Computer managed instruction (CMI) is the use of computers and software to manage the instructional process. It allows teachers to organize student data, curricular objectives and materials, track student progress, and generate reports. CMI provides individualized instruction by presenting material in small steps, requiring student responses, and providing feedback until students achieve mastery of learning objectives at their own pace. While CMI offers benefits like individualization and expansive resources, it also has disadvantages like overreliance on computers and predetermined objectives that can complicate the teacher's role.
The document discusses the meaning and characteristics of a core curriculum. It defines a core curriculum as a set of courses considered basic and essential for all students that provides common learning experiences. Some key characteristics mentioned are that a core curriculum has a common scheme of studies, is flexible, utilizes problems of personal and social development common to youth, and encourages problem-solving skills. It aims to provide students with fundamental knowledge and skills needed for future education and life.
This document outlines the steps in a Herbartian lesson plan approach. It describes the key components of a lesson plan, including preparation, presentation of new material, comparison of new ideas to past knowledge, generalizing concepts, applying knowledge, and recapitulating to assess learning. The document also notes that daily lesson plans guide instruction and vary based on factors like the teacher's preferences, subject area, and student needs.
A good mathematics textbook should:
1) Be appealing to look at with quality paper, printing, and binding.
2) Cover the entire prescribed syllabus in a simple, easy to understand way suitable for the students' age.
3) Relate classroom learning to real life examples and problems while also fostering independent thinking.
The document discusses H.C. Morrison's model of teaching at the understanding level. Morrison believed students learned best by responding to situations. His five-step instructional pattern includes exploration, presentation, assimilation, organization, and recitation. Teachers present content in small units, test understanding, and repeat as needed. Students then work independently to thoroughly learn the content before writing and presenting what they learned. The teacher guides students and evaluates their mastery through various tests. The goal is for students to develop problem-solving skills, critical thinking, and independent learning.
The concentric circles approach to organizing content involves introducing a subject matter over multiple years, with elementary knowledge provided in introductory years and more advanced knowledge added each subsequent year. A topic is broken into sub-topics that are allotted to different classes based on difficulty. This allows steady, gradual coverage of a topic from basic to full knowledge. It is considered a psychologically sound approach that maintains student interest through revision and presentation of small portions over time to create lasting impressions. Teachers must take care that topics are neither too long nor too short each year.
MODERN TRENDS IN CURRICULAR MOVEMENTS IN STATE LEVEL IN TEACHING NATURAL SCIE...Dadu Brutally Innocent
The document discusses modern trends in science curriculum and the role of the State Council of Educational Research and Training (SCERT) in India. It outlines several trends in science education including the establishment of state science education institutes, developing indigenous curricula, emphasizing conceptual learning over facts, and developing low-cost science materials. It describes SCERT's functions in developing curricula, training teachers, and implementing educational reforms. SCERT plays an important role in curriculum development and qualitative improvements in school education. The document also discusses trends toward individualized, interdisciplinary, and social issues-oriented approaches to curriculum construction.
The Nuffield science teaching projects were initiated in the UK in 1962 to develop new teaching materials for biology, chemistry, and physics for students aged 11-16. The projects aimed to make science more accessible and applicable, encourage curiosity, and emphasize experimentation over memorization. The materials developed included textbooks, teachers' guides, films, and objective-based tests. Courses were organized around four themes and examined students using various question types beyond simple factual recall. Projects were also created for Nuffield physics, chemistry, and biology at different education levels. The goals were to present science as a logical whole and build courses around fundamental concepts.
Computer managed instruction (CMI) is the use of computers and software to manage the instructional process. It allows teachers to organize student data, curricular objectives and materials, track student progress, and generate reports. CMI provides individualized instruction by presenting material in small steps, requiring student responses, and providing feedback until students achieve mastery of learning objectives at their own pace. While CMI offers benefits like individualization and expansive resources, it also has disadvantages like overreliance on computers and predetermined objectives that can complicate the teacher's role.
The document discusses the meaning and characteristics of a core curriculum. It defines a core curriculum as a set of courses considered basic and essential for all students that provides common learning experiences. Some key characteristics mentioned are that a core curriculum has a common scheme of studies, is flexible, utilizes problems of personal and social development common to youth, and encourages problem-solving skills. It aims to provide students with fundamental knowledge and skills needed for future education and life.
This document outlines the steps in a Herbartian lesson plan approach. It describes the key components of a lesson plan, including preparation, presentation of new material, comparison of new ideas to past knowledge, generalizing concepts, applying knowledge, and recapitulating to assess learning. The document also notes that daily lesson plans guide instruction and vary based on factors like the teacher's preferences, subject area, and student needs.
A good mathematics textbook should:
1) Be appealing to look at with quality paper, printing, and binding.
2) Cover the entire prescribed syllabus in a simple, easy to understand way suitable for the students' age.
3) Relate classroom learning to real life examples and problems while also fostering independent thinking.
The document discusses H.C. Morrison's model of teaching at the understanding level. Morrison believed students learned best by responding to situations. His five-step instructional pattern includes exploration, presentation, assimilation, organization, and recitation. Teachers present content in small units, test understanding, and repeat as needed. Students then work independently to thoroughly learn the content before writing and presenting what they learned. The teacher guides students and evaluates their mastery through various tests. The goal is for students to develop problem-solving skills, critical thinking, and independent learning.
