The document discusses Howard Gardner's theory of multiple intelligences which proposes that intelligence is made up of several different abilities rather than a single general ability. It outlines various intelligences including verbal-linguistic, logical-mathematical, spatial, bodily-kinesthetic, musical, interpersonal, intrapersonal, naturalist, and suggests existential intelligence. The document also compares old and new views of intelligence and describes different learning styles associated with combinations of sensing, intuition, thinking, and feeling preferences.
How People Learn
Today, the primary theory is socio-constructivist—in which knowledge is understood to be importantly shaped by the context in which it is situated, and is actively constructed through social negotiation with others. On this understanding, learning environments should be where:
• Constructive, self-regulated learning is fostered
• The learning is sensitive to the context
• It will often be collaborative
Theoretical concepts do not yield concrete prescriptions for classroom application, but the good theory can be used flexibly and creatively by teachers in their planning and educational practice. At the same time, not all learning takes place in the classroom as much of it occurs at home, on the sports field, in museums and so forth (non-formal education), and sometimes implicitly and effortlessly (informal learning).
12 Learning Theories:
• Constructivism
• Behaviorism
• Piaget's Developmental Theory
• Neuroscience
• Brain-Based Learning
• Learning Styles
• Multiple Intelligences
• Right Brain/Left Brain
• Thinking
• Communities of Practice
• Control Theory
• Observational Learning
• Vygotsky and Social Cognition
A scaffold is any temporary, elevated work platform and its supporting structure used for holding people, materials, or both.
Simply we can say that it is the gradual release of responsibility.
Scaffolding is breaking up the learning into chunks and providing a tool, or structure, with each chunk.
The Acculturation Model is a model of second language acquisition designed by John H. Schumann (1978) and it is based on the social-psychology of acculturation
How People Learn
Today, the primary theory is socio-constructivist—in which knowledge is understood to be importantly shaped by the context in which it is situated, and is actively constructed through social negotiation with others. On this understanding, learning environments should be where:
• Constructive, self-regulated learning is fostered
• The learning is sensitive to the context
• It will often be collaborative
Theoretical concepts do not yield concrete prescriptions for classroom application, but the good theory can be used flexibly and creatively by teachers in their planning and educational practice. At the same time, not all learning takes place in the classroom as much of it occurs at home, on the sports field, in museums and so forth (non-formal education), and sometimes implicitly and effortlessly (informal learning).
12 Learning Theories:
• Constructivism
• Behaviorism
• Piaget's Developmental Theory
• Neuroscience
• Brain-Based Learning
• Learning Styles
• Multiple Intelligences
• Right Brain/Left Brain
• Thinking
• Communities of Practice
• Control Theory
• Observational Learning
• Vygotsky and Social Cognition
A scaffold is any temporary, elevated work platform and its supporting structure used for holding people, materials, or both.
Simply we can say that it is the gradual release of responsibility.
Scaffolding is breaking up the learning into chunks and providing a tool, or structure, with each chunk.
The Acculturation Model is a model of second language acquisition designed by John H. Schumann (1978) and it is based on the social-psychology of acculturation
The
Five
Dimensions
Of
Multicultural
Education
- Content Integration
- Knowledge Construction Process
- Prejudice Reduction
- Equity Pedagogy
- Empowering School Culture and Social Structure
SELF-TRANSFORMATION
Teachers ought to do three things, and that they have to teach students to do these three things.
And that is to know, to care and to act.
That is to say, in order to bring about reform and to bring about this self-transformation, we need knowledge. We cannot do it in ignorance. But knowledge is not enough. We also have to care and act.
NON-SCIENTIFIC MODELS OF CURRICULUM DEVELOPMENT SANA FATIMA
NON-SCIENTIFIC MODELS OF CURRICULUM DEVELOPMENT:
GLATTHORN’S MODEL
NON-SCIENTIFIC MODELS:
1. Are Flexible and less structured without predetermined objectives to guide the teaching-learning process. It considers that the curriculum evolves rather than being planned precisely.
