The study investigated the effect of problem-based learning method on students’ academic achievement in computer hardware maintenance in universities in Enugu state, Nigeria. The study adopted quasi-experimental research design. Pre-test, post-test of both treatment and control groups were analysed using Analysis of Covariance (ANCOVA). Findings from the study revealed that, there was a statistically significant difference in the academic achievement of students taught computer hardware maintenance with problem-based learning method and those taught with conventional method. Further analyses revealed that the male students had higher mean score than their female counterparts when taught with PBL method; however, there was no statistical significant difference in the mean achievement scores of students taught computer hardware maintenance with problem-based learning method and those taught with conventional method. It was therefore recommended among others that problem-based learning method should not be limited to teaching computer hardware maintenance, but should be extended to other computer education courses as well as other disciplines in other universities.
From scientific research conducted in the world, we can see that artificial intelligence operations are carried out using various methods, among which the most common is the machine learning method. Today, there are categories of machine learning: supervised learning, unsupervised learning, and reinforcement learning. Linear regression, multivariate linear regression, and polynomial regression are widely used regression methods in machine learning. This article uses polyharmonic spline models used in machine learning. First, a comparison was made between polynomial and nonpolynomial splines. Examples of processes of interpolation of polyharmonic splines are given. The main advantages and disadvantages of polyharmonic span interpolation are presented.
This hypothetical article is dedicated to the production of Blended Learning Model [BLM] which targets giving a mastering climate to advancing enterprising abilities among ladies. Item Development measure has been utilized for creating BLM. Self-instructional systems are likewise applied to plan the learning circumstance in the BLM. Vis-à-vis and online method of learning are viably mixed in the BLM which incorporates 70% learning through on the web and just 30% occurs in up close and personal mode. There is a logical course arrangement that has been set up in various parts of the BLM, for example, the points and goals, responsibilities of student, substance and setting, learning results and human cooperations, collaborations with content, situations based learning for establishing relevant learning climate, and so forth Self-administered learning exercises have been produced with the end goal of compelling learning. Most extreme instructing learning exercises were helped out through a PC intervened online stage and some of them were given through the vis-à-vis method of learning. The advancement cycle of BLM has been portrayed in nitty gritty in present paper.
Blended Learning is a strategy that creates a more integrated approach to teaching learning process where different learning environments like Face-to-Face, online, social networking etc. are mixed with a goal to provide the most efficient and effective instruction experience. This paper will provide directions for blended learning environment which can be used by institutions of higher learning to make decisions about the learning and teaching initiatives. It also discusses about how blended learning can improves working conditions, improves teaching and benefit student learning process
Students in lower essential and surprisingly some in upper essential evaluations catch to perform numerical tasks which include parts. Inability to tackle these numerical activities makes a hole in the educating and learning cycles of science. We believe that this is credited to utilization of customary numerical methodologies of educating and learning traditional mathematical approaches of teaching and learning of activities of division. With the desire for drawing in the transformed numerical methodology of educating and learning reformed mathematical approach of teaching and learning this examination explored the accompanying: how can learner educators utilize the point imitation in reformed mathematical approach of teaching and learning tasks of divisions? What are the view of student educators in the utilization of the point imitation which draws in reformed mathematical approach of teaching and learning to show the activities of portions? With the objective to fill the referenced hole wherein students battle to perform activities including portions, we noticed and dissected worksheets on activity with parts understudies composed.
This study investigates the relationship between achievement goal orientation and approaches to learning, aiming to unravel the intricate link between these two constructs. Achievement goal orientation refers to individuals' beliefs and attitudes regarding their academic pursuits, including mastery goals focused on learning and improvement, and performance goals centered on demonstrating competence to others. Approaches to learning encompass the strategies and methods students employ to acquire and process information, such as deep learning strategies aimed at understanding concepts in depth, and surface learning strategies focused on rote memorization. Through a comprehensive review of existing literature and empirical studies, this paper examines the dynamic interplay between achievement goal orientation and learning approaches, shedding light on how these factors influence academic performance, motivation, and engagement. By elucidating the nuanced relationship between achievement goal orientation and learning approaches, this study aims to inform educational practices and interventions aimed at promoting effective learning strategies and fostering a growth-oriented mindset among students.
The use of problem-based learning technology in the classroom allows you to individualize and differentiate the learning process, control the activities of students, activate their creative and cognitive abilities, optimize the learning process, and significantly increase the pace of work. This article presents the role and place of problem-based learning, several techniques for creating problem situations in the classroom, the structural elements of a modern lesson, methods and rules for creating problem situations.
This paper underlines on the utilization of metacognition in acquiring for improvement of innovative abilities among ladies. The creator has fostered an Issue put together Learning Situation pivoted with respect to metacognition of learning and dispatched them as Mixed Learning Mediation in Huzurpaga School of Ladies in Pune City for 52 days. It was discovered that it has beneficial outcome on acquiring of Pioneering Abilities among ladies. There were three modules of the Mixed Learning Mediation. Present section portrays Market assessing out of the three modules proposed in the Intercession.
Data advances have influenced each part of human movement and play a possible part to play in the field of schooling and preparing, uniquely, in distance training to change it into an inventive type of involvement. The need of new advances in showing learning measure develops further and quicker. The data age turns into a period of information giving sound and unequaled attainability to disclosure, trade of data, correspondence and investigation to fortify the showing learning measure. Data innovations help in advancing chances of information sharing all through the world. These can help the instructors and understudies having forward-thinking data and information. Exact and right data is vital for compelling educating and learning; and data advances are "set of instruments that can assist with giving the perfect individuals the ideal data at the ideal time." Understudies are free and they can settle on most ideal choices about their examinations, learning time, spot and assets. Understudies can work in collective and intelligent learning conditions adequately imparting, sharing data and trading thoughts and learning encounters with all in the climate.
This thesis explores the impact of self-assessment on the development of phraseological competence among language learners. Self-assessment is identified as a key factor in enabling learners to recognize their strengths and weaknesses, set personal learning objectives, and apply targeted learning strategies to improve their command of idiomatic expressions and collocations. Through self-assessment, learners are motivated to engage more deeply with the learning material, tailor their learning process to their individual needs, and actively correct their language use.
The abstract discusses various techniques for teaching vocabulary to adults. It underlines the significance of vocabulary acquisition in adult language learning and examines different approaches for improving vocabulary learning results. Adult language learning relies heavily on vocabulary acquisition as it leads to enhanced communication and overall language skills. However, adults may encounter challenges when learning new words due to their busy schedules, cognitive abilities, or prior language learning experiences. Therefore, employing effective methods to acquire and retain new vocabulary is crucial. One commonly used method involves using context and contextual hints. By learning new vocabulary in sentences or texts that have meaning, adults can comprehend and remember the meaning of unfamiliar words based on their surrounding context. Strategies such as extensive reading, watching movies or TV shows, and engaging in genuine conversations can provide diverse and rich contexts for learning vocabulary.