Integration of Australian Curriculum Stage 1 Science Implementation Workshops Term 3, 2016.

Slides:



Advertisements
Similar presentations
Ability-Based Education at Alverno College. Proposed Outcomes for Session 1. To introduce you to Alvernos approach to designing integrative general education.
Advertisements

Senior Secondary Reform Team, DECS Curriculum Services Task design – SACE Stage 2 Workshop term Part 1.
Australian Curriculum: Science!
Desert Survivors Goal Setting.
ABET Accreditation Board for Engineering and Technology
THE NEW TEXAS CORE CURRICULUM (OCTOBER 27, 2011).
Meeting SB 290 District Evaluation Requirements
New Advanced Higher Subject Implementation Events
New Advanced Higher Subject Implementation Events Design and Manufacture: Advanced Higher Course Assessment.
21st Century Skills Initiatives
Australian Curriculum Science K-6
L8 Sciences Term Intended Outcomes Explore the L3 stds & their implications for – Course planning – Tasks – Teaching & learning NoS in Investigations.
NSW Curriculum and Learning Innovation Centre Draft Senior Secondary Curriculum ENGLISH May, 2012.
Designing and implementing of the NQF Tempus Project N° TEMPUS-2008-SE-SMHES ( )
Key messages from Verification  Use valid and reliable assessments  SQA-produced Unit Assessment Support Packs  Centre devised assessments.
A good place to start !. Our aim is to develop in students ; Interest in & enjoyment of historical study; Skills for life long learning; The capacity.
New Advanced Higher Subject Implementation Events Engineering Science Advanced Higher Course Assessment.
New Advanced Higher Subject Implementation Events Computing Science Advanced Higher Course Assessment.
LEVEL 3 I can identify differences and similarities or changes in different scientific ideas. I can suggest solutions to problems and build models to.
Graduate studies - Master of Pharmacy (MPharm) 1 st and 2 nd cycle integrated, 5 yrs, 10 semesters, 300 ECTS-credits 1 Integrated master's degrees qualifications.
MOOC in Year 6 Glasshouse Christian College. Year 6 Science Australian Curriculum Science provides opportunities for students to: ●develop an understanding.
New Advanced Higher Subject Implementation Events Biology: Unit Assessment at Advanced Higher.
Navigating the ‘information jungle’ a Research Safari Leonie McIlvenny.
Introducing Unit Specifications and Unit Assessment Support Packs Environmental Science National 3, National 4 and National 5.
What is Creativity? “Creativity is a process which generates ideas that have value to the individual. It involves looking at familiar things with a fresh.
Copyright © 2014 by ABET Proposed Revisions to Criteria 3 and 5 Charles Hickman Managing Director, Society, Volunteer and Industry Relations AIAA Conference.
Introducing Science. Victorian Curriculum F–10 Released in September 2015 as a central component of the Education State Provides a stable foundation for.
Stage 1 Integrated learning Coffee Shop. LEARNING REQUIREMENTS The learning requirements summarise the knowledge, skills, and understanding that students.
Integration of Australian Curriculum Mathematics Implementation Workshops Term 3, 2015.
Integration of Australian Curriculum English Implementation Workshops Term 3, 2015.
Community Studies Implementation workshop Integration of Australian Curriculum Capabilities Community Studies B.
ESD in FE Topic Support Network Introduction to Responsible Futures 10/05/2016 Quinn Runkle Senior Project Officer - Communities and Curriculum Department.
New Advanced Higher Subject Implementation Events English: Unit Assessment at Advanced Higher.
Integration of Australian Curriculum Stage 2 General Mathematics Essential Mathematics Term 2, 2016.
Key features of the History K-10 syllabus
New NSW Geography syllabus 7-10
Specialist Mathematics
Good teaching for diverse learners
Integration of Australian Curriculum Stage 2 Essential English Implementation Workshops Term 2, 2016 Welcome Introductions.
Stage 1 PLP Overview 2016.
OUTCOME BASED EDUCATION
Learning area overview
Stage 1 Agriculture Implementation Workshops
Study of Religion.
AF1: Thinking Scientifically
Stage 2 Science Implementation Workshops
Task design – SACE Stage 2
Future Earth – Our World in Your Hands
The Scottish Education System
Assessing the Inquiry Process
Proposed Revisions to Criteria 3 and 5
The IBCC Reflective Project
Science, Technology, and Engineering
Senior Physical Education
ISSUES IN SCIENCE Pathway Subject(s): VCE Biology
Technological Literacy For All Students
VCE Subject Selection – Food Studies: Units 1,2 ,3 and 4
Introducing Design and Technologies
Grade 6 Outdoor School Program Curriculum Map
Meet the Teacher Information Session
Creativity and Innovation in STEM Education
Introducing Science.
Investigating science
Victorian Curriculum F–10 Familiarisation
Course Description And Assessment Information
Victorian Curriculum: Unpacking Design and Technologies
Skills development in the study of History
The Global Dimension in Science Education
Assessment - Getting it Right
National Literacy and Numeracy Learning Progressions: Overview
Presentation transcript:

Integration of Australian Curriculum Stage 1 Science Implementation Workshops Term 3, 2016

Subject Renewal - Why? Australian Curriculum Learning and Assessment are changing

Subject Renewal Capabilities Content Skills Guiding Principles Quality Learning Engaging Innovative Quality Assessment Manageability

Stage 1 subjects 2017Stage 2 subjects 2018 Biology Chemistry Earth and Environmental Science Physics Stage 1 Science Subjects

Pathway options Stage 1 subjectsStage 2 subjects from 2018 Biology Chemistry Earth and Environmental Science Physics

Capabilities I am capable I can use technology to create a new way of thinking I am literate and numerate I can work collaboratively and safely I can analyse and devise solutions I can make ethical and responsible decisions I am open- minded

Capabilities Integrated Australian Curriculum General Capabilities Literacy Numeracy Information and communication technology capability Critical and creative thinking Personal and social capability Ethical understanding Intercultural understanding

General Capabilities For example: Critical and creative thinking  analysing and interpreting from different perspectives, develop logical conclusions, devising imaginative solutions, envisaging consequences, significance of creative thinking on the development of biological knowledge and applications. Personal and social capability  importance on health and well-being, personally and globally, taking initiative, working collaboratively, planning effectively, following procedures effectively safely, gauging the impact of biology in society. Ethical understanding  considering the implications of investigations, making ethical decisions based on an understanding of biological principles, need to plan for the future, protect and sustain the biosphere, responsible participation in social, political, economic, and legal decision-making.

Capabilities

Learning Requirements 1.apply science inquiry skills to design and conduct biological investigations, using appropriate procedures and safe, ethical working practices 2.obtain, record, represent, analyse, and interpret the results of biological investigations 3.evaluate procedures and results, and analyse evidence to formulate and justify conclusions 4.develop and apply knowledge and understanding of biological concepts in new and familiar contexts 5.explore and understand science as a human endeavour 6.communicate knowledge and understanding of biological concepts, using appropriate terms, conventions, and representations.

Learning Requirements to Performance Standards Capabilities that are a focus for Learning Requirement 5: Personal and social capability Ethical understanding

Subject Outline Structure  Columns: What is the difference between the two?

Subject Outline Structure

Science Inquiry Skills

Discussion questions What is familiar? What is new? What are the implications for your teaching and assessment?

Science as a Human Endeavour 1.Communication and Collaboration global enterprise, clear communication, international conventions, and review and verification of results, international collaboration 2.Development development …. wide range of evidence, many sources, across disciplines, New technologies improve the efficiency, modify or replace models, theories, and processes. 3.Influence advances …in one field can influence and be influenced by other areas of STEM, acceptance and use …influenced by social, economic, cultural, and ethical 4. Application and Limitation scientists..solutions, discoveries, design action for sustainability, evaluate economic, social, cultural, and environmental impacts, offer explanations, make predictions, beneficial or unexpected consequences; evaluation of risk, opportunities for innovation, informs public debate influenced by public debate; limit possible conclusions.

