reviews ofteaching options that are required for promotion and tenure: 1.) Observation of classroomteaching; 2.) Review of syllabus and other course materials.We coordinated with the Michael V. Drake Institute for Teaching and Learning, which employsstaff trained in evidence-based faculty development, trainings on conducting evidence-basedobservations of classroom teaching, as well as using the forms we created to structure effectiveand useful conversations prior to and after the observation of teaching session occurred. We alsoconducted a second session on using the evidence from the observation of teaching report towrite effective letters of evaluation of teaching. Recently, we offered trainings on how toevaluate and review online courses, and
students atRVGS and to other governor’s school students via an online computer course managementsystem (CMS). GSEN has a pre-requisite of introductory calculus and extends over the entireschool year. RVGS is one of the first high schools in the United States that allows students totake an online calculus based engineering mechanics course for college credit. Most other highschool engineering programs investigate the profession in general terms and then focus on“hands-on” project oriented activities. Many of the programs reviewed by the authors involvesummer “boot camp” type curriculums usually not requiring a mathematics background beyondalgebra or trigonometry. While important, these programs do not allow students to be exposed toconcepts in
the expectations of the specifications grading conveyed by the course syllabus and by the instructors? 2. Did you feel confident about where you stood in terms of progress towards earning your intended grade throughout the course? 3. Based on the specifications grading scheme for this course, what final grade do you expect to earn? 4. What do you think were the strengths of the grading approach for this course? Why? 5. What do you think were the weaknesses of the grading approach for this course? Why?The responses for the first three questions are given in Figures 1, 2, and 3. The majority (85%) ofthe students felt that the specifications grading scheme was transparent and communicatedeffectively. All of the students
course.The ELE-111 course and ELE-111L lab have been extremely popular with full enrollment eachsemester for the last two years since the adoption of the present syllabus. Of course, during the2020-2021 academic year the course was offered online both semesters with the lab in-personwith restricted enrollment numbers due to COVID-19. So, presently, the course is available inboth modalities (however, on-line only Fall 2021). The lab has been adapted for online deliverybut is only being offered in person for the Fall of 2021.V. The FutureAs IoT applications are adopted on a larger scale it is assumed that the IoT certificate willbecome more popular with additional interest from individuals in fields that are adopting thistype of technology but do not
to deepen and broaden her knowledge of a key application domain for information systems. She has taught both online and hybrid courses and is interested in enhancing the quality of online learning experiences.Cheryl Willis, University of Houston Cheryl Willis is an Associate Professor of Information Systems Technology at the University of Houston. She received her Ph.D. in Curriculum and Instruction from the University of Florida. Her teaching focus is primarily on applications development and database management. Her research interests include curriculum revision processes for career and technology programs; service learning in information technology undergraduate programs and the use of
continuous learning, the first twoproject-based learning courses are intended to be team-taught. The team established guidelinesfor ensuring that collective decision-making remained part of the course development process fornew integrated PBL classes, while ensuring that lead instructors have the necessary autonomy tomove forward with course design and delivery. The intention is that at least three months prior tothe start of the semester, lead instructors will present their course syllabus to the full group fordiscussion and approval. The syllabus will include course outcomes, an outline of coursecontent, a breakdown of assessment plans, and their intended approach to project-based learning,including expected student deliverables. Once approved
cultivate deep learning. Their analysis found that deep learning was reported (bystudents) to be higher after the course and that the main contextual factor associated withenhancing deep learning was their innovative assessment.The Computer Assisted Exam with Student Reflection for Partial Credit (CAESR4PC)In CAESR4PC, students first take a computer assisted exam with blank paper to work out theiranswer in an essay style format. CAESR4PC exam questions can be delivered through anyonline assessment platform such as WebCT®, WileyPlus®, MapleTA®, or MyMathLab®.Exams are initially graded by the computer system based on binary (right/wrong) answers.Following the exam, student work is digitized (scanned) to an online system that allows studentto view