The concentric circles approach to organizing content involves introducing a subject matter over multiple years, with elementary knowledge provided in introductory years and more advanced knowledge added each subsequent year. A topic is broken into sub-topics that are allotted to different classes based on difficulty. This allows steady, gradual coverage of a topic from basic to full knowledge. It is considered a psychologically sound approach that maintains student interest through revision and presentation of small portions over time to create lasting impressions. Teachers must take care that topics are neither too long nor too short each year.
MODERN TRENDS IN CURRICULAR MOVEMENTS IN STATE LEVEL IN TEACHING NATURAL SCIE...Dadu Brutally Innocent
The document discusses modern trends in science curriculum and the role of the State Council of Educational Research and Training (SCERT) in India. It outlines several trends in science education including the establishment of state science education institutes, developing indigenous curricula, emphasizing conceptual learning over facts, and developing low-cost science materials. It describes SCERT's functions in developing curricula, training teachers, and implementing educational reforms. SCERT plays an important role in curriculum development and qualitative improvements in school education. The document also discusses trends toward individualized, interdisciplinary, and social issues-oriented approaches to curriculum construction.
The Nuffield science teaching projects were initiated in the UK in 1962 to develop new teaching materials for biology, chemistry, and physics for students aged 11-16. The projects aimed to make science more accessible and applicable, encourage curiosity, and emphasize experimentation over memorization. The materials developed included textbooks, teachers' guides, films, and objective-based tests. Courses were organized around four themes and examined students using various question types beyond simple factual recall. Projects were also created for Nuffield physics, chemistry, and biology at different education levels. The goals were to present science as a logical whole and build courses around fundamental concepts.
The document discusses summative evaluation. Summative evaluation occurs at the end of an instructional period and judges student achievement and mastery of course content. It is used to assign grades and evaluate how well instructional objectives were met. Some purposes of summative evaluation include providing information for grading, promoting students, and evaluating educational programs and methods. The document outlines the characteristics, functions, advantages, and disadvantages of summative evaluation. Examples given of summative evaluation include end-of-unit tests, end-of-term exams, and scores used for school and student accountability.
Science is an important subject that should be included in school curriculums for several reasons. It provides intellectual, aesthetic, utilitarian, vocational, cultural, moral, and psychological value. Science helps improve agriculture, health, trade, industry, and educational opportunities. It promotes logical thinking, curiosity, and a passion for truth and nature. Incorporating science into education helps develop scientific attitudes and temper in students. Both the UNESCO and Kothari Commission have strongly recommended making science a core subject throughout primary and secondary school.
The document discusses techniques for modifying teacher behavior, including interaction analysis, transactional analysis, action research, and microteaching. It specifically focuses on Flanders' system of interaction analysis, which involves encoding 10 categories of classroom interactions between teachers and students to analyze teaching styles. The categories are coded into a matrix that can be interpreted to determine the proportion of teacher/student talk, levels of direct/indirect teacher influence, and participation ratios. The matrix provides insights to help modify problematic teacher behaviors.
1. The document discusses the principles of curriculum construction, outlining 10 key principles that educationists have established for developing effective curriculums.
2. The principles include making the curriculum child-centered, community-centered, activity-centered, integrated, forward-looking, conservative, able to renew culture, creative, motivating, and suited to student maturity.
3. An effective curriculum considers the needs of students, prepares them for future life, transmits cultural traditions, allows for cultural renewal, fosters creativity, and motivates learning.
Teacher behavior refers to how teachers interact with and communicate with students. It includes their teaching methodology, subject matter knowledge, and other activities related to guiding student learning. Teacher behavior is defined as the social behaviors teachers exhibit to influence and be influenced by student behavior. Effective teacher behaviors include enthusiasm, preparation, punctuality, consistency, politeness, support for students, firmness and control of the class, providing personal help to students, and an engaging delivery style without embarrassing students. The importance of teacher behavior is that it sets clear expectations, builds relationships with students, provides feedback, facilitates student reflection, offers a fresh start each day, protects student dignity, and periodically reviews behavior expectations.
A resource unit is a type of material that teachers use in pre-planning that provides a reservoir of teaching content, objectives, and learning experiences. It is important as it promotes teacher growth, acts as a form of pre-planning, helps evolve several learning units, handles individual differences, and suggests teaching and learning materials. The key steps in constructing a resource unit are to determine the title, introduction, general objectives, content analysis, activities, teaching materials and sources, evaluation procedures, and editing.
This document discusses the importance of creating a yearly plan for teaching. It notes that planning is essential for any activity, including teaching, to be conducted efficiently and effectively. A yearly plan lays out instruction for the entire academic year, dividing the subject into meaningful clusters and topics organized by month, week and class periods. Key factors to consider in a yearly plan include the number of units to be taught, objectives, topic arrangement, methodology, available resources, and coordination with other subjects. The plan should consider seasonal variations and arrange simple concepts before complex ones. Objectives, activities, periods, and a tracking system are suggested for organizing the plan.
The document discusses how psychology influences curriculum development in several ways. It describes various psychological theories that provide a basis for curriculum, including behaviorism, cognitive development theories, and humanistic theories. Factors like the age, mental and physical development, interests, and needs of learners are discussed as influencing curriculum. The document also examines different learning theories and how they guide curriculum content and experiences. Overall, psychology is positioned as playing a vital role in curriculum development by providing concepts and theories that shape how learning and learners are understood.
