main approach is to encourage an engaging learningenvironment based on constructivist principals and problem-based learning. Student engagementis an important component in online learning, and the research literature documenting theimportance of participant interaction in online learning is extensive. The Podcast course was organized into weekly themes and topics. The website for thecourse included a syllabus, assignments, weekly learning goals and questions, supplementarycourse materials, and related links. These materials were always available and served as theorganizational anchors for the course. Each topic was organized for an asynchronous discussionon an electronic discussion board during a specific week and was based on weekly
levels at the beginning of the proposed experiment. The instructors ensured that the subject matter covered in both learning methods was identical. The online and classroom section of all courses had the same syllabus, textbook, instructor, homework assignments, exams and week by week schedule. Online learning modules for each chapter were made available to the students in-sync with the weekly material prescribed in the syllabus for each course. In the onsite version of each course, the instructor assured keeping pace with the syllabus. The pre-recorded online lectures were not made available to the students in the on-site sections of the courses. Thus the students had the same amount of time to work on homework and
-CyLE focuses on deploying reusable learning objectsand learning and engagement strategies to teach software engineering skills and techniques tostudents. However, since LMS’s are an integral part of most university communities, SEP-CyLEdoes support the export of student scores to a CSV file, so that instructors can load thatinformation into an organization-wide LMS. Building Learning Tools Interoperability (LTI – forintegration between SEP-CyLE and organization-wide LMS’s) is in progress.Other large efforts have been undertaken to develop entire courses for software testing andsoftware engineering. Websites like KhanAcademy and Codecademy provide completeprogramming tutorials. Massively Open Online Course websites like Udacity and
“Historical Analysis ofDFQ Rates” presented in the next section. The rates higher than 30% have been of great concernto the MEEN faculty teaching this course. Most engineering departments accept a D letter gradefor successful completion of MEEN 221 for their curriculum; however those students who fail (F)or drop (Q) have to repeat the course which negatively impacts departments’ retention of students;increases cost of education; and delays students’ graduation. High DFW/DFQ rates like the onesin MEEN 221 have also been reported for Statics, Dynamics and other foundational courses inengineering curricula in other studies [1-8]. These studies have implement changes in the coursesthat involve more student-centered learning activities [2,7], online
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
the format in which the class was taught; 2) the prediction that students wouldengage in discussion, group work and project development in an effective way, regardless of theformat in which they communicate; 3) the prediction that students would perform similarly tothose that have completed the course F2F; 4) the prediction that the teaching method used in theF2F environment can be used and effective in the virtual environment; and 5) the prediction thatthe students in the virtual environment would be able to develop a positive rapport with peersand instructor.Course grade, assignment grades and two online questionnaires were used to test the hypotheses.The study results indicate that when comparing course grades the students in the
. Allowing students theopportunity to gain confidence in their ability by quickly learning coding andapplying introductory programming concepts could help them to master theseconcepts more quickly and defer programming environment set up to a later date.Accelerating the learning of programming may help to offset future needs, asgrowth in software development jobs is projected to significantly outpace growthin instructional jobs in computer science. This study implemented two versions ofthe same course content in self-paced and instructor-led formats. The instructor-led format included the delivery of online lectures combined with examples andpractice exercises. This was considered a more traditional approach wherestudents were taught using slides
should be taken care of soon. cannot be left out for the course • Based on the existing class pace and effectiveness,• Changes in the topics: Students were in confusion about prepare a weekly plan of the revisited syllabus the limit and extent of changes they could undertake in the • For topics posing huge challenge in an online setting, they proposal and research. While several students showed no should be skipped during this crisis and once/if the college intentions to change topics, many concurred that their resumes, it should be taught through extra classes. Worst research
Page 22.828.3 All alternative problems 2 70.0 n/aA private company, Sapling Learning, provided the online homework system employed in thiswork. While Sapling has been providing online homework for several years in areas likechemistry and biology, Fall 2009 was the first time chemical engineering content was available.The questions are organized by chapter and topic to follow the textbook (Felder in this case) andthe course syllabus. Sapling provided a Ph.D. chemical engineer as a “Technology T.A.” to setup the assignments and assist the instructor. In this case, the Technology T.A. kept theinstructor’s extra effort required to use the Sapling system to less than 1 hour per week. Thecontent is web
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
students of low socio-economic status. It isnotable that the necessity for student readiness as well as faculty training or mentoring programsfor online teaching to facilitate teaching methods, learner support, and course delivery cannot beoveremphasized. As this pandemic continues, there is a need to identify development areas toenhance faculty competencies in the online environment.Prior to COVID-19, the landscape of higher education was changing rapidly, especially in termsof delivery format. Now, the growth in online education participation has astoundingly increased.All colleges and universities in the United States have now fully transitioned to online education,not driven by the primary purpose of transforming education, continuing
