Developing imaginative and creative ideas for awe and wonder and scientific challenges within EYFS, The World – SCIE0851 Dave Whittle - HIAS

Slides:



Advertisements
Similar presentations
SCIENCE LET’S INVESTIGATE.
Advertisements

Anglian Water Sewage Works Chelmsford Wastewater Treatment Works 129 Brook End Road South Chelmsford CM2 6NZ Cross curricular links * SCIENCE.
Active Learning and Your Child
What is the Foundation Stage? Play is children’s work.
Reception Curriculum Evening. Activities within the EYFS are based on what children already know about and can do. They recognise children’s different.
New Swannington Primary School EYFS Open Evening 2014.
Through the eyes of a child
Shape, space and measures
Numbers EYFS Framework Guide: Mathematics. What is Mathematics? In the EYFS framework, Mathematics (M) is one of the four specific areas of learning.
EYFS Framework Guide: Creating an enabling environment
Desert Survivors Goal Setting.
Thinking, reasoning and working mathematically
Science Inquiry Minds-on Hands-on.
Reflective practice Session 4 – Working together.
Mathematics the Preschool Way
The 5 E Instructional Model
Early Years Curriculum at Tiverton
Learning Objectives Participants will discuss ways to integrate themes throughout their classroom. Participants will come up with their own ideas to increase.
Introduction to Primary Science APP. What do the AFs look like? AF1 – Thinking Scientifically AF2- Understanding the applications & implications of science.
Elementary Science Leadership Network June 17, 2014 While you are getting settled, think about the NGSS probe and record your answers..
Key Stage 1 Parents Coffee Morning 14 th November 2012.
Inquiry Based Learning Donna Barrett Center for Education Integrating Science, Mathematics and Computing.
Australian Curriculum Science K-6
Communicating Ocean Sciences to Informal Audiences (COSIA) Session 3 Teaching & Learning.
Healey Nursery Learning to play, playing to learn We play indoors and outdoors every day.
Lecture # 6 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION TEACHING OF SCIENCE AT ELEMENTARY LEVEL.
Thinking Skills Approaches A way of promoting active learning.
Make a Moment for Wow Moments Early Language Session 2.
SCIENCE FAIR 2009.
Engaging Learners in the Early Years Research-Informed, Evidence-based Decision Making Early Childhood Professionals.
Understanding the world: The world Author details and credentials EYFS Bite-size Training DEVELOPING EXCELLENCE TOGETHER 1.
Lecture # 3 SCIENCE 1 ASSOCIATE DEGREE IN EDUCATION POPULATIONS AND ECOSYSTEMS.
© Focus Education 2014 for Forest Academy 1. Year 1: Who will we find at the zoo? KS1 Science (Y1 Animals, including Humans) Identify and name a variety.
What Happens in Pre-K The children will tell you that they played all day! The truth behind their play……
Jane Jones HMI The Product of Testing Times Primary NAMA conference 2007.
Planning and Integrating Curriculum: Unit 4, Key Topic 1http://facultyinitiative.wested.org/1.
The Creative Curriculum for Infants, Toddlers, & Twos
Active Learning Curriculum for Excellence Moira Lawson.
EYFS Framework Guide: Ways of Learning
A Curriculum for Excellence At the heart of an active learning approach is the creative, adaptable professional who can enjoy developing the ideas that.
By: Chakera Parker Date: October 4, 2012 Skills and Responsibilities of Early Childhood Teachers.
Introduction to the Framework: Unit 1, Getting Readyhttp://facultyinitiative.wested.org/1.
Inquiry: The Heart and Soul of Science Education Michael Padilla Clemson University
What is the Foundation Stage?
Communication and Language. Listening and attention: Children listen attentively in a range of situations. They listen to stories accurately anticipating.
Creating and thinking critically
(SCIE0841) Newly Appointed Subject Coordinators for Science This is not your only support: Science coordinators support groups (SCIE0821) Science Coordinators.
Tuning in to children’s thinking and learning
BRINGING IT ALL TOGETHER Use of Rich Tasks. What is a Rich Task? Accessible to all levels Provides an opportunity to explore mathematics Involves testing,
The Learning Cycle as a Model for Science Teaching Reading Assignment Chapter 5 in Teaching Science to Every Child: Using Culture as a Starting Point.
© Crown copyright 2008 Making good progress in Science Level 6+ project
Science K–10 Early Stage 1 outcome A student: Stage 1 outcome A student: Stage 2 outcome A student: Stage 3 outcome A student: Stage 4 outcome A student:
Dave Whittle – HIAS Science Team Primary.
SH EYFS EYFS Early Years Foundation Stage From birth – 5 years.
SC1 OBTAINING EVIDENCE FAIR TESTING AND PLANNING BOARDS “LEARNING IS A MESSY BUSINESS.” (DEARING, 1992) October 2011 Wk4 Sess 4 University of Winchester.
© Crown copyright 2006 Renewing the Frameworks Enriching and enhancing teaching and learning.
Unit 10 – Supporting Children’s Literacy and Numeracy Development: Learning to Read:
Understanding of math and science begins early. To help children develop intellectually, child care and educational professionals plan and lead math and.
Inquiry Primer Version 1.0 Part 4: Scientific Inquiry.
MY TIME, OUR PLACE Framework for School Age Care In Australia Prepared by: Children’s Services Central April 2012 Team Meeting Package.
Ripple Primary School PSQM Principles of Good Science Teaching.
ICT in the Foundation Stage © Crown Copyright 2004.
The Future for Assessment? Assessing Pupil Progress (APP) as a tool for effective Teacher Assessment in Primary Science.
Positives... to celebrate Problems... to solve Potential... to explore
Year 2 Curriculum Evening
YEAR 1 NETWORK: SCIENCE 17th MAY 2016.
Spelling and beyond Literacy Toolkit HGIOS
Thinking Skills Approaches
Science: Learning Experience 1. wested
SCIENCE LET’S INVESTIGATE.
Presentation transcript:

Developing imaginative and creative ideas for awe and wonder and scientific challenges within EYFS, The World – SCIE0851 Dave Whittle - HIAS

Dates SessionDate 1 10 th November st January st March 2016

Expectations Delegates will: become familiar with the important scientific ideas that young children should experience.become familiar with the important scientific ideas that young children should experience. become more confident at framing questions to encourage higher order thinking and encouraging children to explore their early scientific ideas.become more confident at framing questions to encourage higher order thinking and encouraging children to explore their early scientific ideas. come prepared to share their ideas, trial ideas and approaches developed in the sessions, evaluate these and share their experiences.come prepared to share their ideas, trial ideas and approaches developed in the sessions, evaluate these and share their experiences.

Wondering why What is science? (1)

What do you think happened? Markings were found in the snow

Wondering whyWondering why Gathering and analysing evidence to find out whyGathering and analysing evidence to find out why What is science? (2)

What happens when you float your Water lily on water?What happens when you float your Water lily on water? Explore what happens when you place a water lily on water … what questions do you have?Explore what happens when you place a water lily on water … what questions do you have? Choose one to exploreChoose one to explore The Water Lily The Water Lily (10 mins)

Explain to another group what you’ve discovered.Explain to another group what you’ve discovered. How did it feel during the activity?How did it feel during the activity? Sharing your evidence …

Reflection –What made that feel like ‘real’ science? –What aspects of this approach would you want children to experience?

.

How do these principles fit with those of EYFS? Whatever we do should …  support a smooth transition to KS1 by informing the professional discussion between EYFS & KS1 teachers.  give children access to a rich learning environment which provides them with the opportunities and conditions in which to flourish.  Provide children with opportunities to compare similarities and differences in relation to places, objects, materials and living things.  Encourage them to talk about the features of their own immediate environment and how environments might vary from one another.  Encourage them to make observations of animals and plants and explain why some things occur, and talk about changes.

Principles of Early Years Science Understanding of the world involves guiding children to make sense of their physical world and their community through opportunities to explore, observe and find out about people, places, technology and the environment. Their learning must be supported by offering opportunities for them to: Their learning must be supported by offering opportunities for them to: use a range of toolsuse a range of tools encounter creatures, people, plants and objects in their natural environments and in real life situationsencounter creatures, people, plants and objects in their natural environments and in real life situations undertake practical ‘experiments’ and challengesundertake practical ‘experiments’ and challenges work with and explore a range of materialswork with and explore a range of materials