2. Based on the progressive philosophy where the needs and interests of individual learners and the needs of the society are the main concerns
3. Give recognition to the importance of music, arts, literature, health education & humanities.
4. The approaches in this category are humanistic and reconceptualist as this category prefers child centered and problem centered designs
• One of the most Recognized Nontechnical/Nonscientific Models is Allan Glatthorn’s model: Naturalistic Model
Glatthorn Model contains the following eight steps:
1. Assess the alternatives:
2. Stake out the territory:
3. Develop a constituency:
4, Build the knowledge base:
5. Block, in the Unit:
6. Plan quality learning experiences:
7. Develop the course examination:
8. Developing the learning scenarios:
This article aims at probing the different types of syllabi used to teach English to English native
and non-native speakers. The researcher used a chronological approach in describing each syllabus
type in accordance to its emergence in epistemology of the syllabus design and pedagogical trends
in teaching English in the world. Theories of language and learning, characteristics of each
syllabus, and pros and cons of the discussed syllabi were highlighted throughout the article.
The
Five
Dimensions
Of
Multicultural
Education
- Content Integration
- Knowledge Construction Process
- Prejudice Reduction
- Equity Pedagogy
- Empowering School Culture and Social Structure
SELF-TRANSFORMATION
Teachers ought to do three things, and that they have to teach students to do these three things.
And that is to know, to care and to act.
That is to say, in order to bring about reform and to bring about this self-transformation, we need knowledge. We cannot do it in ignorance. But knowledge is not enough. We also have to care and act.
NON-SCIENTIFIC MODELS OF CURRICULUM DEVELOPMENT SANA FATIMA
NON-SCIENTIFIC MODELS OF CURRICULUM DEVELOPMENT:
GLATTHORN’S MODEL
NON-SCIENTIFIC MODELS:
1. Are Flexible and less structured without predetermined objectives to guide the teaching-learning process. It considers that the curriculum evolves rather than being planned precisely.
2. Based on the progressive philosophy where the needs and interests of individual learners and the needs of the society are the main concerns
3. Give recognition to the importance of music, arts, literature, health education & humanities.
4. The approaches in this category are humanistic and reconceptualist as this category prefers child centered and problem centered designs
• One of the most Recognized Nontechnical/Nonscientific Models is Allan Glatthorn’s model: Naturalistic Model
Glatthorn Model contains the following eight steps:
1. Assess the alternatives:
2. Stake out the territory:
3. Develop a constituency:
4, Build the knowledge base:
5. Block, in the Unit:
6. Plan quality learning experiences:
7. Develop the course examination:
8. Developing the learning scenarios:
This article aims at probing the different types of syllabi used to teach English to English native
and non-native speakers. The researcher used a chronological approach in describing each syllabus
type in accordance to its emergence in epistemology of the syllabus design and pedagogical trends
in teaching English in the world. Theories of language and learning, characteristics of each
syllabus, and pros and cons of the discussed syllabi were highlighted throughout the article.
Educational Technology- Basic Concepts and DefinitionsJoevi Jhun Idul
Educational Technology is a course wherein technology is integrated in education and learning for the purposes of improving the curriculum and the teaching-learning process.
A Power Point Presentation of the Topic ''The PRINCIPLES of LEARNING'' on the subject '' The Principles of Teaching 1''
Contains the following:
-9 Principles of Learning by Horne and Pine
-Laws of Learning by Thorndike
with Pictures to be easily understand, or for to you ask share their insight about the given principles, Quotation related to the topic and also a special video.
Hope it will help you, thank you~
Edunext is a brand offering Dermatoglyphic Multiple Intelligence Test in the geographical location of Thane, and aiming to be a leading chain of DMIT providers through franchisees & sub – franchisees pan-India.
Francesca Gottschalk - How can education support child empowerment.pptxEduSkills OECD
Francesca Gottschalk from the OECD’s Centre for Educational Research and Innovation presents at the Ask an Expert Webinar: How can education support child empowerment?
Synthetic Fiber Construction in lab .pptxPavel ( NSTU)
Synthetic fiber production is a fascinating and complex field that blends chemistry, engineering, and environmental science. By understanding these aspects, students can gain a comprehensive view of synthetic fiber production, its impact on society and the environment, and the potential for future innovations. Synthetic fibers play a crucial role in modern society, impacting various aspects of daily life, industry, and the environment. ynthetic fibers are integral to modern life, offering a range of benefits from cost-effectiveness and versatility to innovative applications and performance characteristics. While they pose environmental challenges, ongoing research and development aim to create more sustainable and eco-friendly alternatives. Understanding the importance of synthetic fibers helps in appreciating their role in the economy, industry, and daily life, while also emphasizing the need for sustainable practices and innovation.