Core curriculum is a set of basic courses considered essential for a well-rounded education. It includes compulsory subjects like social science, geography, biology, and history. Core curriculum also includes optional subjects like fine arts, home economics, languages, and music. Characteristics of a core curriculum include emphasizing discussion, group problem solving, integrating learning across disciplines, focusing on original source materials, and weaving common elements to encourage reflection and development of social skills.
This document discusses the concept of correlation in education. It defines correlation as the relationship between different subjects in the curriculum. Correlation can be direct or reciprocal. There are three types of correlation: within a subject, between subjects, and between subjects and life/environment. Correlation between science and other subjects can be incidental or systematic. Incidental correlation occurs naturally through broad subject treatment, while systematic correlation requires careful curriculum organization and teacher cooperation. Examples are provided to illustrate incidental correlation in physics, chemistry, and biology lessons.
The document discusses the importance of a science library for a school. It notes that a science library should be well-equipped and serve as a place for independent student work and further study. A well-organized science library can develop scientific attitudes, knowledge, and interest among both students and teachers. It should contain books on popular science, textbooks, and materials that inspire learning. The library needs to be properly maintained with adequate space, ventilation, and seating. It serves to supplement classroom teaching and foster reading skills in pupils.
The document discusses John Dewey's ideas about disciplinary knowledge and curriculum. It states that Dewey rejected a curriculum-centered view of education and emphasized immediate aims over fixed goals. He believed education should be a process of living, not preparation for life. Dewey advocated for an experiential, hands-on approach to learning and saw schools as places to learn how to think and live cooperatively. He conceptualized the teacher's role as a facilitator and the curriculum as integrated and child-centered rather than fixed.
Educational technology is as broad as education itself and implies using all educational resources like people, materials, methods, machines, and media in an integrated way to optimize learning. It includes instructional technology, which applies psychological and scientific principles to achieve learning objectives; behavioral technology, which emphasizes using psychology to modify teacher and student behavior to meet objectives; and teaching technology, which applies various fields of knowledge to the professional practice of teaching. Instructional design is also part of educational technology as it is the systematic process of creating, developing, and delivering instructional materials.
The heuristic method is a discovery-based approach to teaching science where students solve problems independently without direct guidance from teachers. Key aspects of this method include students designing and conducting their own experiments to discover answers, and teachers accepting all student suggestions to problems regardless of perceived relevance. The benefits of this method are that it develops habits of inquiry, self-learning, scientific thinking, diligence, and close teacher-student relationships. However, it also has drawbacks like being time-consuming, requiring small class sizes and highly skilled teachers, and risking an over-emphasis on practical work.
The heuristic method is a teaching approach where students learn through their own discovery rather than being taught directly. Some key points of the heuristic method are:
- Students are presented with a problem and must find the solution themselves through investigation and experimentation rather than being given the answer.
- The role of the teacher is to guide students and ask questions to encourage thinking, but not provide direct instruction.
- Proponents argue it develops skills like observation, critical thinking, confidence and independence since students take an active role in their own learning.
- However, it requires significant resources like laboratories, may be too difficult for younger students, and relies on highly trained and skilled teachers to implement effectively.
Personalized System of Instruction(PSI)Keller planSuresh Babu
Suresh Babu G is a lecturer in general education at MGUCTE Nedumkandam. The document provides his name and title as well as the name of the institution where he works as a lecturer in general education.
This document defines models of teaching as instructional designs that specify environmental situations to cause student interaction and behavioral change. A model of teaching consists of guidelines for designing educational activities and environments to achieve instructional goals. The document discusses the assumptions, functions, elements, features, and families of models of teaching, noting they help teachers plan activities and curriculum according to learning outcomes, environment, and performance criteria. Models are classified into information processing, social, personal, and behavioral systems families based on psychological learning theories and instructional goals.
This document provides an overview of the Single National Curriculum for General Knowledge for grades 1-3 in Pakistan. It includes 7 chapters that cover the introduction, curriculum focus, content organization, learning themes and outcomes, teaching and learning, assessment, and teaching resources. The curriculum aims to develop students' knowledge, skills, attitudes and moral values through inquiry-based and student-centered learning experiences. Content is organized around themes from general science and social studies. Standards define the expected learning outcomes in different subject areas like ethics and responsible citizenship. The curriculum emphasizes developing students' critical thinking, problem-solving and 21st century skills through experiential learning.
The document discusses summative evaluation. Summative evaluation occurs at the end of an instructional period and judges student achievement and mastery of course content. It is used to assign grades and evaluate how well instructional objectives were met. Some purposes of summative evaluation include providing information for grading, promoting students, and evaluating educational programs and methods. The document outlines the characteristics, functions, advantages, and disadvantages of summative evaluation. Examples given of summative evaluation include end-of-unit tests, end-of-term exams, and scores used for school and student accountability.
Science is an important subject that should be included in school curriculums for several reasons. It provides intellectual, aesthetic, utilitarian, vocational, cultural, moral, and psychological value. Science helps improve agriculture, health, trade, industry, and educational opportunities. It promotes logical thinking, curiosity, and a passion for truth and nature. Incorporating science into education helps develop scientific attitudes and temper in students. Both the UNESCO and Kothari Commission have strongly recommended making science a core subject throughout primary and secondary school.
The document discusses techniques for modifying teacher behavior, including interaction analysis, transactional analysis, action research, and microteaching. It specifically focuses on Flanders' system of interaction analysis, which involves encoding 10 categories of classroom interactions between teachers and students to analyze teaching styles. The categories are coded into a matrix that can be interpreted to determine the proportion of teacher/student talk, levels of direct/indirect teacher influence, and participation ratios. The matrix provides insights to help modify problematic teacher behaviors.