together. Share your teaching philosophy and goals for the classwith your graduate teaching assistants. Tell them what inspires and motivates you to teach thecourse, and how you are seeking to improve it based on previous experiences. Ask them whythey are teaching this course, what they hope to get out of it, and what their previous teachingexperience has been. Invite them to set goals with you: personal goals for the own teaching, aswell as group goals for teaching the course.Share student learning objectives, ABET requirements, and your course syllabus with yourgraduate teaching assistants at this meeting. Communicate the key course deliverables orassignments, topics, and policies. Describe your typical approach to grading. Coordinate to setup a
same department, tookturns evaluating and providing feedback to each other throughout the year. The process consistedof three parts: a classroom observation, feedback on course materials (syllabus, forms ofassessment such as exams and homework assignments, etc.), and a reflection meeting with allthree members of the triangle to provide feedback and opportunities for discussion. They foundthat the biggest benefit of their process was that faculty valued the individualized feedback theyreceived from the other members of their Triangle, as well as the observations they made of theircolleagues’ teaching. The process fostered interactions in a way that would not have occurredwithout the program, and faculty used the Teaching Triangles to devote
into groups of 2-3 people depending onclass size. In addition to the primary instructor, two graduate students helped conduct hands-onactivities.The environmental engineering course curriculum has evolved over the past 5 years. A syllabus(Table 2) for the environmental engineering mini-course was developed for students tounderstand the expectations of the course. Learning objectives were set for each topic coveredthroughout the course paired with expected outcomes. Learning objectives and expectedoutcomes were applied to all age groups. The difficulty of design calculations and number ofdiscussion questions increased for high school aged campers. The older students were askedthought provoking discussion questions following activities for
in the Kabul Basin, Afghanistan which he has completed in 2018. In addition, Hamidullah Waizy was employed as demonstrator and lecturer on the casual basis at University of Brighton while he was conducting his research and he was teaching courses such as mineralogy, petrography and economic geology. c American Society for Engineering Education, 2019 Capacity building of the Afghan universities in geology and minerals educationAbstractCapacity building of engineering institutions, particularly in subject disciplines related to geologyand natural resources is a major challenge for the present government in Afghanistan to tackle. Itis crucial to prioritize and plan the growth of higher education
objectives are as follows: To develop new and interesting ways of thinking about engineering applications. To investigate future trends in a world environment and to identify specific needs or new entrepreneurial ventures. To connect Engineering students with Human and Organizational Development students to develop cross-discipline discussions. To conceptualize and develop a prototype for a new business venture.IX. Course Outline (Topics)The following information is a part of the course syllabus and will provide the readerwith more details about how we have structured the class. Assignments for Grading and Important Dates Topic & Assignments Due Date
that the best time for the workshop would be at thebeginning of the fall semester. Some faculty deemed the workshop so relevant to their classesthat they decided to include it in their syllabus for the fall and make it mandatory for theirstudents to participate. One other very important idea suggested by faculty was that theworkshop be recorded and made available online so that it could be available to those notparticipating in the workshop and enabling its content be reused in future courses. This initialplanning step also helped secure the faculty speakers for the campus session.The faculty enthusiasm was so great that the news about the workshop reached multiple officeson campus that were interested in offering event support. The Division
aproductive workday and not spend some amount of personal time absorbing new technology.Especially in the computer-related fields keeping up with changes and building new skills is afull time job on its own. Often the best way to pick up new skills is to take a class. Most collegesoffer graphic design classes as well as many vendors. Micron University offers a wideassortment of online courses that promise to take the student through various skill sets, many ofwhich are needed for multimedia design. At State Tech the MET/IET faculty and staff havebegun a combination of training initiatives that use focused in-house training where knowledgeexperts share their skills, and online training for broader, more generalized topics. Online coursesare chosen
