spiral progression in science

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ST 1 SPIRAL PROGRESSION IN SCIENCE: A New Feature To The K To 12 Curriculum

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Special Topics 1. SPIRAL PROGRESSION IN SCIENCE

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Page 1: Spiral progression in Science

ST 1

SPIRAL

PROGRESSION

IN SCIENCE:

A New Feature To The K To 12 Curriculum

Page 2: Spiral progression in Science

THE

SPIRAL

CURRICULUM

Page 3: Spiral progression in Science

The spiral approach is a technique often used in teaching  where first the basic facts of a subject are learned, without worrying about details. Then as learning progresses, more and more details are introduced, while at the same time they are related to the basics which are reemphasized many times to help enter them into long-term memory.

What is a spiral approach?

Page 4: Spiral progression in Science

ROLES OF SPIRAL APPROACH IN

TEACHING:

A sequencing

strategy.

A teaching strategy.

Page 5: Spiral progression in Science

Basic idea behind

the spiral

progression

approach:

-to expose the learners to a wide variety of concepts /topics ,skills and attitudes that are deemed of “continual concern of everyone “until they are mastered.

Page 6: Spiral progression in Science

A spiral curriculum design is one in which “key concepts are presented repeatedly throughout the curriculum, but with deepening layers of complexity.”

Page 7: Spiral progression in Science

After a mastery of the initial topic, the student “spirals upwards” as the new knowledge is introduced in next lessons, enabling him/her to reinforce what is already learned. In the end, a rich breadth and depth of knowledge is achieved.

Page 8: Spiral progression in Science

With this procedure, two purposes are served :1. The previously learned

concept is reviewed hence improving its retention

2. The topic may be progressively elaborated when it is reintroduced leading to a broadened understanding and transfer of learning.

Page 9: Spiral progression in Science

The spiral

curriculum was

proposed by

BRUNER,1996.

In structuring a course, certain prequisite knowledge and skills must be first mastered which in turn provides linkages between each lesson as the students “spirals upwards” in a course of study.

Page 10: Spiral progression in Science

Grade 3 Grade 4 Grade 5 Grade 6Characteristics Of

Living Things

Parts And Functions Of Living Things

a. Human b. Animalsc. Plants

Interaction of LivingThings with theEnvironment

Humans: Major Organs Of The Body

Care For ThemDiseases

Animals, PlantsTerrestrialAquaticLife Cycles Interactions:BeneficialHarmful

Stages Of Growth and Development

Development Of Secondary Sex

Differences in modes Of reproduction in Human ,Animals, Plants.

Flowering plantsNonflowering Plants

Human Body System

Musculoskeletal System

Digestive System

Circulatory System Humans, of Animals and Plants

Respiratory SystemCharacteristics of Vertebrates and invertibrates

Economic importance Caring for animals.

Page 11: Spiral progression in Science

The Learning Spiral

Is a curriculum design framework which will help science teachers construct lessons, activities or projects that target the development of thinking skills and dispositions which do not stop at identification , instead facilitate implementation of the desired performance.

Page 12: Spiral progression in Science

• Is a curriculum design tool which will help develop concrete and practical thinking-centered lessons that make students performances of understanding explicit .it may be used to structure an entire project which can readily fit into the regular curriculum and can help design thinking centered lessons..

Page 13: Spiral progression in Science

Learn with focus on the learners, andlearning in a real situation as the teachers facilitate their students to learn from experience, activities and work, leading to the development of learners in all aspects , physical, mental, emotional, social and intellectual.

The learner- centered approach is

characterized by:

Page 14: Spiral progression in Science

In adopting the spiral approach, the teachers will be enriched with varied experiences in preparing every science lesson and curriculum a proper blending of concepts, skills and values from the natural and physical sciences and appropriately sequenced from a start upward according to the level of difficulty.

Page 15: Spiral progression in Science

One should always remember that one keeps moving upward, but keeps returning to the fundamentals through reviews but adding more.

Page 16: Spiral progression in Science

His idea was that transfer of thinking processes from one context to another required students to learned the fundamental principles of subjects and to explore ideas on a deeper level rather than just mastering facts and rote learning procedures.

BRUNER emphasized the gains that can be acquired by developing students powers of analysis ,judgment and memory in order to increase capacity to transfer learning into new students.

Page 17: Spiral progression in Science

In the spiral

progression approach, the first

basic facts of a subject are learned

without worrying

about details.

In spiral teaching , teacher moves

upward but keeps

returning to the

fundamentals.

Page 18: Spiral progression in Science

Mylene Mendez

Joy Desire Moldez

Charo Montenegro

Ivy Mariel Najarro

Repor ters!