1. The document discusses the principles of curriculum construction, outlining 10 key principles that educationists have established for developing effective curriculums.
2. The principles include making the curriculum child-centered, community-centered, activity-centered, integrated, forward-looking, conservative, able to renew culture, creative, motivating, and suited to student maturity.
3. An effective curriculum considers the needs of students, prepares them for future life, transmits cultural traditions, allows for cultural renewal, fosters creativity, and motivates learning.
Teacher behavior refers to how teachers interact with and communicate with students. It includes their teaching methodology, subject matter knowledge, and other activities related to guiding student learning. Teacher behavior is defined as the social behaviors teachers exhibit to influence and be influenced by student behavior. Effective teacher behaviors include enthusiasm, preparation, punctuality, consistency, politeness, support for students, firmness and control of the class, providing personal help to students, and an engaging delivery style without embarrassing students. The importance of teacher behavior is that it sets clear expectations, builds relationships with students, provides feedback, facilitates student reflection, offers a fresh start each day, protects student dignity, and periodically reviews behavior expectations.
A resource unit is a type of material that teachers use in pre-planning that provides a reservoir of teaching content, objectives, and learning experiences. It is important as it promotes teacher growth, acts as a form of pre-planning, helps evolve several learning units, handles individual differences, and suggests teaching and learning materials. The key steps in constructing a resource unit are to determine the title, introduction, general objectives, content analysis, activities, teaching materials and sources, evaluation procedures, and editing.
This document discusses the importance of creating a yearly plan for teaching. It notes that planning is essential for any activity, including teaching, to be conducted efficiently and effectively. A yearly plan lays out instruction for the entire academic year, dividing the subject into meaningful clusters and topics organized by month, week and class periods. Key factors to consider in a yearly plan include the number of units to be taught, objectives, topic arrangement, methodology, available resources, and coordination with other subjects. The plan should consider seasonal variations and arrange simple concepts before complex ones. Objectives, activities, periods, and a tracking system are suggested for organizing the plan.
The document discusses how psychology influences curriculum development in several ways. It describes various psychological theories that provide a basis for curriculum, including behaviorism, cognitive development theories, and humanistic theories. Factors like the age, mental and physical development, interests, and needs of learners are discussed as influencing curriculum. The document also examines different learning theories and how they guide curriculum content and experiences. Overall, psychology is positioned as playing a vital role in curriculum development by providing concepts and theories that shape how learning and learners are understood.
Core curriculum is a set of basic courses considered essential for a well-rounded education. It includes compulsory subjects like social science, geography, biology, and history. Core curriculum also includes optional subjects like fine arts, home economics, languages, and music. Characteristics of a core curriculum include emphasizing discussion, group problem solving, integrating learning across disciplines, focusing on original source materials, and weaving common elements to encourage reflection and development of social skills.
This document discusses the concept of correlation in education. It defines correlation as the relationship between different subjects in the curriculum. Correlation can be direct or reciprocal. There are three types of correlation: within a subject, between subjects, and between subjects and life/environment. Correlation between science and other subjects can be incidental or systematic. Incidental correlation occurs naturally through broad subject treatment, while systematic correlation requires careful curriculum organization and teacher cooperation. Examples are provided to illustrate incidental correlation in physics, chemistry, and biology lessons.
The document discusses the importance of a science library for a school. It notes that a science library should be well-equipped and serve as a place for independent student work and further study. A well-organized science library can develop scientific attitudes, knowledge, and interest among both students and teachers. It should contain books on popular science, textbooks, and materials that inspire learning. The library needs to be properly maintained with adequate space, ventilation, and seating. It serves to supplement classroom teaching and foster reading skills in pupils.
The document discusses John Dewey's ideas about disciplinary knowledge and curriculum. It states that Dewey rejected a curriculum-centered view of education and emphasized immediate aims over fixed goals. He believed education should be a process of living, not preparation for life. Dewey advocated for an experiential, hands-on approach to learning and saw schools as places to learn how to think and live cooperatively. He conceptualized the teacher's role as a facilitator and the curriculum as integrated and child-centered rather than fixed.
Educational technology is as broad as education itself and implies using all educational resources like people, materials, methods, machines, and media in an integrated way to optimize learning. It includes instructional technology, which applies psychological and scientific principles to achieve learning objectives; behavioral technology, which emphasizes using psychology to modify teacher and student behavior to meet objectives; and teaching technology, which applies various fields of knowledge to the professional practice of teaching. Instructional design is also part of educational technology as it is the systematic process of creating, developing, and delivering instructional materials.
The heuristic method is a discovery-based approach to teaching science where students solve problems independently without direct guidance from teachers. Key aspects of this method include students designing and conducting their own experiments to discover answers, and teachers accepting all student suggestions to problems regardless of perceived relevance. The benefits of this method are that it develops habits of inquiry, self-learning, scientific thinking, diligence, and close teacher-student relationships. However, it also has drawbacks like being time-consuming, requiring small class sizes and highly skilled teachers, and risking an over-emphasis on practical work.
The heuristic method is a teaching approach where students learn through their own discovery rather than being taught directly. Some key points of the heuristic method are:
- Students are presented with a problem and must find the solution themselves through investigation and experimentation rather than being given the answer.
