education, and preparing graduate students as future change leaders within the academy. © American Society for Engineering Education, 2022 Powered by www.slayte.com Redesigning to Foster Community in an Online Introductory Chemical Engineering CourseAbstractIn response to COVID-19, we redesigned our introductory chemical engineering course to fit ourstudents’ current learning context. This adapted course for 30 sophomores and juniors not onlyhad to address our students’ academic and curricular requirements, but also meet their social andcommunity needs. As an entry point into the discipline–and the very first engineering class ourstudents would
Paper ID #37110Reflecting while doing: Integrating active learning andmetacognitive activities in a fully online thermodynamicscourseAndrea Gregg (Director of Online Pedagogy) Director of Online Pedagogy and Assistant Teaching ProfessorJacqueline O'connor © American Society for Engineering Education, 2022 Powered by www.slayte.com Reflecting while doing: Integrating active learning and metacognitive activities in a fully online thermodynamics course IntroductionIn this paper we
? Canvas 1. The syllabus section was used to post the syllabus of this course No and list all course assignments and online tests in a summary table. 2. The announcements section was used to post course announcements. 3. Pages were used to post course introduction and policies, institutional policies and resources, ARM and µVision IDE documents, example source code of ARMv7-M/ARMv8-M assembly programs, and PPT slides. These pages were organized into four modules. 4. Pages were used to post the links to pre-recorded lecture videos and the in-class notes for every
Powered by www.slayte.com Students Poor Exam Performance in an Engineering Course after Twenty Months of Online Instruction and Efforts to ImproveAbstractMany universities stopped face-to-face instruction in March 2020 due to the COVID-19 pandemicand forced courses to be online through the summer 2021. In the fall 2021, many students returnedto face-to-face instruction. After the two face-to-face exams, nearly 60% of the class was failinga heat transfer class that is significantly higher than pre-pandemic semesters. The instructor offeredto meet one-on-one with each student and two-thirds of the class did meet with the instructor. Theinstructor learned that many students (1) devoting less than 2 hours per week to the course
Paper ID #37153Enhancing student learning in online courses through flippedclassroom and multi-stage assignment structureCrystal Han Dr. Crystal Han is an assistant professor of Mechanical Engineering at San José State University. She has a Ph.D. in Mechanical Engineering from Stanford University. She teaches courses in the thermal-fluid area. Her research interests include microfluidics, biotechnologies, rapid point-of-care diagnosis, and engineering education. © American Society for Engineering Education, 2022 Powered by www.slayte.com Enhancing student
this modality(synchronous) Figure1: PE students’ feedback on synchronous online teaching Attendance during Synchronous InstructionWith synchronous courses being offered online the inclusion of asynchronous video content, active participation,viewing, and attendance of all content can be difficult to ensure and confusing for students. Here is a list ofrecommendation to ensure the attendance during synchronous instruction based on faculty member’s input.• The syllabus should reflect the various modes of content delivery. Instructors should have the effects of non- attendance on grading clearly outlined in the syllabus. When group work is involved a clear attendance policy should be outlined for such work
Paper ID #36424WIP: Problems and Promises of Online Lectures for theMechanics of Materials related Courses during and afterCOVID-19Jayanta K. Banerjee (Professor) Professor of Mechanical Engineering at the University of Puerto Rico in Mayagüez (UPRM). © American Society for Engineering Education, 2022 Powered by www.slayte.comWIP: PROBLEMS AND PROMISES OF ONLINE LECTURES FOR THE MECHANICS OF MATERIALS RELATEDCOURSES DURING AND AFTER COVID-19ABSTRACT Since March 2020, when the COVID-19 problems started in teaching at the university level, I havebeen offering three
Paper ID #36745Applying a Collaborative Online International LearningExperience (COIL) during two UndergraduateEnvironmental Engineering Courses in the US and MexicoJorge E Loyo Rosales (Associate Director of Education, NEWT) Jorge Loyo joined Rice in January 2016 as a lecturer for the NSF-funded Engineering Research Center for Nanotechnology-Enabled Water Treatment (NEWT), and he became NEWT’s Associate Director of Education in January 2017. In the latter role, Jorge coordinates and runs NEWT’s REU program. He developed and runs NEWT’s Core Course, offered to the center’s first-year graduate students. Jorge