todemonstrate before graduating from an accredited engineering program. In Canada (and much ofthe world), the Coronavirus pandemic forced universities to close for the safety of their studentsand staff, and so all instruction was quickly transitioned to “emergency remote” delivery (for afull discussion of the differences between remote and online instruction, see [2]). Undoubtedly,the most difficult transitions to remote instruction were design courses. Design coursesfrequently include complex, multi-disciplinary, and/or ill-structured project-based learning, andwill include at least some physical equipment in virtually all engineering disciplines (exceptingpossibly software engineering). This paper describes the changes that were made to two first
video (mp4) files. Organize online content in a manner that keeps the students engaged The premise is to not overload the students with an abundance of course materials or they may disengage. The LMS permits content to be organized based on the calendar or content. For example, one might choose organizing by week one, two, three, etc. activities or through portals such as syllabus, module 1, module 2, homework and exams, Zoom lectures, etc.Concluding Thought “True teachers are those who use themselves as bridges over which they invite their students to cross; then, having facilitated their crossing, joyfully collapse, encouraging them to create their own.” ‒ Nikos Kazantzakis [44]Greek writer Kazantzakis understood that
the barriers instructors face when using activelearning in first- and second-year STEM courses in online-settings at post-secondary institutions.Here, we focus on fully online courses, taught in both asynchronous and synchronous settings,that have no in-person component. For our purposes, we define active learning broadly, as anytime the instructor goes beyond simply lecturing with the students taking notes. Active learningleads to improved student learning, more engaged students, and increased interest in STEM (e.g.,[1]-[5]). Additionally, active learning increases the quality, number, and diversity of STEMgraduates [5]. Despite these positive findings, adoption of active learning in classrooms has beenslow [4], and researchers have sought
mod- eling on both organismal and population scales, biological physics, and agent-based modeling. He grad- uated with degrees in applied mathematics and physics & astronomy from the University of Rochester. c American Society for Engineering Education, 2020 “Keep your eyes on your own paper" - academic dishonesty in the era of online homework assistanceIntroduction:Nearly every engineering program has an introductory programming course or a course in which theyintroduce computer programming. A large mid-Atlantic university includes MATLAB programming intheir Introduction to Engineering course sequence as is typical [1]. In these courses, programs are
inexpensive Hands-On Learning Module (@HOLM™) fluid mechanicslaboratory kits paired with an online undergraduate fluids mechanics course, which can beseamlessly inserted into any ABET-accredited baccalaureate mechanical engineering curriculum.The physical kit is small and inexpensive, enabling it to be shipped to a remote learner who thenassembles each experiment, collects data, and performs analysis at his/her location. Kitexperiments retain all the features, robustness, and rigor of full-scale brick-and-mortarlaboratories.Here, data collected from one laboratory kit beta-tested with junior and senior mechanicalengineering students is used as an example. Analysis of both indirect and direct assessmentsindicates that learning outcomes are achieved to
Paper ID #33054Transforming an Engineering Design Course into an Engaging LearningExperience Using a Series of Self-Directed Mini-Projects andePortfolios: Face-to-Face Versus Online-only InstructionMiss Taylor Tucker, University of Illinois at Urbana - Champaign Taylor Tucker graduated from the University of Illinois at Urbana-Champaign with a Bachelor’s degree in engineering mechanics. She is now pursuing a master’s degree at UIUC through the Digital Environments for Learning, Teaching, and Agency program in the department of Curriculum and Instruction. She is interested in design thinking as it applies to engineering
practices and individual course design5 while departmental committees composed ofgroups of faculty are responsible for curricular development. Froyd5 describes the pervasiveclassroom practice in engineering departments as lecture-based and summarily characterizes thepractice as “teaching as you have been taught.” In this system, individual faculty members areprimarily responsible for changes in practice and to implement change they must move past theclassroom culture in which they developed and have continued to practice for many years.The reward structure in research universities does not support extensive faculty focus onteaching. Promotions and tenure still rest primarily on achievements by faculty in producingscholarly publications and
information about thecourse such as course description, prerequisites and times/locations. The StaffInformation button can be used to include instructor’s contact information or any otherstaff members such as teaching assistant or grader involved with the course is also postedfor students’ use. The Course Documents button leads to the area where the majority ofcourse information is located for the online course that will be delivered to the students.Primary contents imbedded into this area are course syllabus, handouts, lecture materialsand any other reading material related to the course. The Assignments button isdedicated to hold course assignments such as homework, tests and quizzes. TheCommunication button provides Blackboard communication tools
purposes.Courses taught onlineThe remarks here are limited to summative evaluation information, or traditional course-endassessments. At many universities, the growth of online courses has outpaced the mechanisms toassess and evaluate them. A goal of our revised assessment process was to specifically includeonline classes.When revising summative assessments for traditional courses to gather information for ABETaccreditation review, a group of Manufacturing Engineering Technologies and Supervision(METS) Department faculty devised an assessment tool that can be creatively adapted to fitonline or traditional courses by incorporating the University-sanctioned evaluation questions tocreate an assessment process that would obtain data which would be school or