activities student post-assessment with a written assessment form after the final opportunity to meet alumni alumni post-assessmentThis project will be refined and continued in Spring 2004. Additional alumni assessmentthrough a questionnaire is being collected now to get further input and to determine if a post-course mentoring relationship has been established. The author’s personal assessment is that thisproject, although time-consuming for the professor, was enjoyable and rewarding for allconcerned.References1. Dyrud, M.A., " Communication and Civil Engineering: An Integrated Approach to Senior Projects," American Society for Engineering Education 2002 Conference Proceedings, CD ROM, 7 pp. Available online at
improve his hardware and softwareengineering skills. Making the project open-ended made it fun for the student. Althoughthe project time took away some lecture time from the course, the experience of thestudent demonstrated that the tradeoff was worthwhile. The detailed course information Page 10.421.6can be obtained by contacting the third author. Proceedings of the 2005 American Society for Engineering Education Annual Conference & Exposition Copyright © 2005, American Society for Engineering EducationReferences1. EE 383 Course Syllabus, United States Air Force Academy CO, 30 December 2003.TYLER W. GILBERT graduated from
designsequence is illustrated in Figure 2. Learning Outcomes Teaching Assessments Strategies and Feedback Situational Factors 1. General context of the learning situation (expectations placed on this course by the university, college, professions, society, etc.) 2. Specific context of the learning situation (class size, level, type of class – live/online, lecture/lab, classroom facilities, etc.) 3. Nature of
includes experiences as both a middle school and high school science teacher, teaching science at elementary through graduate level, developing formative as- sessment instruments, teaching undergraduate and graduate courses in science and science education, working with high-risk youth in alternative education centers, working in science museums, designing and facilitating online courses, multimedia curriculum development, and leading and researching profes- sional learning for educators. The Association for the Education of Teachers of Science (AETS) honored Dr. Spiegel for his efforts in teacher education with the Innovation in Teaching Science Teachers award (1997). Dr. Spiegel’s current efforts focus on
or recitationformat. From the syllabus: "What this entails is that students will work alone or in teams onparticular design exercises which allow the students to learn by doing, to learn by observing theresults of others, and to learn from one another while trying out new ideas. The role of theinstructor corresponds more to that of a coach or mentor."Each section of the course met twice a week. On Day A, the class met for 2 hours; on the nextday, Day B, the class met for one hour. Attendance was expected, and students were notified onthe syllabus that failure to attend or take part in team meetings (often scheduled outside of class)would result in a lowered grade. The students were each given a laboratory notebook and wereexpected to
department of computer science at University of Illinois at Urbana-Champaign (UIUC). His interests include (but are not limited to) joyful teaching, empirically-sound educational research, campus and online courses, computer science, engag- ing underrepresented students, improving accessibility and creating novel methods to create, adapt and enhance learning opportunities and learning communities.Mr. Yuren Xie, University of Illinois at Urbana-Champaign I am a senior Computer Science and Statistics and Mathematics student studying at the University of Illinois at Urbana-Champaign. I really appreciate that I can live in a world where science and technology have been being used to make the world better, and it is my honor
have documented: elective face-to-face courses [3],[4], online courses [5], course concentrations [6], [7], capstone experiences [8], [9], and project-based courses embedded in the engineering curriculum [2], [10]–[12]. Most studies on entrepreneurship education have analyzed psychological outcomes, such asself-efficacy and entrepreneurial intent [13]. Few of them have explored short and long-termeffects on professional competencies and career goals [14]. Some of them have used classroomassessment techniques and academic records to understand students’ conceptions ofentrepreneurial learning [15], [16], but more efforts are needed to explore how students learn aboutentrepreneurship as they develop ownership of their ideas [17]. This article
desk).Each of the modules in Table 1 links to supporting material on the TESSAL website. Thesupporting web resources include: • Tutorial on fundamental, theoretical concepts demonstrated in the lab • Instructional videos for how to run the labs • Laboratory procedures for students to follow to do the lab • Online problems representative of those found in lecture-based course exams • Instructor resources for building the platform and for implementing itThese resources satisfy two goals for the center: 1) to maximize the benefits of incorporating theexperiments into the course and 2) to maximize wide-spread usage of the experiments. Thewebsite material ties the experiments to lecture material as well as provides support for studentsand