Engineering, Chemistry, and Science with the Wilson College of Textiles, North Carolina State University. He leads the NEXT Research Team, focusing on electronic materials and processing for textile-based electronic systems. © American Society for Engineering Education, 2022 Powered by www.slayte.com Virtual Hands-on Learning – The development of an online engineering design course with a virtual product inspection portalIntroductionThe need for high quality online learning materials has accelerated dramatically due to factorsincluding the rapidly changing dynamics of educational workforce development that requiresmore flexible hours and asynchronous learning
-related topics courses for his doctoral students, respectively. He also has extensive experience in working collaboratively with several universities in Asia, the World Bank Institute, and USAID to design and conduct workshops promoting active-learning and life-long learning that is sustainable and scalable. Dr. Lawanto’s research interests include cognition, learning, and instruction, and online learning. © American Society for Engineering Education, 2022 Powered by www.slayte.com Improving Students’ Achievement on Summative Exams in LargeUndergraduate Engineering Classes: Taking Advantage of Online Formative AssessmentsAbstract
StructureBefore we discuss the application of specifications grading to our junior-level Fluid Mechanicscourse, it is helpful to first describe the structure of the course. Fluid Mechanics is divided intofive modules: Hydrostatics, Internal Flow, Pump and System curves, a discipline specificmodule, and Reynolds Transport Theorem. In each of these modules, students are given threeonline quizzes on video lectures, three homework assignments, three online proficiency quizzes,and an exam. Figure 1 shows the student view of the Hydrostatics Module in Canvas. Inaddition to the assignments within each module, there is a major project covering informationfrom the first three modules, and a mini-project covering the discipline specific module
Engineering Ethics; and the editorial board chair for the Online Ethics Center. © American Society for Engineering Education, 2022 Powered by www.slayte.com WIP: Empathy Development in Community-Engagement CourseAbstractThis Work in Progress paper presents an ongoing study on empathic development within acommunity-engaged engineering design course. Empathy is increasingly recognized as a criticalskill and disposition for engineering practice as it can help engineers effectively contribute to theneeds of their community. Understanding how empathy changes in a community-engaged designexperience can inform the development of a wide range of design and community
students.Specifically, the standards related to a strengths-based approach encouraged instructors toenhance student motivation and engagement [16], [17] by providing a variety of modes foractivities and assessments and provide students with the opportunity to make choices and applytheir strengths within the context of these learning activities and assessments. The standardsrelated to building a culture of inclusion encouraged instructors to a) include a personalizedinclusion statement in the course syllabus that goes beyond the required accessibility statementrelated to access and accommodations, b) to participate in development activities related toneurodiversity, and c) to adopt inclusive teaching practices that are appropriate for their course.The teaching
Rockwell PLC modules, Festorobot arm and Human Machine Interface (HMI) unit, and RSstudio software [20-21]. Thecapstone course syllabus was developed with learning outcomes that focuses on understanding ofdifferent sensors, motors, motor drives, PLC I/O cards, wiring, control algorithms, and how tointegrate all these devices and control them with the PLC software. The other important goal wasto teach students to troubleshoot the hardware and software issues in the integration process.The Main Leaning Objectives and Block Diagram of the Project FrameworkThe capstone projective learning outcomes were divided into two main parts, the first one was torun the robot with manufacturer provided software, without PLC, to understand the workingprinciples
.).At the same time, many courses have a list of student learning outcomes or course objectives,often presented in the syllabus. These are used for program assessment, for ensuring consistencyacross instructors and over time, and for informing students of the overall course goals.Frequently, however, there is not a direct connection between the learning outcomes and the“points” earned in the course. For example, partial credit relevant to one outcome might becombined with full credit on another, masking whether a student actually met all outcomes (orwhich ones were met). “Extra credit” points for participation can further cloud this. Likewise,high scores (for example) on a hands-on, laboratory portion can mask shortcomings in otheraspects such
documentation analysis of syllabi available on the universitywebsite. Each syllabus was anonymized and analyzed for the learning objectives and followingpedagogical content: § Textbook requirement § Attendance requirement § Schedule presence, detail, and organization § Supplemental materialSyllabi from four courses were obtained from the online syllabi database, available at theuniversity website. These syllabi cover the years of 2016 to 2021, including summer courses. Forthe purposes of analysis, only pedagogical intent was considered to prevent bias toward aspecific subject. The courses in this paper come from the Solid Mechanics portion of thecurriculum and are Statics of Mechanisms, Introduction to Solid Mechanics, Solid Mechanics,and
