Why do Whales Beach Themselves? Using web 2.0 tools to teach science inquiry from the primary classroom to the tertiary lecture room IAFOR 2015, Brighton.

Slides:



Advertisements
Similar presentations
Leading Australian Curriculum: Science Day 1. Australian Curriculum PURPOSE OF 4 DAY MODULES Curriculum leaders develop capacity to lead change and support.
Advertisements

{ Information Literacy A whole School Approach.   Our proposal is that the XXXXX (insert school name) community would greatly benefit from having an.
Embedding information literacy in the science curriculum: a collaborative approach Karen Lycett and Pam Thornton Edith Cowan University Library Lecturer,
Professionally Speaking: Qualitative Research and the Professions Professional Practice – beyond restructuring and a merger. Using qualitative research.
1 Concept Mapping Driving Students to Make Connections.
PBL Post-Project Review. 1. Student Engagement2. Project Idea3. Student Learning4. Authenticity of Project Tasks and Products5. Quality and Use of Driving.
Organ Donation RAISING AWARENESS THROUGH SOCIAL STUDIES.
Taking a Walk with the Model Cornerstone Assessments (MCAs) Dr. Robert Sabol Purdue University
A School Approach to Designing for Learning Learning Intentions : To know that purposefully designing for learning that is contextually appropriate, strengthens.
Information Literacy and Inquiry-based learning Pamela McKinney Learning Development and Research Associate (Information Literacy) at CILASS CILASS identifies.
Title of the Seminar Changing the Practice of Science Teachers through continuous Professional Development (CPD) Programs.
Maths matters: the Northern Ireland experience Katrina Godfrey Department of Education.
Geography Subject leaders Training Exploring the content of the new National Curriculum.
Assessment for Learning (AfL) ‘The important thing is not that every child is taught but that is given the wish to learn.’ John Lubbock 1832.
Planning in Religious Education Learning Intentions for the day: To identify the essential elements of high quality planning in RE To identify the.
The 5 E Instructional Model
School Innovation in Science Formerly Science in Schools An overview of the SIS Model & supporting research Russell Tytler Faculty of Education, Deakin.
ScienceQuest: Integrating Science and Technology in Elementary and Secondary Classrooms Dr. Sheila Offman Gersh City College of New York
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
Introduction to digiCOACH Empowering Instructional Leaders Common Core Edition.
Copyright © 2008, Intel Corporation. All rights reserved. Intel, the Intel logo, Intel Education Initiative, and Intel Teach Program are trademarks of.
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.
“Teaching Electricity and Circuits Through Inquiry” Shawna Young EdTech Leaders Online.
Australian Curriculum Science K-6
NSW Curriculum and Learning Innovation Centre Draft Senior Secondary Curriculum ENGLISH May, 2012.
A Framework for Inquiry-Based Instruction through
January 24, :00 – 9:15 Welcome and introductions Envelope Game (Teaching a multi-grade is like…because…) 9:15 – 9:45 Group Graphic – Challenges.
What is STEM? What is STEM?
Standards-Based Science Instruction. Ohio’s Science Cognitive Demands Science is more than a body of knowledge. It must not be misperceived as lists of.
Our Community: THINGS ARE JUST NOT THE SAME!. UNIT SUMMARY: Children are often under the impression that the way things are in their world is the way.
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.
Curriculum Night Ms. Frain 7S Science Come on in and take a seat!
Draft Senior Secondary Curriculum SCIENCE May, 2012 NSW Curriculum and Learning Innovation Centre.
P B L (Project Based Learning) The Themes Using technology effectively in the classroom to promote 21st century skills. Using technology effectively.
Project Based Learning What, Why & How. Objectives for Today Have you experience the beginning of a project (= Making your own project) Analyze your experience,
Think about how the world has changed in the last 20 years. What will teaching and learning look like in the next 5, 10, 20+ years?
Copyright © 2008, Intel Corporation. All rights reserved. Intel, the Intel logo, Intel Education Initiative, and Intel Teach Program are trademarks of.
ENGAGING STUDENTS FOSTERING ACHIEVEMENT CULTIVATING 21st CENTURY GLOBAL SKILLS Designing Engaging Units for 21 st Century Learners Consider the 21st Century.
"What I hear, I forget. What I see, I remember. What I do, I understand." Confucius.
BS 3992 Researching Contemporary Management Issues -an alternative to the Final Year Project Dr Adam Palmer Dr Beverley Hill.
Programming the New Syllabuses (incorporating the Australian Curriculum)
Copyright © 2008, Intel Corporation. All rights reserved. Intel, the Intel logo, Intel Education Initiative, and Intel Teach Program are trademarks of.
The World Around Us and the Media Integrating ICT.
Our Community: THINGS ARE JUST NOT THE SAME!. UNIT SUMMARY: Children are often under the impression that the way things are in their world is the way.
Project-Based Learning (PBL) Vivene Robinson.
SLAV Conference Jennifer Hall BSSC Library Coordinator 17 March 2005.
Meeting the needs of diverse learners k-6. Carol Ann Tomilson  Its not a strategy but a total way of thinking about learners, teaching and learning.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
Put Your Classroom On A 21 st Century DI-IT Create Engaging Technology Rich Differentiated Classroom Environments Create Engaging Technology Rich Differentiated.
Navigating the ‘information jungle’ a Research Safari Leonie McIlvenny.
April 25 th Classrooms for the Future Facts 08’  358 High Schools in PA  12,100 Teachers  83,000 Laptops  101 Million Statewide Spent  3.75.
Developing web-based CPD for group work and argumentation in science Session 2: Developing Argumentation 12/01/12.
Warilla Public School Journey of Literacy Development with Primary Students.
SLAV Conference Jennifer Hall BSSC Library Coordinator 17 March 2005.
Student Learning Objectives (SLO) Resources for Science 1.
CREATING AN ACTIVE LEARNING ENVIRONMENT Using Inquiry and Primary Sources.
Strategic Teaching: Literacy Across All Contents ARI Strategic Teaching: Literacy Across All Contents Every Child a Graduate – Every Graduate Prepared.
Making Assessment Feedback Manageable Professor Carol Evans
From Urban Legend to Personality Theory Skill building through independent research.
© Crown copyright 2006 Renewing the Frameworks Enriching and enhancing teaching and learning.
Woodley Primary School Science delivered in different ways.
21 st Century Learning Activity Rubric. COLLABORATION Students work as a group. They have equal responsibility in completing the task given. Each member.
Course Work 2: Critical Reflection GERALDINE DORAN B
New NSW Geography syllabus 7-10
Project-Based Learning
PD Goals Program Overview December, 2012
PD Goals Program Overview December, 2012
Planning a cross- curricular topic
Presentation transcript:

Why do Whales Beach Themselves? Using web 2.0 tools to teach science inquiry from the primary classroom to the tertiary lecture room IAFOR 2015, Brighton UK 1 st -5 th July 2015 Dr Rachel Sheffield, Leonie McIlvenny, Geoff Quinton

New course – Bachelor or Education Science unit – pre-service

TertiaryPre-service 1 st years in Primary/EC TertiaryPre-service Year 7 students in 1 st year high school Science Extension in Primary Year 5-7 Science Nerd Technology Geek Teacher Librarian

Tertiary Cohort Stage 12013, Semester 2 Internal and Regional Stage , Study Period 2 OUA Semester 2 Internal and Regional Stage , SP 4 OUA 2015, SP2 OUA 2015, Semester 2

Why do students/pre-service teachers need 21 Century Skills and Strategies in Science Space?

Technology Pedagogy Science Sustainability Technological, Pedagogical Science Content Knowledge TPASK Inquiry Web 2.0 tools Information Literacy Science Data & Knowledge Intersection of ICT, Inquiry and Web 2 Tools

Science Content

Information Processing Matrix Science Inquiry Skills Information Process Questioning and predicting DEFINING Planning and conducting DEFINING LOCATING SELECTING Processing and analysing data and information PROCESSING ORGANISING SYNTHESISING Evaluating EVALUATING Communicating PRESENTING Pedagogy

Key Design Features Authentic and open-ended – topics based on real- world, authentic environmental projects around sustainability. Accessibility – Materials collated on a companion website all students, to access all the learning tasks/learning activities (i.e. voki )

Scaffolded learning and assessment –formative and summative assessment types Collaboration – – A team of two tutors in a single classroom. – Communicate on Discussion Board,Padlet and CollaborizePadletCollaborize – Work collaboratively on part of the tasks Differentiated – the task was open-ended and examined at different depths Flipped class approach – coaching Modelled – modelled process and tools for industry Contextual application - of tools

Technology

Unit Learning Outcomes: 1. Develop lifelong learning skills including: analytical thinking, information management; technology skills and communication skills 2. Apply processes of inquiry to carry out a scientific investigation 3. Report on the outcomes of the processes of inquiry using a range of Information and Communication Technologies 4. Evaluate the outcomes of the inquiry processes in the context of the science and humanities content from the Australian Curriculum

Assessment Tasks: Project Plan 15 % Week: 3 Project Report A 20 % Week: 7 Project Report B45 %Week: 12 Exhibition of Project 20 % Week: 13

Science Inquiry: Planning and conducting Information Process : Defining, Locating, Selecting

Science Inquiry: Processing and analysing data and information Information process stage: Processing, organising and synthesising Content curation tools Graphic Organisers Gapminder

Science Inquiry: Evaluating Information Process Stage: Evaluating Rubrics Audacity Survey Monkey Critique (Peer evaluation) formative evaluation

Science Inquiry: Presenting Information Process Stage: Presenting Assessments Final presentation showcase Final report

So what? Measuring success………………….. 1)Student surveys 2)Student comments 3)Transferability a. Year 7 Secondary school b. Year 5,6 Primary school

Quote: This unit endeavours to challenge our views on controversial topics and question evidence that we've presented. It helps us develop personal positions and opinions. It's fantastic. Quote: I enjoy this class a lot as I find it fun, interesting and challenges our views. I like the method of teaching as they are personal and inviting. I like how they go around the room one on one, have group work and talk in front of the class. Favourite class of the week! Was it Successful ? 94 % improvement in student confidence using web 2.0 tools 90% of students said that it had improved their understanding of Science concepts and science inquiry

This unit makes me think, it makes me ask questions that make me ask more questions. The website is a clear step by step journey so I always know where I am and where I am heading. The classroom is well set up allowing small group interaction while encouraging whole class presentations and discussions. Having three screens to view ensures everyone can easily see and interact with the learning material. ……. I love the challenges this unit present and the drive it evokes within me.

@ScienceEdCurtin

Presentation