Biological screening of herbal drugs: Introduction and Need for
Phyto-Pharmacological Screening, New Strategies for evaluating
Natural Products, In vitro evaluation techniques for Antioxidants, Antimicrobial and Anticancer drugs. In vivo evaluation techniques
for Anti-inflammatory, Antiulcer, Anticancer, Wound healing, Antidiabetic, Hepatoprotective, Cardio protective, Diuretics and
Antifertility, Toxicity studies as per OECD guidelines
Embracing GenAI - A Strategic ImperativePeter Windle
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
5. Theory of multiple intelligences
› Howard Gardner (1983)
› Model of intelligence that differentiates
intelligence into various specific (primarily
sensory) modalities, rather than seeing it as
dominated by a single general ability.
6. Student A Student B
1. May best learn to multiply through a different approach,
2. May excel in a field outside of mathematics, or
3. May even be looking at and understanding the
multiplication process at a fundamentally deeper level, or
perhaps as an entirely different process.
7. Comparison of Views on Intelligence
Old View New View
• Intelligence was fixed • Intelligence can be
developed
• Intelligence was • Intelligence is not
measured by a number numerically quantifiable
and is exhibited during a
performance or
problem-solving process
• Intelligence was unitary • Intelligence can be
exhibited in many ways –
multiple intelligences
8. Comparison of Views on Intelligence
Old View New View
•Intelligence was • Intelligence is measured
measured in isolation in context / real-life
situations
•Intelligence was used to • Intelligence is used to
sort students and predict understand human
their success capacities and the many
and varied ways students
can achieve.
9. Multiple Intelligences as Dispositions
Disposition / Intelligence:
Verbal-Linguistic
Intelligence
The sounds, meanings,
Sensitivity to: structures, and styles of
language
Speaking, writing, listening,
Inclination for:
reading
Speak effectively (teacher,
religious leader, politician) or
Ability to:
write effectively (poet, journalist,
novelist, copywriter, editor)
10. Multiple Intelligences as Dispositions
Disposition / Intelligence:
Logical-Mathematical
Intelligence
Patterns, numbers and
numerical data, causes and
Sensitivity to:
effects, objective and
quantitative reasoning
Finding patterns, making
calculations, forming and
Inclination for: testing hypotheses, using the
scientific method, deductive
and inductive reasoning
Work effectively with numbers
(accountant, statistician,
Ability to: economist) and reason
effectively (engineer, scientist,
computer programmer)
11. Multiple Intelligences as Dispositions
Disposition / Intelligence: Spatial Intelligence
Colors, shapes, visual puzzles,
Sensitivity to:
symmetry, lines, images
Representing ideas visually,
creating mental images,
Inclination for:
noticing visual details, drawing
and sketching.
Create visually (artists,
photographer, engineer,
Ability to: decorator) and visualize
accurately (tour guide, scout,
ranger)
12. Multiple Intelligences as Dispositions
Disposition / Intelligence:
Bodily-Kinesthetic
Intelligence
Touch, movement, physical self,
Sensitivity to:
athleticism
activities requiring strength,
Inclination for: speed, flexibility, hand-eye
coordination, and balance
Use the hands to fix or create
(mechanic, surgeon, carpenter,
Ability to: sculptor, mason) and use the
body expressively (dancer,
athlete, actor)
13. Multiple Intelligences as Dispositions
Disposition / Intelligence: Musical Intelligence
Tone, beat, tempo, melody,
Sensitivity to:
pitch, sound
Listening, singing, playing an
Inclination for:
instrument
Create music (songwriter,
composer, musician,
Ability to:
conductor) and analyze music
(music critic)
14. Multiple Intelligences as Dispositions
Disposition / Intelligence:
Interpersonal
Intelligence
Body language, moods, voice,
Sensitivity to:
feelings
Noticing and responding to
Inclination for: other people’s feelings and
personalities
Work with people
(administrators, managers,
consultants, teachers) and help
Ability to:
people indentify and overcome
problems (therapists,
psychologists)
15. Multiple Intelligences as Dispositions
Disposition / Intelligence:
Intrapersonal
Intelligence
One’s own strengths,
Sensitivity to:
weaknesses, goals, and desires
Setting goals, assessing personal
Inclination for: abilities and liabilities,
monitoring one’s own thinking
Meditate, reflect, exhibits self-
Ability to: discipline, maintain composure,
and get the most out of oneself.
