associate procrastination with individual values and learning Page 14.589.4routines. They assert that people with planned daily tasks deal with procrastinationconstructively and better than unstructured individuals. Analyzing students' value orientationsand interpersonal relationships, the authors present statistical evidence of academicprocrastination levels and their dependence on motivational conflicts. They conclude that valueorientations and conflicts do affect procrastination levels in an academic setting. Akinsola andothers5 note a statistical correlation between procrastination levels and achievement inmathematics. The authors further deduce
’ work, and thereby gauge whetherthey are directing enough effort to the right parts of the assignment. Students embarkingon a peer-reviewed assignment should be told this, as a way to increase their buy-in to theprocess.7. ConclusionIn-class peer review can be a rewarding experience, but to realize its promise, it requirescareful planning and instruction. First, the instructor should create a detailed rubric,possibly with suggestions from students. Students should be shown what a good reviewlooks like. They should understand the benefit of providing specific, actionablesuggestions to the authors. They should endeavor to put themselves in the authors’ shoes,and think carefully about the effect that their feedback will have on the
supportcomputational thinking while planning a programming instruction [9]. To examine practices andperspectives in Computational thinking learning research, a proposed methodology of datacollection will be asking students to verbalize their thought process using think aloud protocolwhile programming and their on-screen programming activity could be captured and analyzed[9]. As for the instructional implication, it is proposed that a constructionism-based problem-solving learning environment, with information processing, scaffolding and reflection activities,could be designed to foster computational practices and computational perspectives.Although constructionism was the dominant learning theory to teach computational thinking.Additional frameworks were also
idea. Students start from thebasics, such as drawing a line, and are well-supported with lesson videos and visual guidance foreach lesson. Practice may be pursued through a structured plan, or by selecting their own paththrough the lessons. The most popular item is an award-winning gamified line sketching activitywhereby points are awarded for achievement levels of three basic sketching metrics.Instructor ObservationsAll three tools provide digital formative assessments with immediate feedback to the studentsfrom the tools. PhET and Sketchtivity respond with visual stimuli to be interpreted by thestudent, while Mechanix is designed to provide textual hints and guidance.PhET is an online simulation tool widely utilized at all levels of
, collecting data, and analyzing the data. There is one formal report due inthe course that the students submit individually, in which the students must follow a strict outline.However, it still follows the main structure they have been using prior in the term. In future offer-ings of this course, I plan to have informal reports focus on specific documentation elements thatlead up to the formal report. This will give the students guidance when they prepare their formalreport.2.4 Instructor 3After finishing my undergraduate degree, I worked for a software company where I supported cus-tomers by helping them maintain and configure our software. As a company, we used a homegrownprogram to document nearly all functions of the company, including customer
inaugural five faculty at each institution to register and use the tool receive alifetime basic version of the software for free. Outside of that, the basic version described in thispaper is currently $1 per student per course, following a two-term free trial for all new users. Anupgraded complete version that includes AI grading assistance and support for gradingprogramming assignments is priced at $3 per student per course. There are also team-teachingand institutional plans available.References[1] A. W. Chickering and Z. F. Gamson, "Seven principles for good practice in undergraduate education," AAHE bulletin, vol. 3, p. 7, 1987.[2] A. N. Kluger and A. DeNisi, "Feedback interventions: Toward the understanding of a double-edged
standardtextbook isn‟t employed.I. IntroductionIn many of today‟s classrooms, the textbook sets the stage. Accordingly, textbooks guideinstructional planning and classroom activities “by making content available, organizing it, andsetting out learning tasks in a form designed to be appealing to students.” 1 Whether or not to usea textbook in a college level class is a decision that may or not fall to the individual instructor.Some courses, particularly those that are required of all undergraduates in a major, often use a“standard” text selected by the department. Other courses may allow for more flexibility and aprofessor can decide whether or not to require a textbook as well as select the textbook.Researchers have advocated a variety of approaches