: Mechanical Engineering program course hierarchy demonstrating the interaction of allcourses with ME 252: Engineering Dynamics.Approach and MethodologyA well-organized syllabus of ME 252 course has been prepared with a class schedule andgrading rubrics. It involves numerous laws of physics and mathematical formulas. The currentinstructional method in ME 252 is split into several portions. First, theories are discussed withactive interactions with pedagogical demonstration and real-life importance. Second, numerousproblems using the step-by-step problem-solving methods are presented to show real worldcorrelations and applications. In the end, a class participation problem is assigned to the studentsto solve in each class. The following key rules are
identity- and person-first language. This is the author’spreferred style of identification. Each disabled person has the right to choose what style they would like tobe addressed by.1) Provide instructor- and course-specific accessibility and accommodation statementsAccording to a survey of over 200 professors Box 1: Typical Required Syllabus Statement:and students, the syllabus was named thecomponent of a course that most often Disability Accommodations. If you have acontributes to effective college teaching.20 disability and have an accommodations letterUniversities usually require professors to from the Disability Resources office, I encourageinclude a statement about the
of products and environments to be usable by all people, tothe greatest extent possible, and without the need for adaptation or specialized design [13]. WithUDI, the course products and environments meet the needs of potential users with diversecharacteristics that include disabilities. Furthermore, making a course accessible to people withdisabilities often benefits others. There are seven UD principles, and this course has been re-designed to satisfy all seven principles as summarized (see Table 1).The first principle is applied to make the design useful and marketable to people with diverseabilities [13]. This was implemented through the course website, textbook, syllabus, andcaptions. The second principle is applied to provide
can generate consistent and coherenttext, convey relevant, concise and easy-to-understand information to explain course-specifictopics and at the same time, easily scale to replace textbooks from other courses.3.0 Beyond TextbookBT is an online work-in-progress OER platform that delivers customized, credible, andcontinuously updated e-textbooks that closely follow course content at no cost in a standardized,but collaborative and dynamic manner. BT allows users to upload lecture notes through itswebsite interface and then given a list of topics, users will be able to auto-generate apersonalized e-textbook from the uploaded notes. The backend algorithm determines therelatedness metrics used to distill the database of notes using the provided
of Engineering at Rowan University. Stephanie is past president of the American Society for Engineering Education and serves as 2021-2022 IFEES President-Elect. © American Society for Engineering Education, 2022 Powered by www.slayte.com An Analysis of LGBTQ+ Courses: Recommendations for Developing Content for LGBTQ+ Individuals and Allies in Academia AbstractThis work-in-progress paper examines four free online courses addressing LGBTQ+ topics andissues and provides recommendations for creating new content and resources for allies in highereducation. This exploratory work is guided by the following questions
the students decide to pursue as a career, these modules would attempt to teachcybersecurity throughout an existing CS/CSE program. This paper presents one such module inthe form of a visualization tool that describes cryptography and its basics for a sophomore discretemathematics course. Specifically, the tool demonstrates the mathematical foundations ofcryptography, the implementation of the RSA algorithm, and a real-world scenario to showcasethe utility of encryption. Related results demonstrating the efficacy of the tool are presented.2. IntroductionIn recent years, the advancement of technology has led to people spending more time on theInternet. Even though there are benefits of using the Internet, such as online transactions
the pandemic. The coursework ofstudents of other instructors (e.g., the second author) are excluded due mainly to variations in keyassignments (e.g., different quizzes).Fall 2019. The syllabus topics for Fall 2019 did not change significantly from the original designof the course 23,24 . A minor rearrangement of topics introduced simple functions earlier for moreutility throughout the semester. The Fall 2019 course topics are in table 1.Fall 2020. The syllabus topics for Fall 2020 did not change significantly from 2020 to try to givestudents as much of an equivalent experience to their pre-pandemic peers as possible. The twoexams were administered online though on an LMS. The schedule was moved up, however,because the university started the