16. Multiple Intelligences as Dispositions
Disposition / Intelligence: Naturalist Intelligence
Natural objects, plants, animals,
Sensitivity to: naturally occurring patterns,
ecological issues
Identifying and classifying living
Inclination for:
things and natural objects
Analyze ecological and natural
situations and data (ecologists
and rangers), learn from living
Ability to:
things (zoologists, botanist,
veterinarian) and work in
natural settings (hunter, scout)
17. Multiple Intelligences as Dispositions
Some proponents of multiple intelligence theory proposed
spiritual or religious intelligence.
Gardner did not want to commit to a spiritual intelligence, but
suggested that an "existential" intelligence
Disposition / Intelligence: Existential
Contemplate phenomena or
questions beyond sensory data,
Ability:
such as the infinite and
infinitesimal
Shamans, priests, mathematicia
ns, physicists, scientists,
Careers:
cosmologists, psychologists and
philosophers.
21. Sensing
› Primarily through the senses, what one sees,
hears, touches.
› Sensing people gather facts to learn about
things. Verifies first, then believes.
Intuitive
› Perceives inner meaning and relationships of
what is occurring.
› Doesn't always believe what s/he sees, instead
looks to what the potential significance might
be.
› Believes first, than verifies.
22. Thinking
› The thinker looks to the facts, logical truths, and
verifiable information.
› Thinks in terms of cause and effect.
› Based on true or false.
Feeling
› The feeler places importance on the personal
import of any stimulus rather than on logic.
› Based on like or dislike.
23. The Sensing-Thinking (ST) or Mastery
Learner
› works in an organized, step-by-step,
methodical manner
The Sensing-Feeling (SF) or Interpersonal
Learner
› like to process information orally and learn
best if they can personally connect with the
content
24. The Intuitive-Thinking (NT) or
Understanding Learner
› characterized by logical thinking, perceive
patterns well, and exhibit a strong need to
understand.
The Intuitive-Feeling (NF) or Self-
Expressive Learner
› the creative learner
27. 1. Begin with the end in mind…
› Specific objective - Focused
2. Encourage your students to personalize
the learning goals identified for them.
› Students own the lesson objective
3. Motivation is essential in learning.
› Students – explore, decide, interested,
participate, confident
28. 4. Learning is a social activity.
› Interaction comes learning..
5. Teaching language is more effective and
learning, more meaningful when it is
integrative.
› Listening, speaking, reading and writing
› Strategies – Multiple Intelligence & Learning
Styles
› Interdisciplinary and multidisciplinary teaching
29. › Language structure and form in authentic
contexts
› Life experiences of students
› Research-based instructional strategies
› Integrate values
6. A conducive classroom atmosphere is a
sine qua non of the teaching-learning
process.
› Encourages people to be active
30. › Promotes and facilitates individual discovery
› Personal and subjective nature of learning
› Good and desirable
› Right to make mistakes
› Tolerates ambiguity
› Self-evaluation
› Openness of self
› Trust themselves
› Respect to people
31. › Accepts people
› Confrontation with self and ideas
7. Learning is an active process..
› Constructing meaning
› Engaging with the world
8. Learning is reflective.
› Happens in the mind
32. 9. An approach that allows for ‘more time,
more depth with fewer, more complex
topics’ is more desirable.
› Superficial teaching
10. Emphasize on self-evaluation.
› Evaluate themselves at the end of the lesson
33. 11. Make use of an integrated performance
assessment..
› Learning styles, intelligence, and the real
world
12. Emphasize on real word application that
favors realistic performances over out-
of-context drill items.
› Assessment practices - Performance