sections of the course, do not force the GTAs/faculty tobe talking heads by requiring that everyone use the exact same slides. Discuss prepared Page 25.135.10presentation slides with faculty/GTAs at weekly meetings. Keep an open mind. Encouragecomments and incorporate good suggestions. Make sure the topic objectives are clearly stated toall faculty/GTAs so they know what is expected for that material. Identify key points that mustbe communicated and activities that must be done for each workshop. While instructionalsupport materials are provided for the activities as planned, allow GTAs/faculty to modify thepresentation as long as the key points
relationship2. Depending on the type of relationshipdesired, a mentor may be a colleague but not necessarily a friend to the mentee and vice-versa2.Some mentoring programs follow a group construct where a group of multiple mentors andmentees may hold discussions and assist one another in that sense. Specific mentoring paradigmsare described in the next section.“Formal mentoring” is the term used to define a planned mentoring process2. Individuals aregenerally placed together in various mentoring groups and attend scheduled meetings2. Meetingtimes and other scheduled events are logged, and financial costs can be documented to help theinstitution assess whether or not the program experiences continuing success. Informalmentoring relationships are
. Students are asked to answer aquestion individually; then they discuss the answers and can be given an opportunity tochange their answer. It takes time to plan good peer-instruction exercises, and it’s easierto justify the time when many students will benefit from it. Students may be moreunderstanding when asked to purchase a clicker for a large class rather than a small class.Tech support is needed to make clickers work smoothly, and it is more likely to beavailable if the class is large.Category 2: Less effort per credit hour taught. In a large class, on most campuses, youwill get TA or grader support; in a small class, you may not. If you have multiple TAs,they can specialize in performing different tasks. For example, in a recent class
Paper ID #9847Subscribing to WII-FM: When will we Begin to Function as a Team?Dr. Andrew E. Jackson, East Carolina University Dr. Jackson serves as a Tenured, Full Professor in the Department of Technology Systems at ECU. He is a senior faculty member in the Industrial Engineering Technology (IET) program where he teaches a variety of IET courses, including: Production Systems Engineering and Production Planning, Engineering Economics, Human Factors Engineering, and Risk Assessment. His career spans 40 years in the fields of aviation, aerospace, defense contract engineering support, systems acquisition, academics, and
. aligns recitation topics with lecture, structures class sessions well).• level of planning (e.g. comes prepared to class, knows the specific session material such as homework content before teaching it).• level of fairness (e.g. grades fairly, shows flexibility in extenuating circumstances).• clarity in teaching (e.g. frames lessons effectively, provides accessible explanations).• enthusiasm in teaching (e.g. shows excitement for topic, shows interest in student learning).The second coding pass identified all instances of these behaviors and put them in the context ofhow and why students thought those behaviors were important. The presence or absence of eachcode in each interview was tallied. This method was selected in lieu of
industry-like terminology and helpingstudents take ownership of their project planning, as documented in previous work [11]–[13].These changes aimed to simulate the practical working environment in industry. However, evenwith these changes, the department continued to see some students and faculty, specifically fromunderrepresented identities, in senior design teams experiencing discrimination. These recurringincidents called for more actions related to the awareness of diversity, equity, and inclusionissues, which could eventually lead to a more diverse and inclusive culture beyond theclassroom, and into industry.Beyond department wide initiative, there were a few conditions in place that created anappropriate environment for this relatively
Edrees is a PhD student at New Jersey Institute of Technology, specializing in Transportation En- gineering. Ahmed has received his master’s in civil engineering from the University of Texas at Arlington in 2014. After, graduation Ahmed worked as a research assistant at Umm Al-Qura University in his hometown in Saudi Arabia. He also held a position as a teaching assistant and lecturer at the University of Jeddah. Ahmed plans to return as a faculty member at the University of Jeddah upon completion of his study.Dr. Jaskirat Sodhi, New Jersey Institute of Technology Dr. Jaskirat Sodhi is interested in first-year engineering curriculum design and recruitment, retention and success of engineering students. He is the
, for example. In fact, they may even talk youinto believing there is something wrong with it when there isn’t. In this case, you might improveyour explanation, put it on the Web, and discuss it during the next class.Nowadays, many lectures involve some kind of computerized display. Try to avoid a singlepoint of failure. For example, bring a laptop along in case you can’t log in on the classroomcomputer. Put your presentation on a flash drive as well as on the fileserver. Christine Halsey11gives this checklist: • Plan on extra handouts if visuals don't work. • Install programs you need on more than one computer. • Always carry extra copies of handouts, software or other files you may need (hard copies