The scientific aspect of ELG14 - The world … Children know about similarities and differences in relation to places, objects, materials and living things. They talk about the features of their own immediate environment and how environments might vary from one another. They talk about the features of their own immediate environment and how environments might vary from one another. They make observations of animals and plants and explain why some things occur, and talk about changes. So we need to provide children with opportunities to: Investigate objects and materials and their propertiesInvestigate objects and materials and their properties Explore changes and patternsExplore changes and patterns Explore similarities and differencesExplore similarities and differences Question how and why things workQuestion how and why things work

Ideally then: Ideally then: Activities should be based on first-hand experiences that encourage exploration, experimentation, observation, problem solving, prediction, critical thinking, decision making and discussion.Activities should be based on first-hand experiences that encourage exploration, experimentation, observation, problem solving, prediction, critical thinking, decision making and discussion. Practitioners should teach skills and knowledge in the context of practical activities, for example, learning about the characteristics of liquids and solids by melting chocolate.Practitioners should teach skills and knowledge in the context of practical activities, for example, learning about the characteristics of liquids and solids by melting chocolate.

Practitioners should encourage children to tell each other what they have found out, to speculate on future findings or to describe their experiencesPractitioners should encourage children to tell each other what they have found out, to speculate on future findings or to describe their experiences Practitioners need to create a stimulating environment that offers a range of activities to encourage children’s interest and curiosity, both indoors and outdoorsPractitioners need to create a stimulating environment that offers a range of activities to encourage children’s interest and curiosity, both indoors and outdoors Practitioners should use correct terms and vocabulary, for example children will enjoy naming a chrysalisPractitioners should use correct terms and vocabulary, for example children will enjoy naming a chrysalis Practitioners should pose carefully framed open ended questions such as “ How can we…?” or “What would happen if…?” Practitioners should pose carefully framed open ended questions such as “ How can we…?” or “What would happen if…?”

Science core themes … We have come up with: MaterialsMaterials Pushes and pullsPushes and pulls Hot and coldHot and cold Light and soundLight and sound Plants}Plants} Animals} in their local environmentAnimals} in their local environment

Planning Things to be considered: What learning experiences will children have?What learning experiences will children have? What resources will they interact with?What resources will they interact with? Where is the challenge?Where is the challenge?Where is the challenge?Where is the challenge? What vocabulary do we want children to develop?What vocabulary do we want children to develop?

Let’s have a go … The five KS1 Key Ideas for variation are: Some things are living, some were once living but now dead and some things have never livedSome things are living, some were once living but now dead and some things have never lived There is variation between all living thingsThere is variation between all living things Different animals and plants live in different placesDifferent animals and plants live in different places Living things are adapted to survive in different habitatsLiving things are adapted to survive in different habitats Environmental change can affect the plants and animals that live thereEnvironmental change can affect the plants and animals that live there

Choose one of the Key Ideas for variation: What activities do you do that give children experience of this Key Idea?What activities do you do that give children experience of this Key Idea? What learning experiences will children have?What learning experiences will children have? What resources will they interact with?What resources will they interact with? Where is the challenge?Where is the challenge? What vocabulary do we want children to develop?What vocabulary do we want children to develop?

We had a go … … with three of these. … with three of these. The sheets summarise what we came up with... Is this kind of thing useful?

Any priorities for you? Are there any areas/issues you would particularly like to focus on in session 2?

For session 2 (21 st January)… 1. We’ll do some science 2. Share any additions you think we need to make to the three ‘Variation’ sheets we looked at in session 1 … also include ‘Books and songs’ 2. Share any additions you think we need to make to the three ‘Variation’ sheets we looked at in session 1 … also include ‘Books and songs’ 3. Feedback on learning resources, resources, vocabulary, etc for ‘Animals’ and/or ‘Materials’ 3. Feedback on learning resources, resources, vocabulary, etc for ‘Animals’ and/or ‘Materials’ 4. Please think about good starting points … particularly for ‘Materials’ 4. Please think about good starting points … particularly for ‘Materials’ 5. Please also bring any photos of effective displays, role play areas or other settings you have used. 5. Please also bring any photos of effective displays, role play areas or other settings you have used. 6. Be prepared to share your reflections on what you did and what happened 6. Be prepared to share your reflections on what you did and what happened

By ‘Where is the challenge?’ we mean … How can you encourage children to: Ask questionsAsk questions ExploreExplore InvestigateInvestigate Follow their own lines of enquiryFollow their own lines of enquiry Look for patternsLook for patterns Look for changeLook for change Planning