Science as a Human Endeavour Lincoln Minerals gains initial approval for graphite mine north of Port Lincoln The Eyre Peninsula is poised to become the nation's leading source for graphite — a mineral vital to the expansion of the renewable energy industry — after a project was given approval by the South Australian Government. ………… graphite which might eventually be used for a $1.2 billion solar energy power plant at Port Augusta planned by Solarstor.

How can I see Science as a Human Endeavour being integrated into my program? Proposed floating solar power plant on the Yamakura Dam reservoir

How can I see Science as a Human Endeavour being integrated into my program?

Stage 1 Biology (1BGY) 4 topics  Retains flexibility at Stage 1  Choose the topic combination (at least 2 per semester)  Choose the order  Choose the content appropriate to the cohort  Choose the length  Choose the contexts  Recommended to include Topic 1 if only able to offer a single semester.

Stage 1 Chemistry (1CEM) 6 topics  Retains flexibility at Stage 1  Choose the topic combination (at least 3 per semester)  Choose the order  Choose the content appropriate to the cohort  Choose the length  Choose the contexts  Refer to table showing Stage 2 links

Stage 1 Earth and Environmental Science (1EES) 6 topics  Retains flexibility at Stage 1  Choose the topic combination (at least 2 per semester)  Choose the order  Choose the content appropriate to the cohort  Choose the length  Choose the contexts

Stage 1 Physics (1PYI) 6 topics  Retains flexibility at Stage 1  Choose the topic combination (at least 3 per semester)  Choose the order  Choose the content appropriate to the cohort  Choose the length  Choose the contexts  Refer to the table showing Stage 2 links

Focus Questions  What ideas do you have for renewing your teaching programs?  How can you make use of the flexibility in creating a program for your students?

Assessment Scope and Requirements Assessment at Stage 1 is school based 10-credit subject – four assessments  AT1: Investigations Folio - at least one practical investigation - one Science as a Human Endeavour investigation  AT2: Skills and Applications Tasks – at least one 20-credit subject – eight assessments  AT1: Investigations Folio - at least two practical investigations - two Science as a Human Endeavour investigations  AT2: Skills and Applications Tasks – at least two Each assessment type – weighting of at least 20% Include the opportunity for collaboration

Stage 1 Science Assessment Type 1: Investigations Folio Practical investigation(s)  Deconstruct a problem  Opportunity to design investigation for which the outcome is uncertain  Collaboration and manipulation of apparatus Science as a Human Endeavour investigation

Stage 1 Science Assessment Type 2: Skills and Applications Tasks  Under direct supervision – what does this mean??  What are the options for SATs?  Appropriate for the cohort

Assessment Assessment Design Criteria  Investigation, Analysis, and Evaluation  Knowledge and Application Specific Features What is new or different? What is ‘missing’? Performance Standards

C = C

Quality Assurance planning

Learning and Assessment Plans  Simplified form with a cover sheet and the assessment overview page  Some pre-approved plans available from website  Examples of LAPs

Programs  Themes  Contexts

Focus Questions  Could you use a pre- approved learning and assessment plan (LAP)?  How might you adapt a pre- approved LAP?  What ideas do you have for new tasks?

Quality Assurance planning clarifying confirming improving

Stage 2 Science Subjects in 2018 Biology Chemistry Earth and Environmental Science Physics

Assessment Stage 2 Science Subjects 2018 School Assessment (70%)  Assessment Type 1: Investigations Folio  Assessment Type 2: Skills and Applications Tasks External Assessment (30%)  Assessment Type 3: Examination (2 ½ hours) or Earth Systems Study

What’s next?  School planning – subjects to be offered  Your planning involves: familiarising yourself with the subject outline developing a teaching program selecting a pre-approved or DIY learning and assessment plan gathering and developing SHE resources developing new and interesting tasks

Best wishes for Stage 1 Science Implementation 2017 Contact us if you have questions or suggestions for resources.