- The role of the teacher is to guide students and ask questions to encourage thinking, but not provide direct instruction.
- Proponents argue it develops skills like observation, critical thinking, confidence and independence since students take an active role in their own learning.
- However, it requires significant resources like laboratories, may be too difficult for younger students, and relies on highly trained and skilled teachers to implement effectively.
Personalized System of Instruction(PSI)Keller planSuresh Babu
Suresh Babu G is a lecturer in general education at MGUCTE Nedumkandam. The document provides his name and title as well as the name of the institution where he works as a lecturer in general education.
This document defines models of teaching as instructional designs that specify environmental situations to cause student interaction and behavioral change. A model of teaching consists of guidelines for designing educational activities and environments to achieve instructional goals. The document discusses the assumptions, functions, elements, features, and families of models of teaching, noting they help teachers plan activities and curriculum according to learning outcomes, environment, and performance criteria. Models are classified into information processing, social, personal, and behavioral systems families based on psychological learning theories and instructional goals.
This document provides an overview of the Single National Curriculum for General Knowledge for grades 1-3 in Pakistan. It includes 7 chapters that cover the introduction, curriculum focus, content organization, learning themes and outcomes, teaching and learning, assessment, and teaching resources. The curriculum aims to develop students' knowledge, skills, attitudes and moral values through inquiry-based and student-centered learning experiences. Content is organized around themes from general science and social studies. Standards define the expected learning outcomes in different subject areas like ethics and responsible citizenship. The curriculum emphasizes developing students' critical thinking, problem-solving and 21st century skills through experiential learning.
This document outlines the Single National Curriculum for General Knowledge for grades 1-3 in Pakistan. It includes 6 chapters that cover the introduction, curriculum focus, content organization, learning themes and outcomes, teaching and learning approaches, and assessment. The curriculum aims to develop students' knowledge, skills, attitudes and values through inquiry-based and student-centered learning. Key topics covered include general science, social studies, ethics and citizenship. Assessment is designed to evaluate students' thinking skills and understanding through a variety of methods. The curriculum is intended to prepare students for further learning and equip them with 21st century skills.
components of curriculum and curricular approachesgaestimos
This document discusses the major components of curriculum and different approaches to curriculum. It identifies the key components of curriculum as aims and objectives, subject matter or content, learning experiences, and evaluation approaches. It also outlines the aims of education at the primary, secondary, and tertiary levels based on Philippine law and policy. The document further discusses criteria for selecting subject matter and organizing content, as well as different teaching strategies and methods. It analyzes approaches to curriculum, including behavioral, managerial, systems, and humanistic approaches.
Components of Curriculum and Curriculum ApproachesJovs Azuelo
This document discusses the major components of curriculum, including aims and objectives, subject matter/content, learning experiences, and evaluation approaches. It provides details on each component for different levels of education in the Philippine system. Various approaches to curriculum are also outlined, such as behavioral, managerial, systems, and humanistic approaches. The behavioral approach focuses on specified goals and objectives, while the managerial approach emphasizes organization and implementation. A systems approach examines how parts relate to each other, and a humanistic approach places the learner at the center.
Modern Pedagogical Activities and Teacher Requirementsijtsrd
The optimal level in the educational process, some factors of improving teaching and pedagogical influence on learners are discussed in this article. Sattorova Marifat Ortikovna "Modern Pedagogical Activities and Teacher Requirements" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-1 , December 2021, URL: https://www.ijtsrd.com/papers/ijtsrd47972.pdf Paper URL: https://www.ijtsrd.com/humanities-and-the-arts/education/47972/modern-pedagogical-activities-and-teacher-requirements/sattorova-marifat-ortikovna
Diagnosis of Need in Curriculum Development.pptxDanteCara1
This document discusses key aspects of curriculum development, including defining a curriculum and the process of curriculum development. It outlines six areas that should be diagnosed when developing a curriculum: 1) learners, 2) social needs, 3) achievement, 4) values, 5) school facilities and resources, and 6) curriculum problems. Diagnosing these areas helps ensure the curriculum is tailored to the learners and addresses their needs and interests as well as the needs of society. The document also discusses the importance of establishing educational aims, goals, and objectives to guide curriculum development and provide focus and direction for students.
Curriculum and syllabusrrrrdrfgsgdfgggggggggggggggggggggggddddddddddddddddddd...abusunabakali
The document discusses issues with Uganda's existing secondary school curriculum and the need for reform. It outlines that the current curriculum focuses too much on examinations, is overloaded with content, and does not adequately address students' needs or the country's social and economic needs. It also fails to incorporate emerging fields of knowledge or key skills for the 21st century like problem-solving, teamwork, and lifelong learning. The new curriculum aims to shift the focus from memorization to developing competencies and aims to produce self-assured, responsible, lifelong learning citizens who can positively contribute to society. The rest of the document provides details on syllabus, scheme of work, lesson planning, and course assignments.
This document discusses concepts for organizing curriculum design. It provides examples of curriculum concepts that focus on areas like classics, community, technology, science applications, hands-on learning, language immersion, learning techniques, individualization, work-study programs, inquiry learning and the environment. It then describes concepts for centers in San Antonio, San Diego, Philadelphia and San Francisco that emphasize using resources, regional themes, contexts like the physical world and living environments, and engaging students through challenges.