and government funding dried-up. Similar arguments could be made about environmental studies 7. Although alternative energy and the environment are important topics, it is not clear that new hybrid academic programs are always the best way to address the education about such. This trend has made it necessary for faculty, chairs, and deans to be flexible and non- territorial about their disciplines, faculty, and resources, and willing to submit to whatever hybridization mandate comes from above, regardless of the wisdom, cost, or viability. Such arrangements can be “win-win” for everyone, but they can also be boondoggles if not carefully assessed and planned with long-term viability rather than short-term
wouldscale better to larger class sizes.- Plan ahead. Submission is now spread over at least two days, depending on how quickly youreturn the initial submissions to the students. Near exams, this can cause homework to be turnedin before the material is fully covered. My solution to this problem is to collect the firstsubmission in the last class period before the exam, when we are reviewing material. Sinceassignments are returned immediately, students can use their corrections and reflections to helpguide their exam preparations by noting areas in most need of study. Students then re-submittheir work on the day of the exam.- Publish your own solutions, don’t just copy those from the manual. This not only sets a goodexample, but might also help
Good Category Strengths Areas for Improvement Format Interpretation Planning / Procedure Solution Execution Figures Equations Units Checking WorkReflectionWhat answers from the Initial Attempt coversheet, if any, changed after assessing the work?____________________________________________________________________________________________________________________________________________________________Reflect on how to improve concept mastery and homework performance in the next homework.____________________________________________________________________________________________________________________________________________________________
LMS what the names of the randomizedparameters are. Having the text of the question written out allows copying and pasting of thetext into the LMS when constructing the question. For example, Figure 1 shows the text of acalculated question that has two randomized parameters with {Emp} = the number of employeesand {Produce} = the number of boxes produced in a year. This example was constructed withinthe Moodle LMS. Charles Shoe manufactures handmade wooden jewelry boxes. A total of {Emp} employees each work 160 hours per month carving and assembling the boxes. In 2016 the company plans to make {Produce} boxes to meet expected global demand. What is their productivity at this level of production
experiences questionnaire: Tentative norms for the fourth edition. Bloomington: Center for Postsecondary Research and Planning, Indiana University. 21. Pascarella, E. T., Cruce, T. M., Wolniak, G. C., & Blaich, C. F. (2004). Do liberal arts colleges really foster good practices in undergraduate education? Journal of College Student Development, 45(1), 57-74.22. Kuh, G. D., & Hu, S. (2001). The effects of student-faculty interaction in the 1990s. The Review of Higher Education, 24(3), 309-332.23. Pike, G. R., & Kuh, G. D. (2005a). First- and second-generation college students: A comparison of their engagement and intellectual development. Journal of Higher Education, 76(3), 276-300.24. Pike, G. R., & Kuh, G. D
country twice,following jobs for one spouse and then the other, and recently Manuel accepted a position inindustry that includes a 3 hour commute. With four young children (ages 18 months to 8 years),we plan in advance for meals, transportation and kids’ activities; hire help for household chores;and rely on our broad network of local family and friends for backup care. -Susan and ManuelWe made the choice to maintain separate apartments in separate cities for three years purely forcareer reasons. Overall, the decisions worked out but we would probably not recommend such along length of time if other solutions can be found. That being said, we know several coupleswho spend large amounts of time apart for much longer durations or under harder
, and seminar courses. First, faculty actively strove to help the students embracefailure. Second, students on each design team were required to weekly record both completedtasks from the previous week and planned tasks for the next week. Finally, students wereallowed to evolve the requirements of their project as a function of time. These interventionsdiffer from traditional approaches where failure is often discussed as something to avoid, teamscreate detailed Gantt charts early in a project but fail to adhere to or update the schedule, andproject specifications are established in stone soon after the commencement of the project.Faculty encouraged an open discussion of failure in several ways including dedicating seminartime to discussing the
trained model performs better thanthe other two methods.For this study, the recall parameter is the most useful since we want to identify the students atrisk that could benefit from the course intervention. Our model gives a 57% recall, which isunfortunately not high, but is better than selecting students at random. The instructor plans tocontinue gathering data to improve the classification model.To answer the second research question (can we improve the student experience and performancein the course via an intervention based on early predictions?), we analyzed assessment scoresfrom students in each of the four groups A, B, C and D.Student final grades 125 100
