scholarly journals Adaptive knowledge assessment using advanced concept maps with logic branching multiple-choice Google Forms

eLearn ◽  
2021 ◽  
Vol 2021 (Special Issue) ◽  
pp. 1-12
Author(s):  
António Fonseca ◽  
Hugo Faria

2015 ◽  
Vol 21 (2) ◽  
pp. 167-177
Author(s):  
Raymond S. Nickerson ◽  
Susan F. Butler ◽  
Michael T. Carlin


2013 ◽  
Vol 2013 ◽  
pp. 1-6
Author(s):  
Lynn Ryssaert ◽  
Johan Wens ◽  
Birgitte Schoenmakers

Background. One of the methods to test knowledge of Family Medicine trainees is a written exam composed of multiple choice questions. Creating high-quality multiple choice questions requires a lot of experience, knowledge, and time. This study explores the opportunity to run the Dutch knowledge assessment in Flanders as well, the use of this test for formative purposes. Methods. The study test was performed in a Flemish sample of postgraduate Family Medicine (FM) trainees and FM trainers. The Dutch test, adjusted to the Flemish context, was analyzed according to the classical test theory: difficulty factor and discriminating power of the items and reliability of the test. Results. 82 of the 154 items well divided the group into two equal parts of correct and incorrect responders. The distribution of the discrimination index, of the items with an acceptable difficulty factor, was [−0.012–0.530]. The item-test-correlation shows that 52 items do not fit, and 87 items need revision in varying degrees. The test reliability was 0.917. Conclusion. The test was highly reliable, but many MC questions appeared to be too easy and poorly discriminative. Therefore, we question the test validity and recommend reconsideration of the items based on difficulty before it is applied and used as a mandatory formative test.



Author(s):  
Janis Grundspenkis ◽  
Alla Anohina

Evolution of the Concept Map Based Adaptive Knowledge Assessment System: Implementation and Evaluation ResultsThe paper represents the concept map based adaptive knowledge assessment system. Advantages of concept maps are analyzed emphasizing that the approach offers a reasonable balance between requirements to assess higher levels of knowledge according to Bloom's taxonomy and complexity of a system. Concept maps allow revealing of student's knowledge structure, promote system thinking and support process oriented learning where a study course is divided into stages in each of which knowledge assessment is carried out. The developed knowledge assessment system consists from a teacher's, learner's and administrator's modules and is implemented as a multiagent system. Four prototypes of the system developed within four projects are described. The first prototype supports only fill-in-the-map tasks where a learner must put given concepts in correct places. The second prototype provides changing the degree of task difficulty, thus, performing adaptation to a learner's knowledge level. The set of tasks are also extended by construct-the-map tasks. Improvements implemented in the third prototype allow using of directed arcs and standard relationships in concept maps. The three-tier architecture used in the fourth prototype is chosen to rise the security level of the system. Besides that learner's support is considerably expanded giving help and tutoring to a learner. Results of evaluation of the developed system's prototypes in different study courses are presented. The paper concludes with the comparison of all four prototypes using all main characteristics of the developed knowledge assessment system.



2016 ◽  
Vol 7 (2) ◽  
pp. 44
Author(s):  
Kurnia Ningsih

This research aims to describe MIPA teachers’ ability to design knowledge assessment through the analysis of achievement aspects of knowledge assessment. This research used a descriptive method with SMP MIPA teachers in Pontianak City who have taught for more than 5 years and have an undergraduate degree as the population. The samples in this research, selected using a purposive sampling technique, consisted of 12 teachers who submitted MIPA test items. The research instrument used the data of the test item document designed by the teachers in the form of a multiple-choice test. The data were analyzed descriptively which included data reduction, systematic data display, and conclusion. The results showed that of the 12 test instruments made by with 380 questions in total, the teachers’ ability to design knowledge assessment (Multiple Choice Questions) obtained 17.37% of knowledge aspect, 67.90% of understanding aspect, 8.68% of implementation aspect, and 6.05% of analysis aspect. There were no questions made related to evaluation and creation aspects. Keywords: teachers ability, designing knowledge assessment.