This document discusses curriculum planning and identifies various influences on the curriculum development process. It explains that curriculum is influenced by learners, subject matter, society, and educational philosophies. Additional influences include school mission/vision, government policies, accreditation standards, market demands, and available resources. The roles of teachers, administrators, students and other stakeholders in curriculum planning are also outlined. Understanding these influences is important for developing a curriculum that meets learner and societal needs.
The document outlines the desired competencies and outcomes of a teacher education program. It lists 11 competencies that future teachers should demonstrate, such as having a deep understanding of teaching and learning processes, mastering subject content and pedagogical principles, applying a wide range of teaching skills, and pursuing continuous lifelong learning. It also discusses how these competencies align with the domains addressed in the National Competency-Based Teacher Standards, such as diversity of learners, planning and assessment, and personal/professional development. An example teacher education curriculum is provided that demonstrates how students can meet each of the 11 outlined competencies.
Estimados usuarios. Bienvenidos a nuestro sitio virtual de la UNIVERSIDAD MAGISTER en Slide Share donde podrá encontrar los resultados de importantes trabajos de investigación prácticos producidos por nuestros profesionales. Esperamos que estos Mares Azules que les ponemos a su disposición sirvan de base para otras investigaciones y juntos cooperemos en el Desarrollo Económico y Social de Costa Rica y otras latitudes. Queremos ser enfáticos en que estos trabajos tienen Propiedad Intelectual por lo que queda totalmente prohibida su reproducción parcial o total, así como ser utilizados por otro autor, a excepción de que los compartan como citas de autor o referencias bibliográficas. Toda esta información también quedará a su disposición desde nuestro sitio web www.umagister.com, Disfruten con nosotros de este magno contenido bibliográfico Magister esperando sus amables comentarios, no sin antes agradecer a nuestro Ing. Jerry González quien está administrando este sitio. Rectoría, Universidad Magister. – 2016.
The document discusses 21st century skills for teachers and schooling. It notes that critical thinking, creativity, collaboration, communication, information literacy, media literacy, technology literacy, flexibility, leadership, initiative, productivity and social skills are important for teachers. Communication is key for meaningful collaboration, creativity and critical thinking. Technological skills are essential for a more literate world. Students should be taught life skills like goal setting, teamwork, and social skills. Overall, the document advocates for reforms in teacher training, technology integration, and developing a curriculum focused on 21st century skills.
Teachers should have knowledge of various curriculum models and instructional planning approaches that are appropriate for learners. This includes understanding different pedagogical strategies like constructivism, technology integration, and standards-based teaching. Teachers are also expected to have strong classroom management skills and caring attitudes toward students. Effective teaching requires the application of educational theory and best practices to guide student learning.
The document discusses a seminar on the critical issues and emerging development of the MATATAG curriculum. It provides an overview of the MATATAG curriculum, which aims to develop learners who are Makadiyos, Makatao, Makakalikasan, Makabansa. Key aspects of the MATATAG curriculum discussed include the learning areas, values education, peace education, implementation process, and ways to address challenges in implementing the new curriculum.
The curriculum is the planned interaction of learners with instructional content, materials, resources, and processes for evaluating educational objectives. It includes goals and objectives, content or subject matter, methods, learning experiences, and assessment. The curriculum is broader than the syllabus, which provides details on topics, materials, expectations, and evaluation for a particular course. State bodies like the SCERT are responsible for developing the curriculum and advising on policy, while examining boards and teachers prepare more specific syllabi. Curricula aim to connect learning to life outside of school and encourage active, collaborative construction of knowledge.
various issues in the process of curriculum development and changeTasneem Ahmad
The document discusses curriculum change and various factors involved in the process. It defines key terms like issue, problem, and change. It describes the stages of change as intimation, legitimization, and congruence. It discusses reasons for curriculum change like adapting to new trends and technologies. Teachers play an important role in planning, implementing, and reflecting on curriculum. Multiple departments are involved in curriculum development and change including bureaus of curriculum, textbook boards, and teacher training institutions.
Example of TITLE, STATEMENT OF THE PROBLEM AND QUESTIONNAIRE.pptxAbrahamBernalteJrUnt
The document discusses a study that aims to assess the instructional competencies of general education faculty at the University of Cagayan Valley and their influence on students' academic performance. It outlines 7 dimensions of instructional competence that will be used to evaluate faculty: mastery of subject matter, teaching methods/strategies, communication skills, evaluation techniques, learning environment, diversity of learners, and interpersonal skills. The study seeks to understand faculty profiles, competence levels as assessed by faculty and students, differences in assessments, student academic performance, and relationships between competence/profiles and performance. It provides a questionnaire for faculty to self-assess competence across the 7 dimensions.
This document provides an overview of the Don Mariano Marcos Memorial State University College of Graduate Studies. It outlines the university's philosophy, vision, mission, and goals. It then discusses the college's goal and objectives for its graduate programs. The document provides specific objectives for the doctorate and master's programs in various fields like science education, mathematics education, and educational management. It aims to develop leaders, professionals, and community contributors through advanced training and research opportunities in its graduate studies.
Similar to SELECTION OF SUBJECT MATTER OF THE CURRICULUM AND REASONS FOR THE INCLUSION AND EXCLUSION OF A SUBJECT IN THE CURRICULUM (20)
This document does not contain any substantive information to summarize in 3 sentences or less. The document only contains the word "Angles" with no other context.