of Teaching Assistants in a First-yearEngineering Course During the PandemicAbstractThis complete evidence-based practice paper examines the synergy of the roles of TAs (teachingassistants) and IAIs (instructional assistant interns) in the remote teaching and learning of anewly redesigned level 1 Engineering course. This study asks: In what ways do the similaritiesand differences among IAIs’ and TAs’ roles and responsibilities enhance first-year students’learning experience in an online course amid the pandemic?Using the lenses of collaborative teaching and community of practice (CoP), we examined howTAs and IAIs perceived their roles as they worked together to mentor first-year students. Ananonymous and voluntary online self-assessment
a relatively recent innovation, as forced by COVID 19, online education guides the use ofnew technologies in developing alternative methodologies for student learning. While the learningprocess, at present, requires self-learning and the ability to deal with activities autonomously, thissits well with the stated need to introduce virtual learning strategies and skills into universityeducation.In this context, we sought to design a course that facilitates assimilation and aims for interactionbetween students and instructors that may deliver dynamic learning activities. Under this analysis,the AutoCad General Training elective course was offered to generate skills that may allow forunderstanding the importance of drawings. For example, the
has also beendocumented in the education literature, supporting the value of such study design in engineeringeducation (Bryan, 2003).Figure 3: Charlie’s background and data analysis process As part of the larger study, data collection involved two types of data form (Figure 3).First, the participants provided their course syllabus and a test they used. The course documentdata pool only had a course syllabus and a test for each participant because some participantswere not comfortable sharing more than one test. To ensure consistency across the seven cases,the course document data pool is limited to one syllabus and one test. For Charlie, the syllabusand a test from his thermodynamics course became part of the data analyzed for this
course instructor used the board/visuals/computer effectively. D 9. The course instructor spoke loudly and clearly. D 10. The course instructor established and maintained office hours. 11. The course instructor distributed a course syllabus at the start of the semester that specified the D course expectations, grading criteria, and student responsibilities. D 12. The course instructor corrected assignments and exams in a timely manner. D 13. Grading of exams and assignments was done in a fair manner. D 14. Course workload was appropriate. D 15. Course instructor had good command of the class and control over disruptive student behavior. D
summarized in Table 1. The course begins with the review of basicknowledge in probability, statistics, and programming in Python (Appendix A). The rest of thesemester covers common supervised and unsupervised learning algorithms, and modelevaluation (Fig. 2). This review article provides the description of each covered topic [1]. Whilethese topics are similar to introductory machine learning courses offered by other Engineeringand Computer Science departments and online courses [2]-[4], students learn to apply thesealgorithms to biomedical and life science applications. Students are exposed to different types ofbiomedical data such as measured physiological signals and medical images (Appendix B). Theyalso see typical issues with biomedical data
Engineering, MechanicalEngineering and even Space Engineering [8-20]. In this work we analyze the impact thechallenge and the participation of the Strategic Partner had in the learning process of a course ofStructural Engineering within the framework of our educational model using a challenge-basedapproach. In this study, we also analyze two different modalities for the sessions: hybrid sessionsand fully online, as the two cities had different conditions during the pandemic.ObjectivesThe main objective of this work is to present the results of the participation of the strategicindustry partner in the course that required students to present the solution to a real life scenarioor challenge, particularly, the proposals for a structural system of an
group of APMA faculties was assembled, and we startedan extensive revision of the way we were delivering math courses to our undergraduateengineering students. Even though the engineering school did not urge us for innovation, wecould not turn a blind eye to how the teaching and learning environment was changing aroundus: Emerging new technologies Open-source online homework systems Changes in demographic in the engineering school, with increasing female enrollment. UVA E-School has one of the highest ratio of female-to-male students in US: 34%. A slow but steady growth of underrepresented minorities.In addition, engineering schools change their approach towards students by shifting from aweeding system to an