Effective Model with Personalized Online Teaching and Learning Science in the Era of ChatGPT

The recent development of science education leads educators to explore new teaching and learning methodologies and restructure classes and assignments to bring students' knowledge to the highest level of education by allowing learners to gain various skills that are reflected in their future. We are discussing how to develop and deliver effective online courses by personalizing the class and individualizing the assignments for learners to succeed in Physics. Various teaching and learning activities are aimed at effective learning and interaction to enhance student learning in this class structure. The students' performances and progress are analyzed in four large introductory Physics classes. Student registration and retention are well preserved by providing learners freedom of education, a sense of belonging, mindset-growing encouragements, effective feedback, problem-solving strategies, and one-to-one communications. Academic integrity is well-balanced by individualizing the assignments, personalizing class materials, breaking down problems, and investigating ChatGPT usage. The students' performances are analyzed by evaluating class performance in total grade distribution, missing assignments, and choice-based learning. Student progress is investigated by analyzing their commitment, respect, willingness to improve, and time management toward education. Overall, the class model demonstrates great performance, progress, and achievements that indicate a positive learning environment for all students throughout the semester. Hence, the effective model with personalized assignments, and other strategies that we share will be highly beneficial for science education.Comment: 12 pages, 10 figure

Education Individualized Through Technology

This thesis will overview technology in the classroom and the impact as well as the potential that is has individualizing instruction in order to meet the needs of every kind of student. The thesis will consist of thorough research on the subject matter. Technology is a great tool to use for individualizing instruction as it consists of many recourses, it increases communication, increases discussion, has high availability, it is affordable, and consists of a variety of lesson plan ideas to meet the needs of each student. Individualized learning is especially important in the classroom as it increases student achievement, provides quality lessons, and connects with students. Individualized learning has the ability to reach all kinds of students such as at-risk students, English language learners, and students with special needs. It is a universal design for learning and has an endless amount of possibilities for the future

Preparing Preservice English Language Teachers to Teach at Unprecedented Times: The Case of Turkey

COVID-19 has impacted education negatively to a certain extent by suspending schools and universities, ending face-to-face and practical education, and causing a rapid transition to distance education. These changes have led to several negative effects on teachers and students such as anxiety, stress, and depression, which demonstrates the importance of teacher preparedness to teach at unprecedented times such as COVID-19. Therefore, assessing and evaluating teacher preparedness has become significant. One way to do this is to evaluate teacher education programs with a new perspective developed considering the effects of COVID-19 on education. Therefore, the present study aimed to find out how teacher education programs can prepare teachers to teach at unprecedented times by focusing on the English language teacher education program (ELTEP) of Turkey. It was designed as a qualitative study in which the ELTEP of Turkey was used as the data collection tool. The collected data were content analyzed. The findings have shown that the ELTEP of Turkey can prepare preservice English language teachers to teach at unprecedented times through three psychological courses, five technology courses, and 21 pedagogical courses. The findings were discussed, and suggestions for further studies were made

Preparing Teachers Who Can Effectively Assess Students with Disabilities

This qualitative interview study examined the classroom assessment knowledge and beliefs of five recent graduates of the University of New Mexico Special Education Dual License Program (SEDLP). Research questions were designed to gain an understanding in three areas. First, in what ways did recent SEDLP graduates characterize their level of competence (theoretical understanding and practical application) in assessing the progress of students with disabilities in the classroom? Second, in what ways do SEDLP graduates report that they use classroom assessment to inform classroom instruction? Third, what features of the SEDLP teacher preparation program do graduates identify as having positively or negatively impacted their ability to effectively use classroom assessments? To answer these questions, each participant was interviewed twice using a semi-structured question format and constant-comparative methodology. The results showed participant knowledge and specific practices in addressing student affective needs, broadening the application of assessments by individualizing and differentiating, meeting district requirements for assessments, using measurable assessment criteria, and using frequent informal assessment. Classroom instruction was most impacted as participants determined next steps to address knowledge gaps or intervene behaviorally. The SEDLP was characterized as positively impacting classroom assessment in the areas of providing assessment models, multiple examples of types, multiple informal assessment practice opportunities, and organizational and resource availability. It was characterized as lacking instruction in the areas of writing formal assessments and providing opportunities to learn and practice assessments in math. These results lead to implications for future practice and research that are discussed

A study of the effect of computer-based mastery quizzes on student learning

This study was designed to measure the effect of mastery quiz techniques on the test scores of undergraduate students enrolled in computer science classes. The experimental group took on-line mastery quizzes, administered over the Internet via web browser; the control group followed a relatively standard pop quiz methodology. Test scores of these groups were compared at the end of the study. A two-sample t-test showed no statistically significant difference in the scores of the two groups

Examining Students’ Perceptions About an Adaptive-Responsive Online Homework System and its Influence on Motivation and Learning

