ICT can be a powerful tool when used appropriately to aid the delivery of science lessons and as a tool for students. As ICT capability increases, so should.

Slides:



Advertisements
Similar presentations
GJH August 2007 This is NOT about technology! This IS about learning.
Advertisements

Teachers, administrators and staff continuously seek and share learning and then act on what they learn. The goal of their actions is to enhance their.
This is a subject-based presentation for you as PV to adapt to your subject. The subject content at present is English for Speakers of other Languages.
SCIENCE LET’S INVESTIGATE.
Carrying Out an Investigation in Science
Key Stage 3 National Strategy Handling data: session 2.
Developing Science Skills. Preparing for Tasks Level DLevel ELevel F individually or in small groups will identify two or three questions to investigate.
Copyright © 2014 ICT Inspires Ltd. All Rights Reserved. ICT (Computing) Subject Leader Course Session 2: Broader.
Key Stage 3 National Strategy Scientific enquiry Science.
Standards, data and assessment. Links to Tfel 1.6 Design, plan and organise for teaching and learning 2.4 Support and challenge students to achieve high.
Prestbury Publishing Consultancy Brian Carvell. Scope of presentation Textbook production Delivery mechanisms New technologies in the teaching and learning.
ICT in Science teaching and learning What's happening in schools? Pam Furney June 2011.
ICT in Primary Schools Presentation to Southampton PGCE course Friday, March 28th 2003.
EPSY 430 Tests and Measurements (Elementary) Assessment 4 A general term 4 Includes all the information teachers gather in the classroom 4 A process.
What is a blog? “Web log” In simple terms, a blog is a web page where what you write goes in chronological order on the front page Author can write, viewers.
Communicating, Inquiring, Decision Making and Problem Solving Foundational Operations, Knowledge and Concepts Processes for Productivity Information and.
Observing Learning Helen Bacon and Jan Ridgway Inclusion Support Services.
Wynne Harlen Fibonacci European Training Session, March 21 st 2012.
Planning, Instruction, and Technology
Aims To revisit reading assessment focuses
Why Science Fair?. Promoting Positive Attitudes Towards Science Heightening student interest in science and allow for the exploration of personal interest.
Herts ICT Team. Objectives for the session To explore if, or when ICT should be used in Primary Science To review hardware, software and resources which.
Geography Subject leaders Training Exploring the content of the new National Curriculum.
Assessment.  Understand why we need to assess  The role of assessment in teaching. Lecture’s objective.
Margaret J. Cox King’s College London
Methods of Teaching ICT Presented by: Koigny Hermann Kouadio NIIT TEMA.
ENGLISH LANGUAGE ARTS AND READING K-5 Curriculum Overview.
A Framework for Inquiry-Based Instruction through
SCIENCE FAIR 2009.
Project-Based Assessment- innovative approach to assessment that focuses on assessing student projects. Based on a type of authentic learning called project.
Copyright © 2008, Intel Corporation. All rights reserved. Intel, the Intel logo, Intel Education Initiative, and Intel Teach Program are trademarks of.
Social Stories Through Movie Maker and Photo Story 3 Jenny Sherwood
February 20, 2008 Presenters: Todd Meckley Michelle Krill.
Progression in ICT Key Stage 1 - Children learn how to…... explore ICT; use it confidently and purposefully to achieve outcomes; use ICT to develop their.
Connecting Teachers Can there be models of effective practice for teachers with ICT? Chair: Christine Vincent, Becta Presenter: Margaret Cox King’s College.
Leading improvement using the Primary Framework. Keys to further improvement A growing body of research identifies important and interrelated keys to.
1 Welcome Back  Topics for today Pedagogy Curriculum Standards Introduction to desktop publishing & design.
Putting Research to Work in K-8 Science Classrooms Ready, Set, SCIENCE.
DATABASES Southern Region CEO Wednesday 13 th October 2010.
Literacy I can recall main info, know where to look for it, make inferences linked to evidence, show awareness of characters’ intentions, adapt speech.
1 Chapter 9: Computers. Roles of Computers in Education Object of Instruction As a Tool Instructional Device Teaching Logical Thinking.
Retooling and Resourcing: Intergration of ICT in Science Congress Prep. Gioko, A. (2010) ICT Challenge RETOOLING AND RESOURCING.
From Under Sea to Outer Space The video is part of NASA’s Liftoff to Learning. See the Featured Links for a link to NASA’s resources.
The World Around Us and the Media Integrating ICT.
SCIENCE PROCESS SKILLS
NEELB ICT Induction December Course Objectives To provide an overview of Using ICT in the Northern Ireland Curriculum To investigate opportunities.
What is the Skills framework?
Developing a Flipped Classroom Facilitated with ICT Dr Katya Toneva, eLearning Advisor - University of Roehampton.
Key Competencies.
ICT in Classroom Prepared by: Ymer LEKSI Kukes
Yr 7.  Pupils use mathematics as an integral part of classroom activities. They represent their work with objects or pictures and discuss it. They recognise.
ICT Strategic Leader Forums Ian Brewer. ICT Strategic Leader Forums Outcomes Key outcomes: Improved capacity of Subject Leaders to ensure more effective.
Building Schools for the Future Transforming the Learning Landscape in Birmingham.
Connecting Teachers Can there be models of effective practice and would they threaten innovation and diversity? Chair: Christine Vincent, Becta Presenter:
Effective use of Office 365 Teaching and Learning CPD.
Science and ICT sensing. This diagram highlights some of the ICT key concepts that are particularly significant for science. These are expanded further.
Curriculum Futures Looking after learners, today and tomorrow To develop a modern world-class curriculum that will inspire and challenge all learners and.
© Crown copyright 2006 Renewing the Frameworks Enriching and enhancing teaching and learning.
A research and policy informed discussion of cross-curricular approaches to the teaching of mathematics and science with a focus on how scientific enquiry.
Understanding inclusive learning and teaching in lifelong learning Units 002 and 009 Nichola Evans 1.
Harnessing Technology for Learning June 4 th 2007 DTI Victoria Robin Ghurbhurun Director of Learning and Development Lewisham College National Chair AoC.
4:00 – 4:05pm Welcome and Introductions 4:05 – 4:20pm Ice Breaker 4:20-4:30 pm Norms 4:30 – 5:00pm Journaling 5:00 – 5:30 pm Enquiry activity stations.
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.
Woodley Primary School Science delivered in different ways.
Teaching as Inquiry 2012 Cluster Share presentation Focus: Digital Reading.
Question responses – so far
Communicating learning: Recording at KS1
Lesson Planning 1 Susie Fawcett.
SCIENCE LET’S INVESTIGATE.
Presentation transcript:

ICT can be a powerful tool when used appropriately to aid the delivery of science lessons and as a tool for students. As ICT capability increases, so should its application in science.

to develop a wider range of strategies for embedding ICT in pedagogy to identify appropriate application of students’ ICT capability (particularly in Scientific Enquiry) to consider how ICT can add value to the teaching and learning of science

improve and extend use of ICT in teaching and learning seek opportunities to use ICT identify when the use of ICT is appropriate

Embedding ICT

Using dataloggers usefully

Why use dataloggers? Important to reflect the current world of science. Industrial and research science relies heavily on ICT-controlled equipment and new measuring techniques. Impressive achievements, such as the sequencing of the human genome, would not have been possible without ICT-controlled analytical tools. Students need to appreciate that this is the direction of science in the 21st century.

As events happen, results are instantly displayed on the screen, prompting discussion. Software provides a range of aids for analysing and getting information from data. Data can be stored for later use. It is easy to repeat an investigation.

Students can capture data involving very fast or very slow changes accurately Electronic measuring equipment removes the tedium of manual measuring and recording and frees up time for discussion of the underlying science.

Enhance individual learning - In individual or paired applications, pupils need clear directions before they start, otherwise too much time could be spent trouble-shooting. Structured tasks and activities should focus on the scientific ideas underpinning the model, not the ICT skills needed to manage the software.

Enhance whole class learning - Use a large screen or data projector so that the whole class can see. Students: – ask questions, predict and hypothesise observe, measure and record, and manipulate variables; – interpret results and evaluate scientific evidence present and communicate their findings in a variety of ways.

What might the learner of the future look like? Learners shaping their own learning Networked and collaborative learners Changing conceptions of teacher/learner Expectations of agency and feedback

How do we get there? Learners as co-designers Innovative applications of technology to support learning New sites and spaces of learning Shifts to our curriculum and assessment systems

Pupils should be taught to make observations and measurements in a precise and systematic way They should be helped to present their findings concisely and accurately in a variety of ways including drawings, diagrams, graphs and charts.

They should have some opportunities to carry out the whole process of investigating an idea and to make decisions about what to do. Experiments with sensors provide opportunities for pupils to ask “What if...?” questions.

Match old technologies with new: Thermometer v Temperature probe Ticker timer v Motion probe Stop watch v Light gates Newton balance v Force probe

Kent Year 7 class Classroom Video designVideo design Using Spreadsheets Useful Case studiesCase studies Interactive whiteboards - NASA Science by

Class Blogs

post class-related information such as calendars, events, homework assignments and other pertinent class information. post assignments based on news articles and have students respond on their own weblogs, creating a portfolio of their work. provide online readings for students to read and react to. gather and organise Internet resources for a specific course, providing links to appropriate sites post photos and comment on class activities.. publish examples of good student work done in class.

information about topics they are studying in class, and readings to inspire learning. make use of the commenting feature to have students evaluate experiments to develop language skills. post tasks to carry out project-based learning tasks with other students across year groups. link your class with another class somewhere else in the world

Moodle Creating a Blog siteBlog site