Algebraic expressions can be formed using variables, constants, and mathematical operations. Variables represent letters that can take on any value, while constants represent fixed numbers. There are different types of algebraic expressions including monomials, binomials, and trinomials. The value of an algebraic expression can be found by substituting values for the variables and simplifying. Identities are equations that are always true regardless of the values of variables. Common identities include (a+b)2, (a-b)2, and a2 - b2.
This document discusses different methods of heat transfer - conduction, convection, and radiation. It provides examples of each in daily life and defines key related terms like temperature, units of heat, calorimetry, calorimeter, thermostat, and thermoflask. Conduction occurs through direct contact between objects and involves the transfer of kinetic energy between adjacent particles. Convection involves the movement of molecules or atoms within fluids like liquids and gases. Radiation can transfer heat through empty space via electromagnetic waves.
The document discusses different types of changes that occur around us. It defines slow changes as those that take hours, days, months or years, such as hair and nail growth or seasonal changes. Fast changes are those that occur within seconds or minutes, like a bursting balloon or burning paper. Reversible changes can return to the original state, like stretching a rubber band or melting ice, while irreversible changes cannot be reversed, such as curdling milk or digestion. The document provides examples of each type of change and distinguishes between reversible and irreversible, as well as slow and fast changes.
This document discusses carbon and its compounds. It begins by introducing carbon as an important non-metallic element that exists in both free and combined states in nature. It then distinguishes between organic carbon compounds found in living organisms and inorganic compounds found in non-living matter. The document goes on to describe several unique features of carbon, including its ability to form chains, exist in different allotropes like diamond and graphite, and form multiple bonds. It concludes by emphasizing carbon's abundance and importance to life.
This document is about fluids and their properties. It provides an index of topics to be covered, including pressure, equations of pressure, Pascal's principle, buoyancy, Archimedes' principle, fluid flow, and Bernoulli's equation. Key concepts that will be explained are how pressure is transmitted in fluids, hydraulic devices that use Pascal's principle, calculating buoyant force, and equations governing fluid continuity and flow.
This document discusses measurement in physics. It introduces the need for measurement and defines physical quantities. There are two types of physical quantities - fundamental and derived. Seven units make up the fundamental units used to measure the seven dimensions of the world: length, mass, time, temperature, amount of substance, electric current, and luminous intensity. Two supplementary units are also introduced. The document outlines different units for measuring length and defines the dimensions of physical quantities. It concludes by mentioning the least count of instruments used for measurement.
This document discusses different types of motion including linear, circular, rotational, and vibratory motion. It defines concepts like rest and motion using a frame of reference. The document also covers 1D, 2D and 3D motion with examples. It distinguishes between scalar and vector quantities and discusses types of vectors and how they can be added.
This document provides an overview of electricity, atomic structure, electric charge, and electric circuits. It defines electricity as the flow of electric charge through a conductor. Atoms consist of protons, neutrons, and electrons, with protons and neutrons in the nucleus and electrons orbiting the nucleus. Protons have a positive charge while electrons have a negative charge. Electric circuits allow the flow of electrons from higher to lower potential through components connected in series or parallel. Key differences between series and parallel circuits are that current is the same but voltage varies in series circuits, while current varies but voltage is the same in parallel circuits.
This document discusses various methods for purifying organic compounds, including sublimation, crystallization, differential extraction, distillation, and chromatography. Purification is necessary to study the structure, physical, chemical and biological properties of organic compounds and must isolate the compound from any impurities. The appropriate purification method depends on the nature of the impurity and the organic compound. Common techniques include sublimation for volatile solids, crystallization using solvent selection and isolation, differential extraction using immiscible organic solvent layers, distillation, and chromatography using adsorbents and mobile/fixed phases.
This document provides an overview of electrochemistry and electrochemical cells. It defines electrochemistry as the branch of chemistry dealing with the relationship between electrical energy and chemical change. An electrochemical cell is a device that uses a chemical change to produce electricity or uses electricity to produce a chemical change. The document describes the components of electrochemical cells, including electrodes and electrolytes. It distinguishes between galvanic cells, which produce electricity from chemical reactions, and electrolytic cells, which use electricity to drive chemical reactions. Examples of the significance of electrochemistry include metal refining and batteries.
The document discusses various aspects of sound. It defines sound as a form of energy produced by vibrations that travel through a medium and are detected by the human ear. It describes how sound is produced by vibrating objects and propagated through materials like air, water and steel. It discusses key characteristics of sound including amplitude, frequency, wavelength, velocity and their definitions. It also covers topics like reflection of sound, echo, reverberation, ultrasound, sonar and their uses and applications. The document provides information on the structure of the human ear and production of sound using a tuning fork experiment.
The document discusses key concepts relating to heat and temperature. It defines heat as the spontaneous flow of energy from objects at a higher temperature to those at a lower temperature. Temperature is defined as the degree of hotness or coldness of a body. Different temperature scales such as Fahrenheit, Celsius, and Kelvin are also discussed. The document also covers heat capacity, specific heat capacity, and the various effects of heat such as expansion, changes in temperature and state, and chemical changes.
This document defines and provides examples of different types of energy, work, and their relationships. It states that work is done when a force causes an object to be displaced, and is calculated as the product of the force and displacement. Kinetic energy is the energy of motion, while potential energy depends on an object's position or state, such as gravitational potential energy which depends on height or elastic potential energy from deformation. Power is defined as the rate at which work is done or energy is delivered over time.