Advances in technological education have made online homework an integral part of science courses in general which is especially true for general chemistry courses. Online homework, if used correctly, has the potential to improve students’ experience, and learning and performance in general chemistry courses. The purpose of this research investigation is to study students’ levels of perceptions about an adaptive-responsive online homework in terms of (1) examining students’ motivation, learning, and understanding of concepts, (2) determining the aspects of adaptive-responsive online homework that are useful to students’ learning, and (3) understanding the features in online homework that causes improvement in students’ motivation. The investigation took place at an urban, commuter, minority serving, and public college. The study subjects were recruited from student enrolled in general chemistry courses consisting of 207 research participants (N = 207). Our data suggest that students display positive levels of perceptions about the adaptive-responsive online homework and its use. Students also hold perceptions that show positive attitudes towards the online homework system and that it positively affected their motivation. Also, students list several useful aspects of the online homework system such as explanations of concepts, knowledge checks, review questions for tests, and tutorials. The adaptive-responsive online homework, according to the participants in our study, helped motivate students by helping them learn the concepts, continuously assessing their learning, checking their knowledge, and updating the topics accordingly

Moving Toward a Culture of Evidence: Documentation and Action Research inside CAPE Veteran Partnerships

This report is a culmination of three years of study of the impact on effective teaching of educators and artists engaging as partners in action research (inquiry based study of their own practice), in documenting the effects of arts integration on student learning (creating a "culture of evidence"), and in collaborating with other action research teams and with formal researchers to actively investigate qualities of teaching and learning at participating schools (what CAPE calls "layered research")

EXTENT OF UTILIZATION OF PAPERLESS TECHNOLOGY: BASIS FOR A PROPOSED INTERVENTION PROGRAM

The purpose of this study was to assess the extent of utilization of paperless technology by the teachers in Bula District. The respondents of this study were the 204 teachers in the five different schools in Bula District namely: Bula Central Elementary School, Jose Divinagracia Elementary School, Dadiangas East Elementary School, Bula National School of Fisheries and Baluan National High School. A descriptive evaluative research design was utilized in this study. Based on the results of this study, it was revealed that the teachers have perceived that the utilization of paperless technology has been highly useful in grade management and test bank management; however, they found it moderately useful in user management. Nevertheless, the utilization of paperless technology by the teachers was highly recommended to utilized by the teachers. Finally, this study shows educators how paperless technology can reduce teacher workload, save money, and protect the environment while improving the teaching and learning process.  Article visualizations

Collaborative authoring and the virtual problem of context in writing courses

Since the 1980s, the field of rhetoric and composition has embraced the idea of collaborative writing as a means of generating new knowledge, troubling traditional conceptions of the author, and repositioning power within the student-teacher hierarchy. Authors such as David Bleich, Kenneth Bruffee, and Andrea Lunsford and Lisa Ede have written about, and advocated for, teachers' engagement with collaboration in the composition classroom. Yet in discussions of collaborative writing, scholars have tended to ignore an important element: the limitations placed upon student agency by the institutional context in which students write. We can ask students to work together in the classroom, but limitations on their choice of collaborators, their time together, and their ability to determine the outcome of their work result in an unproductive simulacrum of collaboration in which students write together but do not engage deeply with each other in the ways scholars describe. Ignoring the fact that classroom collaborative writing is embedded in different fields of power than writing done by scholars working outside institutional limitations results in a conception of collaborative writing as little more than an element of pedagogy, one that can be added to a syllabus without significantly changing the structure, goals, or ideology of the course. Rather than approaching collaborative writing as a means of pushing against the limits of institutional writing, the context in which collaboration takes place is naturalized. As a result, the assessment and disciplinary structures of the academy, the physical division of the student body into class sections, and the tools available to support (or undercut) collaborative work vanish in the scholarship. To counter this trend, I explore how the denial of context and the resulting disconnection between theory (the claims for collaborative writing) and practice (the twenty-first-century composition classroom) promote not collaboration, but a simulacrum of collaboration: academic work that mimics the appearance of true collaboration while failing to enact the liberatory possibility of working with other writers. This project explores collaborative theory on three levels: the personal, in which collaborative writing is illustrated via specific business, public, and academic contexts; the pedagogical, in which current collaborative theory and practice is deployed and analyzed to understand its limitations; and the disciplinary, in which current collaborative theory and practice is questioned, critiqued, and remediated to propose an alternative collaborative classroom praxis. The structure of the dissertation, which uses interchapters to draw connections between larger theoretical issues and my ethnographic research, interviews, and analysis, reflects these three strands as a means of illustrating the interdependence of the personal, pedagogical, and disciplinary conceptions of and engagements with collaborative writing

Advanced Technology for Engineering Education

This document contains the proceedings of the Workshop on Advanced Technology for Engineering Education, held at the Peninsula Graduate Engineering Center, Hampton, Virginia, February 24-25, 1998. The workshop was jointly sponsored by the University of Virginia's Center for Advanced Computational Technology and NASA. Workshop attendees came from NASA, other government agencies, industry and universities. The objectives of the workshop were to assess the status of advanced technologies for engineering education and to explore the possibility of forming a consortium of interested individuals/universities for curriculum reform and development using advanced technologies. The presentations covered novel delivery systems and several implementations of new technologies for engineering education. Certain materials and products are identified in this publication in order to specify adequately the materials and products that were investigated in the research effort. In no case does such identification imply recommendation or endorsement of products by NASA, nor does it imply that the materials and products are the only ones or the best ones available for this purpose. In many cases equivalent materials and products are available and would probably produce equivalent results