailable virtual meetings software (Yahoo Messenger™ and Windows Live Messenger™),web-based cameras, microphones and other devices, the course transition is made from a livecourse into a distance learning course. We also use Camtesia Studios™ and Tegrity™ as screenrecorder for recording and editing high-quality lectures and communication videos, presentations(including Microsoft PowerPoint™) and screen casts to share lectures online, as Flash™, on CD-ROM, and on portable media devices, including iPod™. During the transition process, weaddressed and resolved many challenges and issues some of which are discussed below.A) Conformation to Proposed Standards and
Engineering Technology (JET) and he was the past Editor-in-chief of JET. Page 13.1132.1© American Society for Engineering Education, 2008 Synchronous Delivery of Engineering Technology Courses to a Remote Location − issues and challenges related to Technology and students’ learningAbstract Distance delivery of a course is a compromise between a true online classroom and aclassroom having live audience. The issues and challenges related to synchronous delivery oflecture and laboratory based engineering technology courses to a remote location are discussedin this paper. In summer (2007
To the extent that PowerPoint-inclined professors are guilty of rigid teaching, the lecturerof the control group is guilty of being led astray by students through excessively discussion,hence failing to complete teaching the syllabus-of-the-day, resulting in students’ failure tocorrectly answer two of the post test questions. This phenomenon can be observed and explainedby hypothesis 1.6. Future Research We will be able to conduct a pre-test post-test evaluation for the student doing IT 442class as a web based course this semester. But without the pre-test post-test result from atraditional lecture course as comparison, the result we obtained from the web based course willbe lacking in significance. Hence, a follow up research shall
reorder them on D2L. There arenumerous tools available under the navigation toolbar which can be loaded as necessary andavoid overcrowding of the course site. Assignments, tests and other course-related materialsposted on the D2L can be edited online if they are saved in the html format. This featureprovides a greater flexibility for the instructor by eliminating the dependency on a particular PCor any portable media device. D2L’s better file management system allows students to resubmitfiles without the need for retrieving the old files. The system downloads student submissionswith the student’s full name along with assignment information and this feature is very helpful tothe instructor while grading. D2L allows the instructors to easily change
, which became a phenomenon in the twentieth century, havealways employed part-time faculty. When most of these colleges were small, administratorshired secondary school instructors to teach courses such as physics, chemistry, and biologyrather than have a single instructor present all the college courses in the sciences13. Universityprofessors also taught at community colleges on a part-time basis. Part-time faculty also offeredspecialized courses in which current faculty and staff did not have subject matter expertise. In1969 approximately 27% of faculty at community colleges were part-time and that grew to 52%in 198714.The use of part-time faculty shows no signs of slowing. The number of part-time facultyincreased by 133% from 1971 to 1986
describes the development of a new graduate engineering technology course inadvanced networks for industrial environments. The course is intended to provide an in-depthoverview of high-performance wired and wireless networks for industrial control,communications, and computing. The emphasis is on understanding current and newly emergingnetwork architectures, protocols, and technologies in terms of performance, network services,ease of implementation, maintenance, reliability, risk, and cost. The course is currently offeredentirely online. To address the challenge of providing hands-on experience with networkprotocols, experiments with two industry-standard modeling and evaluation tools, OPNET’s ITGuru and Wireshark, are used. In addition, Adobe
announcements, course material including syllabi, contest guidelines, homework, termprojects and solution to test/quiz problems. Fig. 1. BlackBoard – CoursInfo Announcements PageWebCT: In 2003 WebCT was adopted for its advanced capabilities as well as compatibility withthe existing Student Information System (SIS) software. Although it took longer to learndifferent tools and the process was very involved, we soon found out that WebCT is much morepowerful than CourseInfo and offers a variety of teaching/learning tools for both instructor andstudents. The author developed sites on WebCT for Engineering Fundamentals6 and all ETcourses mentioned before. Course materials such as syllabus, staff information and homeworkproblems
describe in this paper is offered as a core-course for EET majorsand a service course for other majors (non-EET). Historically, introductory courses in electricalengineering and electrical engineering technology not always have been adequate to satisfy thegoals of providing a foundation for EET majors, while providing some EET knowledge and toolsneeded for other majors to support their field of study3. We continue to struggle with the task ofimparting knowledge to students who often have little interest in the material, and who are veryimpatient. We also are often faced with the decision of covering only the most basic informationon most topics in the syllabus or focusing on communicating a comprehensive understanding ofa subset of topics. Some