An electric motor is a device that converts electrical energy into mechanical energy. It works by passing an electric current through a conductor coil located in a magnetic field, which creates a force on the coil and causes it to rotate. Electric motors are crucial to modern life as they are used in many appliances and machines, powering things like fans, drills, and vehicles. The speed of an electric motor's coil rotation can be increased by strengthening the current, increasing the number of coil turns, enlarging the coil area, or boosting the magnetic field strength.
This document discusses the basic elements of electric circuits. It defines electric current as the flow of charges and an electric circuit as the path electrons flow through. It then lists the four elements of a simple circuit: a battery as the electricity source, a wire as the conducting path, a lamp as the resistor, and a switch to control the circuit. It also briefly mentions series and parallel circuits as types of simple circuits.
More from Thiagarajar College of Preceptors (Aided) (20)
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
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Answers about how you can do more with Walmart!"
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
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Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
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Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Find out more about ISO training and certification services
Training: ISO/IEC 27001 Information Security Management System - EN | PECB
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LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
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environment for investigating the changes in vegetation cover dynamics. Our study utilizes
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providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
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9
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Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
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SELECTION OF SUBJECT MATTER OF THE CURRICULUM AND REASONS FOR THE INCLUSION AND EXCLUSION OF A SUBJECT IN THE CURRICULUM
1. SELECTION OF SUBJECT MATTER
OF THE CURRICULUM AND
REASONS FOR THE INCLUSION
AND EXCLUSION OF A SUBEJCT IN
THE CURRICULUM
MRS.R.KOHILA DEVI
ASST. PROF. IN EDUCATION
THIAGARAJAR COLLEGE OF PRECEPTORS
MADURAI -9
2. SUBJECT:
- Sub-branch of a discipline well structured with basic concepts,
principles, laws and theories.
Unique basic concepts taught by the respective teachers who have
mastery over the subject
CURRICULUM:
refers to the subjects and academic contents in which the students learn
and master during a period of time.
- It is the courses offered in educational institutions.
- students are expected to achieve proficiency in specific knowledge, skill
and the units of lesson to be taught.
- Way of achieving the educational goals
- Includes all the way of implementation in the curriculum such as the
subject-matter, process, approach, strategy, aids and evaluation tools to
assess student’s performance.
3. OBJECTIVES OF SELECTION OF CONTENT :
To help the students to develop their whole personality.
To teach the positive values to the students.
To give citizenship training to the students.
To prepare them for the future by developing their attitudes and
skills.
To socialize the student’s behaviour.
To develop the patriotism and secularism among the students.
The selection of subject matter in the three levels of school
education is given below :
4. PRIMARY STAGE :
Training is given to the students to acquire the skills in reading,
writing and in doing simple arithmetic computations.
Training should be given to acquire and develop the good habits and
virtues.
To develop the taste in fine arts like dance, music, drawing, painting
so that these activities can motivate the learners to perform well.
SECONDARY STAGE:
- Attention should be paid to subjects like science and mathematics .
- To assist the students to converse both in the mother tongue and in
English.
- To make the students aware about the environment they live in ,
geography, history, culture of India and about the other countries in
the world.
- Computer literacy training must also be given .
5. HIGHER SECONDARY STAGE:
In this stage, the students will acquire the in-depth knowledge
about the subjects.
To develop the skills of problem solving.
To develop creativity and the ability to take decisions
independently.
The curriculum content should prepare them for their future.
CRITERIAS FOR SELECTING THE SUBJECT
MATTER:
• Self-sufficiency
• Significance
• Validity
• Interest of the learners.
• Utility of the subject content.
• Learning ability and feasibility.
6. CHARACTERISTICS OF THE SUBJECT CONTENT:
The subject content should be able to meet the needs and
expectations of the students .
The subject matter should provide meaningful experiences
and develop the problem solving skils.
According to the current trends, the curriculum should be
revised and updated periodically keeping in mind the
demands of the learners.
7. REASONS FOR THE INCLUSION OF A SUBJECT:
The aim of the subjects is to develop the intellectual capacity and the
skills of students and to enhance their economic productivity and social
efficiency. The curriculum should provide meaningful experience which
help the students to analyse and understand the current issues.
The reasons for the inclusion of a subject in the curriculum are:
The subject will help to form a strong foundation to develop their
knowledge known as “pedagogical content knowledge “.
The subject should provide the practical utility and the practical
knowledge.
The subject should help to preserve the culture , heritage and the
diversities of our country and also the students should be encouraged to
learn the fine arts.
The subject should develop to understand the social relations.
Also, the subject should help to handle the economical factors and the
political influence .
Inclusion of subjects like personal health and hygiene is essential to
understand the growth and development of a individual.
8. REASONS FOR THE EXCLUSION OF A SUBJECT:
In the current trend, everything changes according to the current issues going on in
our country. So if the political system changes, then automatically the change in the
academic curriculum will be attempted without bothering the needs and expectations
of the learners.
The reasons for the exclusion of a school subject are given below:
Since the growth and technology has advanced, some subjects are to be excluded in
the curriculum .
As per the current trend, social needs also change and people are forced to find a
craze in English medium schools. It is a great threat to our country as the importance
of mother tongue in the curriculum will get eroded.
As per the technological advancement certain subjects can be avoided for their heavy
economic burden.
Due to the unpredictable political changes and the non-availability of the teachers in
the new arena of the knowledge , certain subjects get excluded like Hindi is not
accepted by the TamilNadu people due to their own political causes .
So these are the reasons for the inclusion and the exclusion of a school subject .