-578-4221AbstractActive learning in any field of study is a time-demanding approach to engaging students inproblem-solving and other activities in face-to-face class settings and online environments. Theorigin of learning is rooted in the activity, which is doing something to find out about specifictopics. Active learning constitutes a natural pair in any education, especially in engineering andmanagement. Engineering and management students are trained to design and construct solutionsto problems in the real world. This paper presents the perceptions and attitudes of students whoparticipated in active learning activities of civil/environmental engineering and constructionmanagement courses in fall 2021. One course from the Civil and
videos were developed and recorded for the online module of the new course entitled “Solar PV Planning and Installation”. • Senior Design Project [6] (four students, completed): “Solar-Powered Speed Radar Measurement, Display, and Logging System”. In this project, a solar PV system was designed to power a speed control system including a radar sensor, camera, microprocessor, and data logging system (Figure 10). • Senior Design Project (five students, in progress): “Solar-Tracking PV System Design and Development”. In this project, a PV system is designed and developed with the capability to track the sun based on two degrees of Figure 10. Solar-powered speed radar
, andassignment descriptions online [link blinded for peer review]. The curricular materialsand insights from this paper are interdisciplinary and transferable to many courses inBME and related fields.In order to make our curriculum more accessible to engineering educators who do nothave backgrounds in critical theory (and because we are not experts in these fieldsourselves), in this paper we do not provide an extensive background of critical theorieson race, gender, sexuality, or disability. However, we do recommend the followingresources: Donna Riley’s book, Engineering and Social Justice [1], The Center forCritical Race and Digital Theories [2], “Critical Race Theory: An Introduction” [3], andLangdon Winner’s “Do Artifacts Have Politics?” [4]. As we
ConferenceDr. Oh had practiced extensive course reflection for formative purposes. She summarized hercourse reflections into a summary document with the following sections (Figure 2): Summary from Course Reflections I. Courses (syllabus in Section X.C.1b) II. Curriculum Background and Prerequisite III. Placement Test and Exit Grade Analysis IV. Course Goals and Reflections V. Class Format and Assessment VI. K-State Online Hybrid Instruction: Most used Features, Goals, and Effects (1999-2003) VII. University Undergraduate Student Learning Outcomes (SLOs) at Kansas State University VIII. Major Teaching/Learning Strategy
be able to commit. Table 1. Alignment of ENT330 syllabus with SBIR protocols Module 1: Opportunity Discovery Course Activities SBIR Protocol Opportunity Search Topics / Solicitations Value Proposition Significance, Innovation, Differentiation Module 2: Risk Reduction Team Formation Key Personnel, Collaborators Prototyping Strategy Work Plan, Beta Testers, Subcontractors, Endorsers Finance Plans for Future Funding, Grants versus Contracts Module 3: Strategy Evaluation
designed to introduce students to each of those concepts and help themdevelop each of those skills, (5) assignments were matched to high potential courses identifiedduring the curriculum mapping process. The next step is to collaborate with engineering facultyto refine the portfolio and work toward the adoption of these assignments as part of a holisticprogram. The assignments and supplementary materials are available online for other librariansto use and adapt.IntroductionThe University of North Carolina at Charlotte (UNCC) is a 4-year public R2 doctoral universitythat serves 23,400 undergraduate students. Of those students, 3,100 are pursuing bachelor ofscience degrees in civil engineering, computer engineering, electrical engineering
used toengage underprepared students while creating an inclusive whole-group discussion. Theassessment of the pre-class preparation on student engagement and learning has been shown tobe impactful [34]. This course included a total of eight assignments over the course of thesemester. Three assignments required students to work with peer-reviewed scientific articles onair pollution health impacts, hazardous waste, and ethical case studies. Two assignments taskedstudents to do mini research: personal water footprint and waste analysis of a fast foodrestaurant. In addition, three purely pedagogical homework tasks were assigned to develop self-regulation of learning, such as syllabus review, letter to future self, and mid semester evaluation[32
accuracy or fluidity, and finding ways tosupport students’ extrinsic motivations “to spur them to try to continue to work by introducingthe level of competition. There was something there about having a leaderboard or gamifying itthat turned it into something there that helps spur the students to work on their own.”4.6. Benefits provided by SketchTivity to teachingIn the mechanical engineering instructor’s courses, the syllabus did not include sketching inregular instruction and left them little time to teach perspective sketching principles. Therefore,the mechanical engineering instructor reported that SketchTivity was helpful for giving studentsthe opportunity to practice outside the course: “ It's not really changing anything with respect to