multidimensional- meaning they measure several aspects of teaching.There is debate about how many or which dimensions should be used for personnel decisions.Marsh’s SEEQ (Students’ Evaluations of Educational Quality) form contains nine dimensions[49],including: ‚ Learning/value ‚ Enthusiasm ‚ Organization ‚ Group interaction ‚ Individual rapport ‚ Breadth of coverage ‚ Exams/grades ‚ Assignments ‚ WorkloadBoth Centra[61] and Braskamp & Ory[41] identified six factors commonly found in student ratingforms: ‚ Course organization and planning ‚ Clarity, communication skills ‚ Instructor student interaction, rapport ‚ Course difficulty, workload ‚ Grading and examinations
policy, 2005 version. DESIGN REVIEW POLICYIt is important in Civil Engineering to take the steps necessary to get the correct answer.Remember Hammurabi’s Law? In the "real world" practice plans, drawings and specificationsare reviewed and a responsible licensed PE is required to stamp them. In academia publicationsand research are also subjected to peer review prior to publication.Thus, this semester all your problem sets will be reviewed by two of your classmates prior totheir being turned in. This approach to having your work reviewed is called DESIGN REVIEW,and this idea, if not our process, may be familiar to you from other courses. The objective ofDESIGN REVIEW in our course is two fold. First and primarily
on the research team for four to six years. In contrast, at an undergraduateinstitution students may start in the group with only one or two engineering courses completed,and will remain in the group for only two or three years. Other constraints at these schools arehigh teaching loads and limited research facilities. Because of these concerns, some faculty maychoose to avoid research activities while others may perform only research that requires limitedstudent involvement. However, as the primary focus at these institutions is the education ofundergraduates, the ideal research plan will provide opportunities to include studentssignificantly in the process.One way to perform research with heavy undergraduate involvement is to select an
taught in the course. It is unlikely that this interest gap will ever be eliminated but it isclear that a lecture based model seems to be more effective in reducing it. A video lecture muststate the facts as concisely as possible in the interest of time. A good video lecture includes theinstructor’s introspection and should be enthusiastic. However, there is only so much genuineenthusiasm that can be relayed in recorded format. Without interaction, student questions, andclassroom dialogue, it is difficult to inspire the uninterested to want to learn more; particularlywhen the material is not in their chosen field of study. Many times, those inspirational momentscome from a student inquiry or comment in class that the instructor did not plan or
noted as a problem areabased on the previous quarters surveys, it is possible that the professor can perform targetedmonitoring of that area through other less formal approaches, such as minute papers.The second part of the process involves a more detailed analysis of student evaluations. Thisprocess typically would occur over the summer or at another period in time when a moresignificant analysis can be conducted. This activity involves completing the taxonomy of writtencomments and analyzing them for patterns, completing quarter by quarter comparative analysis,and completed course comparisons. An outcome of this effort will be an updated professionaldevelopment plan showing which areas of teaching may need further improvement, anassessment of
fresh eyes when Itime the exam length. This ensures that I am reading the exam as it is written – not on what I planned to say.Quite often I find glitches which can range from conflicting values between the text and the graphic to missingparameters needed to solve the problem. The length of the exam is critical. The instructor should be able tocomplete the exam in 25% to 30% of the time allotted for students. So a 50-minute exam should take theinstructor 12 to 16 minutes to complete. If it takes over 18 minutes for you to complete, you need to eliminatesome calculation steps in a long problem, omit one or more questions from the exam, or allow students to chooseone or more problems to skip. (If they all skip the same problem, there is a message
Teaching and Learning. Number 47, Fall 1991. SanFrancisco: Jossey-Bass Inc.3. Bennett, J.B., (2001). Teaching With Hospitality. In “Teaching Excellence”. Center for Teaching,University of Southern Maine. 12, No 1, 2000-2001.4. Ladeji-Osias, J.O. “Planning and Teaching an Undergraduate Course,” Proceedings of the 2005 AmericanSociety of Engineering Education Annual Conference & Exposition, Portland, OR. (2005).5. Kim, D. “Successful Methods and Techniques for Effective Teaching and Class Management,” Proceedings ofthe 2007 American Society of Engineering Education Annual Conference & Exposition, Honolulu, HI. (2007).6. Miguel, A., and Larson, E. “Efficient and Effective Grading of Student Work,” Proceedings of the 2006American Society of