KS3 Science 2008: An AfL Approach to How Science Works

Slides:



Advertisements
Similar presentations
While you wait….review your own differentiation practice Please complete the Reviewing your own practice: providing stretch and support resource.
Advertisements

A2 Unit 4A Geography fieldwork investigation Candidates taking Unit 4A have, in section A, the opportunity to extend an area of the subject content into.
CB330005S Review and Planning UND: April 2007.
Primary ICT Assessment What does good assessment look like? The ICT Assessment Toolkit © NEWLICT North East and West London ICT Consultants' Group.
Using Visualisers in AfL A Case Study in Science.
Designing the whole curriculum linking subjects, PLTS, Dimensions.
Graduate Attributes Jackie Campbell, Laura Dean, Mark de Groot, David Killick, Jill Taylor.
Introduction to Primary Science APP. What do the AFs look like? AF1 – Thinking Scientifically AF2- Understanding the applications & implications of science.
CHANGES EXPLAINED STIMULATING MINDS (22/10/13). In 2012 the framework was revised to make it clearer and easier to use, with a clear focus on developing.
FLIBS June 2015 Biology Category 1 Session 2: Learning Biology within the IB Philosophy.
Understanding MYP Criteria
Prepared and presented by Reda Saad El-Mahdy Ahmed Bin Hanbal Independent Secondary School for Boys And “SEC Curriculum Standards”
Connecting Teachers Can there be models of effective practice for teachers with ICT? Chair: Christine Vincent, Becta Presenter: Margaret Cox King’s College.
New Opportunities The new Secondary Curriculum: A curriculum for the future.
Primary Science APP Finstall Centre 28 th September 2010 Charlotte Walmsley – AST Steve Davies - EIA.
Curriculum Report Card Implementation Presentations
What should we expect from 2 nd year students? A realistic approach. Tuesday 25 th February 2014 Tutor CPD Seminar.
FLIBS Dec Biology Category 1 Session 2: Learning Biology within the IB Philosophy.
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,
Assessment at KS3 for the New GCSEs Dr Alex Holmes ASE 2016 Saturday 9 th T184.
Fieldwork at GCSE. A ‘world class’ curriculum? Extend their knowledge of locations, places and contexts Understand some key processes, concepts,
Assessment at KS3 for the New GCSEs Dr Alex Holmes ASE 2016 Saturday 9 th T184.
Practical work to deliver ‘How science works’ SAPS (Science and Plants for Schools)
© 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.
Inquiry Primer Version 1.0 Part 4: Scientific Inquiry.
The Future for Assessment? Assessing Pupil Progress (APP) as a tool for effective Teacher Assessment in Primary Science.
Main strand session 17 Session Seventeen Measuring Learning 2: Assessment evidence Jim Rogers.
Analysis of Research and Impact on Practice, Action Planning Monday December 13th.
Bloom, Assessment & Aims and Objectives Module: ES204 Lecturers – Dr Justin Rami.
Able Pupils in Art & Design. Definition Gifted learners : pupils who have abilities in one or more subjects excluding art & design, music, PE or performing.
+ Year 2 Computing Specialism Session 2 Aims of the session For students to develop an understanding of: How Computing provides wide range of tools that.
New Assessment Routines: Update for Parents
Information for Parents Statutory Assessment Arrangements
Learning Environments
Quality Assurance processes
Big Ideas, Learning Goals & Success Criteria
Information for Parents Key Stage 3 Statutory Assessment Arrangements
Modernisation of study programme
Competency Based Learning and Project Based Learning
Overview: Exam board is Edexcel
How learners learn in my teaching world…
Science Curriculum, Assessment, Expectations and Opportunities in
Using Victorian Curriculum to plan Visual Arts & Visual Communication learning Webinar, 10 November 2016.
STEM Learning Module PISA- Summer 2007
Smarter Balanced Assessment Results
Assessment without levels
Mariya International School
Learning and Teaching Principles
The PYP Planner A Written Curriculum.
Kuwait National Curriculum
Assessment & Evaluation & Reporting Improving Student Learning
Assessment Information Evening
Assessment and Moderation
Technology and Living Third Consultation
COMPETENCIES & STANDARDS
SCIENCE AND ENGINEERING PRACTICES
Quality assurance and curriculum development
The main features of assessment in the PYP
Mathematics Specialism
Professional development
Assessing science enquiry
Setting Writing Goals in Science The Living Environment
Learning Intentions and Success Criteria
Bringing Design and Technology Alive
Summary of Evidence/Reason for Referral
SCIENCE LET’S INVESTIGATE.
Planning a cross- curricular topic
National Curriculum Science.
Information for Parents/Caregivers
Presentation transcript:

KS3 Science 2008: An AfL Approach to How Science Works Dr Mark Evans Dr Neil Sanderson The Blyth-Jex School Norwich

New KS3, new focus AfL/Personalised Learning Less prescribed content, allowing schools to focus on students that require extra support, and to provide others with more in-depth study and challenge. Assessment to be ‘personalised’’, with, “…greater focus on assessment for learning” How Science Works The revised program of study provides a, “more appropriate balance between content and how science works”. The content statements are described as, “..as much a context for developing knowledge, skills and understanding of how science works, as they are knowledge to be acquired in their own right”

How Science What? Key concepts Scientific thinking a) Using scientific ideas and models to explain phenomena and developing them creatively to generate and test theories. b) Critically analysing and evaluating evidence from observations and experiments. Key processes Practical and enquiry skills a) use a range of scientific methods and techniques to develop and test ideas and explanations b) assess risk and work safely in the laboratory, field and workplace c) plan and carry out practical and investigative activities, both individually and in groups. Critical understanding of evidence a) obtain, record and analyse data from a wide range of primary and secondary sources, including ICT sources, and use their findings to provide evidence for scientific explanations b) evaluate scientific evidence and working methods.

Level Assessed Tasks (LATs) LATs are fully differentiated, open-ended, formative assessment tasks. Widely used since 2005, stemming from pioneering work by Andrew Grevatt at Uckfield Community College, and independently developed at KS3 by the Gloustershire LEA Science team. They use AfL principles to support the development of ideas and processes in science, and clearly identify improvement targets for learners to follow. They are typically used as classroom activities, although they are suited as homework tasks. They are ideal for peer and self-assessment.

Applying LATs to HSW We have analysed the new attainment targets for HSW and sub-divided the statements by level into distinct (and familiar!) categories: Planning Obtaining results Recording results Analysing and concluding Evaluating evidence Using scientific scenarios taken from the range and content specified in the new program of study we have written a series of LATs to focus on the new How Science Works criteria.

Example LAT

Example LAT

Level Ladders and Target Tables

Using the tasks NOT tests: Open-book exercises in which students are allowed to use their notes, text books, the internet and to chat with each other about the task. They help develop and consolidate understanding.

Completed LAT Self or peer-assessment using the level ladder. Often modelled by the classroom teacher using a digital camera and the Interactive whiteboard.

Completed Target Table Improvement targets identified

Dedicated Improvement Time After the initial assessment and levelling of the LATs students spend classroom time working on their identified targets for improvement. This is an integral process for developing understanding, and is essential to the formative nature of the LAT

The value of the LAT approach LATs have proven to be very effective in developing understanding of scientific concepts, and in our recent work, the awareness of How Science Works principles. Students typically elevate their understanding by one KS3 level following self-assessment and the period of self-intervention using their diagnosed targets for improvement.

Spread over KS3 By the end of each year of KS3, each student would have undertaken a series of LATs fully exploring the entirety of the How Science Works attainment target. Although a tool for formative assessment, the final level achieved after improvements have been made by the student could be used as a summative measure of understanding and ability linked to How Science Works.

Adopting the LAT system in schools Option one: Produce your own LATs focussing on the requirements of the HSW attainment target, and linked to content that you have sequenced within your new KS3 SOW Option two: Visit www.badger-publishing.co.uk. Andrew Grevatt has produced level Assessed tasks to support the 2008 KS3 curriculum, the previous national curriculum and GCSE science. You can select the ones you like best and slot them into your existing scheme of work Option three: Look out for the inclusion of HSW LATs within new commercial schemes of work being produced for the new KS3