networking, wikis, and alternate reality worlds have grown significantly. Some instructorsshare their course materials and teaching ideas broadly, which expands learning and educationequity. Online content such as open educational resources (OERs) have been developed to supporthigher education students. Open educational resources are teaching, learning, and researchmaterials, commonly in the digital medium and public domain; an open educational resource maybe released under an open license [1]. In other words, an OER allows others to access, use, adaptand redistribute the materials at no cost. An OER may include complete courses, individual courseunits or modules, textbooks, lesson plans, syllabi, lectures, assignments, game-based learningprograms
, campus climate, and electronic and online tools [7]. Student retentionand success are more probable if students are exposed to in-school social connections and groupactivities throughout their course of study. Such engagement helps to build relationships amongstudents and makes education an important part of their everyday lives.Hybrid courses offer some of the convenience of all-online courses without the complete loss offace-to-face contact [8]. Hybrid teaching style encompasses recording traditional lectures,providing complementary PowerPoint presentations and text materials, 24/7 online access tolectures, tailoring the teaching method to learning needs, higher level of class discussion,targeting needy areas and topics, maintaining
importance of power electronics technology in the processof power conditioning and controlling. The decentralized electric power system concept will beintroduced” quoted from the course syllabus. Topics related to doubly-fed-induction-generatorfor wind energy harvesting are also covered. The prerequisite of the course is circuit II and isoffered as a technical elective to undergraduate students. The knowledge linkage between the Page 24.427.2course and the rest of the ECE curriculum is shown in Figure 1. Besides circuits, senior electrical 1engineering
Emergency Stop Push ButtonBattery FLOUREON 11.1V 3S Lipo 1 Battery 5500mAhBattery NiMH Battery Pack: 12V 1 5000mAh 7 Table 2: Initial plan for the course syllabus Week No. Content Week 1 Introduction Introduction Week 2 Python Programming Robot Operating System Week 3 Sensors Sensors Week 4 Electric Motors Visual Perception Week 5 Forward Kinematics
response to the midcourse evaluation. From the focusgroup feedback, we were able to identify specific approaches to addressing student concerns,particularly with regard to knowledge of MATLAB®.3.3 Access and Assessment Data3.3.1 BlackBoard®Within BlackBoard®, there are ways to track students’ usage. We were able to gather thenumber of hits made to each area (Table 10 andTable 11). For clarification, within the Content Area, course documents (i.e., syllabus,objectives, solutions, PowerPoint lectures, and so on) are stored. In the Tools Area, students areable to view their grades and they can also go directly to their grades via the Student Gradebook
, such as the syllabus with week by week labs spelled out and parts listclearly. The lab rules and safety were also covered. b) Transitioning to Virtual LabTo move a lab course quickly online, Instructor designed the virtual mode of instruction of ECE2200L including three parts:• Teach the content at the beginning of the lab.• Use simulation tools (such as PSpice) to model each circuit.• Show the simulation results through sharing the screen.Instructor modified the previously planned labs associated with the simulation so that studentscan perform it at home. Instructor also prepared for each virtual lab a To-Do list that serves as avery good pre-lab for the students. The To-Do list helps the student to better meet their learningobjectives for
created in Director) 3. Record audio in Powerpoint (large .WAV files) 4. Convert to smaller .SWA files 5. Import Audio files and connect them to the imported PPT files 6. Make a cover screen that displays when the CD loads with pointers to each lecture 7. Create Self-Loading CDThe screen that is automatically loaded when the CS/EET 114 CD is placed in the CDreader is shown in Fig. 6. Each of the yellow buttons opens the lecture with the titleshown. The lecture numbers are used as part of the assignment on the class syllabus. Asimilar CD was developed for the EET 205 course. When one of the yellow buttons isselected, the lecture begins. A sample screen from one of the lectures in the EET 205course is shown in Fig. 7. Note that
taught the course onlineonce before, and it was offered to students in two modalities; online and hybrid known as “hy-flex”, which gives students the ability to choose whether to attend face to face lectures, fullyonline, or any combination at any time. Both courses used the same book, syllabus, schedule,assessments, and instructor, the only difference was the modality. All assessments in bothsections opened and closed at the same time. Enrollment in the hybrid class was 34 while in theonline class was 49 for a total of 83. Neither was an honors course, and students knew themodality when registering.The hybrid course had face to face class that met three times per week in a reduced enrollmentclassroom in order to follow social distancing
second language. Accordingly, feel free to ask for repetition or clarification. I will be happy to provide it. Beyond addressing inclusion in the syllabus, I also recorded a welcome message that I expectstudents to watch at the beginning of the semester. In that video, I presented these inclusion ideasagain. In addition, I talk about diversity and students’ need to get prepared for the globalworkforce. Being in this course, I say in the video, “will develop your skills of working withnon-native speakers of English because English is my second language.”In addition to this, the instructional designer tested the slides and online content to make surethat they complied with the Americans with Disabilities Act and Section 508 of
1 2015 ASEE Zone III Conference (Gulf Southwest – Midwest – North Midwest Sections)dollars, of course. Within the system of online education, a classroom does not need to have aphysical structure nor a chiming bell to tell if the class has begun or ended. Time and space areno longer the binding factors, at least, not in the sense of our old school ways. Any time, anyplace, a class can be joined, an exam taken, and a grade earned, within the framework ofestablished schedule, of course. What a concept! Even more interestingly, what a great part ofreality! This wave of online education along with everything else that goes on in the online worldis spreading all over. Even on the other side of