2014 ◽  
Vol 78 ◽  
pp. 201-209 ◽  
Author(s):  
Katja Weinerth ◽  
Vincent Koenig ◽  
Martin Brunner ◽  
Romain Martin


2018 ◽  
Vol 7 (6) ◽  
pp. 45 ◽  
Author(s):  
Elham Zandvakili ◽  
Ernest Washington ◽  
Edmund Gordon ◽  
Craig Wells

M3CA is a model of mastery learning developed in a college classroom, and an acronym for Mastery, Concept Maps, Critical Thinking, Collaboration and Assessment. The M3CA model is a formative model of skill based mastery learning and assessment that produces high levels of academic achievement and empowers students with a feeling of fairness. Mastery is based on students’ creation of concept maps, and the steps toward mastery include learning the skills of: critical thinking, prioritization (evaluation), individual and group synthesis, group evaluation (prioritization), and the application of multiple choice items to assess the facts, concepts and knowledge embedded in the concept maps. Multiple choice items created by and collected from teams of students are available for all to see and used in their assessment. Each step toward mastery is observable, transparent, and open to public view by the students.



Blood ◽  
2021 ◽  
Vol 138 (Supplement 1) ◽  
pp. 4935-4935
Author(s):  
Jori E. May ◽  
Rita D Paschal ◽  
Jason L Morris ◽  
Lisa L Willett

Abstract Introduction: Choosing Wisely ® (CW ®)is an initiative of the American Board of Internal Medicine Foundation created to guide the selection of care that is 1) supported by evidence, 2) not duplicative, 3) free from harm, and 4) truly necessary. Between 2013-14, the American Society of Hematology (ASH) published 10 recommendations in accordance with CW ® principles relevant to hematologic care. Previous studies have demonstrated that clinical exposure to non-malignant hematology (NMH) improves trainee understanding of evidence-based, cost effective care as outlined by ASH CW ®. However, dedicated clinical rotations in NMH for internal medicine (IM) residents are not consistently available. Therefore, we created a condensed educational curricular experience using a small group, case-based structure designed to teach the fundamentals of ASH CW ® in NMH to first year IM residents. With a pilot of 6 sessions, we investigated resident baseline knowledge, evaluated the curricular session, and assessed knowledge retention. Methods: The educational intervention focused on 3 content areas in ASH CW ®: venous thromboembolism (VTE), heparin-induced thrombocytopenia (HIT), and sickle cell disease (SCD) (Table 1). Participants included 21 first year IM residents at a large academic medical center. A 1-hour small group teaching session was scheduled monthly as an assigned didactic for the 2020-21 academic year. A total of 6 sessions were provided, and each session had 2-4 residents assigned. The first 4 sessions were in-person and the final 2 were virtual due to the COVID-19 pandemic. The first author was the instructor at all sessions. To assess baseline knowledge of the 3 content areas, participants completed an online assessment with 5 case-based multiple-choice questions at the beginning of the session. The instructor then guided participants to again complete the questionnaire together, now using internet access via a personal computer and a recommended list of online resources, including ASH Clinical Practice Guidelines and Pocket Guides. The instructor then led discussion on how each correct answer or guideline recommendation achieves the 4 CW ® principles. At the conclusion of the session, participants completed an online survey to evaluate the educational intervention using a modified Likert scale. To assess knowledge retention, participants received the original online multiple-choice assessment by email 3 months later. Results: All participants (21/21, 100%) completed the baseline knowledge assessment. The average number of questions correct out of 5 total was 3.3 (67%), with a range of correct answers from 1 to 5. Table 2 includes the content area of each question and the number of correct responses. The question with the lowest total correct (9/21, 43%) addressed the use of transfusion in an uncomplicated pain crisis in SCD. Seventeen participants (81%) completed the curricular evaluation. All respondents (17/17, 100%) either agreed or strongly agreed 1) that the session filled a gap in their NMH training and 2) that they learned something that would change their clinical practice. Only 1 participant (5%) reported completing a rotation in NMH prior to the session. Six participants (29%) completed the repeat knowledge assessment at 3 months. All respondents (100%) achieved a perfect score on the multiple choice questions. When asked if the knowledge gained had influenced their clinical practice, 3 (50%) strongly agreed, 2 (33%) agreed, 1 (17%) was neutral, and none disagreed or strongly disagreed. Conclusion: Our results demonstrate a successful educational pilot to improve the knowledge of ASH CW ® initiatives in NMH for first year IM residents using small group interactive case-based learning. Participants were overwhelmingly receptive to this intervention, expressed high satisfaction and confirmed that the session positively influenced their clinical practice. Although participation in the repeat assessment of knowledge was limited, those that did participate demonstrated high knowledge retention. We intend to expand this pilot initiative by providing the educational session for all incoming IM residents at our institution. We then plan to assess its impact on clinical practice (i.e. use of transfusion in SCD, use of thrombophilia testing, documentation of 4Ts score calculation) to apply the principles of ASH CW ® for improved patient care. Figure 1 Figure 1. Disclosures No relevant conflicts of interest to declare.



Sign in / Sign up

Export Citation Format

Share Document