. Prather C., Harrell H.K, Bartlett L.E., and Wentworth S.M. (2016). Enhanced Radio Lab Experience Using ePortfolios. 123rd ASEE Annual Conference & Exposition, June 26-29 2016, New Orleans, LA.12. Jovanovic V., Mize M., Rodrigo R., and Verma A. (2016). Use of ePortfolio as Integrated Learning Strategy in Computer Integrated Manufacturing Online Course. 123rd ASEE Annual Conference & Exposition, June 26-29 2016, New Orleans, LA.AppendixePortfolio AssignmentYou will develop an ePortfolio that will contain all the material (artifacts) you produce on allactivities you worked on during the class (tests, HW, peer-review feedback, project, etc.), and areflective letter.The reason I do this is because some of my former students have
respondentsnoted that Other intervals were preferred. Those selecting Other often commented that “It is bestto be consistent” and that “every two weeks for lengthier assignments” would be helpful. Threeof the 10 participants simply stated one of the following, “every two weeks,” “biweekly,” and“week to 10 days” for assignment intervals. One participant “prefer[red] a syllabus at start of thesemester listing all assignments and due dates.”FindingsOverall, students taking online courses seem to prefer assignments that are interactive, as long asall members interact and assignments that are due directly following a full weekend.Research Question 1 – “What assignment due dates better meet the scheduling needs of adultstudents?”As noted by responses in this
. Page 13.179.1© American Society for Engineering Education, 2008 An Exploratory Assessment of Distance and On-Ground Delivery of Business, Math and Engineering Technology CoursesAbstractThis exploratory and interdisciplinary study illustrates students’ assessments on teamwork,creativity, communication, and critical thinking skills developed in multiple study areas acrossthe campus of Tennessee Tech University located in Cookeville, Tennessee. Specifically, thisillustration covers business (management and marketing), mathematics, and engineeringtechnology courses that were delivered both traditionally on-ground and fully online distanceover a period of six years. A total of 781
traditionally used for distance learning (DL) classes. In fact, the Moodle website(http://moodle.com/) states that “Moodle is a course management system designed to helpeducators who want to create quality online courses.” Instructional delivery and the use oftechnology have changed over the years. Faculty need to identify effective strategies that couldimprove and strengthen academic programs in order to meet the learning needs of all students,especially the Net Generation students1.While these systems have been used extensively for online courses, they can also provide atechnological means to develop more effective teaching in a face to face environment. Therehave been instances where these systems have been used with both simultaneous face to face
under directsupervision of the instructor. The implementation of this teaching method is comprised of twomain components, the pre-class activities, which consist of individual student work and arelargely based on pre-recorded videos, and in-class activities, which are group activitiessupervised by the instructor. This paper discusses the implementation of the flipped classroommethod in a Fluid Mechanics course in an Engineering Technology program at a midsizeuniversity. The study presented was conducted over four consecutive semesters, the datarepresenting four different groups of students. In the study presented, an important percentage ofthe students took the course in an online setting, either synchronous or asynchronous mode,which created
traditional class room delivery methods. In thenot so distance past the medium of distance education delivery used to be print media deliveredvia the postal service. A remarkable paradigm shift has occurred with the advent of thepopularity and Omni presence of personal computer with the ubiquitous connectivity of Internet.As a result today we have a number of modes of delivery methods, that are at our disposal. In Page 15.368.2today’s environment, Videoconferencing, Web Conferencing, Print medium , Soft or E-Printmedium are all being utilized 24 -7 for the Online course delivery2. Online courses, which are also referred to as web courses, are usually
learning mode using acombination of synchronous and asynchronous modes. In 2006, Engineering Technologyreceived a grant from Hewlett-Packard to develop a course that was delivered in the summer of2007 that employed Tablet PCs and interactive software in an on-line environment. This paperdiscusses the structure for this course, some of the technology that was used and the results ofthis effort.IntroductionSeveral papers have been written recently about blended or hybrid courses. Duemer1 discussedthe use of online synchronous discussion groups in a traditional course to enhance communityformation and professional identity development. Kim2 discussed a hybrid model that combinedface-to-face meeting with significant on-line learning activities