Working on differentiation and UDL how these would be incorporated into our learning space
Prior understanding;
Working on differentiation and UDL how these would be incorporated into our learning space
Prior understanding;
Waitangi Manaaikalani TOD 28/01/20211.
Future Focusing your School
Identify your influencers and blockers that will help or hinder your school focusing on future trends and decisions regarding curriculum and delivery.
Identify trends in school data that need addressing, confront problems, identify strengths with staff and enablers.
Don't focus on data look at their(students) strengths, what are the enablers for them these may be different to yours. Introduce learning that engages, change the pedagogy enable effective teaching with staff.
Think about where are our students going in the future, student profile, what opportunities in community, opportunities beyond the area (ie university), target students for specific opportunities (certification, diploma, degree).
Create time for PD if you are creating different opportunities.
The Stocktake
Developing your curriculum.
Teachers, Curriculum, Resources, Future.
Identify issues that are stopping core business, strengthen home links and whanau inclusive environment.
COL for digital professional development.
Stuff you need to do to see what is happening in your school.
Walk around, Take photos, Ask questions, Google it, Go to town.
What do you want in your school?
2. Physical Computing (Micro-bits)
What are Electronics (programming chipset) class discussions.
Understand how circuits work as a part of curriculum learning.
(Hands on Paper Circuits) upload from Makerspace.
Microbits online site for virtual programming.
https://makecode.microbit.org/
Ground the programming into authentic contexts such as the classroom environment (alarms, lighting, heating. Code micro-bit to perform a function fire alarm is pushed (lights, sound external alert) connect headphones using alligator clips and code in volume control. Temperature control, Noise control. Hinaki alert in a trap.
Presentation Link; https://docs.google.com/presentation/d/11QZK1l3yFixajZGKzWxS7IiyIlhf1wzzXfwa7uTCR3g/edit#slide=id.ga47b8730b1_0_0
3. EPro8 Challenge - Engineer, Problem Solve and Innovate
What Tautoro School have been working with the challenges for three years.
Learning develops over time particularly with the engineering and programing. Kaupapa is based around a cycle of Thinking Doing Testing.
1. Challenges are chosen.
2. Roles assigned Reader Designer Tester Builder.
Student engagement, perseverance, self determination, having choice of your learning, student led, achievement/confidence (Mana), collaboration,
Challenges can be done with materials from a hardware store and/or using the Epro8 kits.
Challenges
4. Blake Inspire
Different areas from Blake Inspire
Blake expeditions for Teachers to learn about the environment and how to teach this to students. Education dept funded)
New program Blake VR program utilises experience, understand, action.
experience; the VR environment.
understand; what we are seeing and discuss the implications
action; so what do we need to do and how could this be achieved.
Rahui vs Marine Reserve
33% of land sites are protected
.27% sea based sites are protected
Lots of resources for students Blake Inspire Website, New Zealand Geographic, School VR Roadshow.
Cognition Education
PlanningRob, Kaiya, Diane, Cindy, Sarah, Kara, Meg, Mark,
Introductions and reflecting on how 2020 was for us and our students and what we see going forward.
Why are we designing a graduate Profile?
Underpin our graduate profile using coherent pathways with beacons that highlight the progress in our school.
Provides a clear pathway for students whanau and community.
School vision, values are the main driving force for our Graduate Profile.
Graduate Profile
What does this look like at different levels and then create a rubric to provide goals and give something for them to aim for.
Inspire (more about personal and interpersonal skills ie how do kids inspire each other.
Create literacy etc expectations were not specific across the curriculum.
"IDEAS ARE NOTHING UNLESS THEY ARE PUT INTO ACTION IN MEANINGFUL WAYS"
Spring boarding off our graduate profile for our content for 2021.
How can I plan for opportunities to teach the GP?
A good starting place would be using the whare tapa wha model (NZC - expectations, GP- Inspire, Student Wellbeing)
We did a collaborative planning project that looked at a planning scenario
Junior (put your own reflection here)
Explore terms friendships, relationships, feelings tuakana-teina develop projects inside the school and maybe include whanau.
Middle (put your own reflection here)
Look at different games and how they promote friendships, relationships, feelings tuakana-teina. Develop projects that and games that include whanau and community resources.
Senior (put your own reflection here)
Project to organise events at school that promote friendships, relationships, feelings tuakana-teina.. Collect data survey community pilot projects and creating
UDL Katie Novak is a good resource for curriculum design.
What is anxiety distress and self regulation.
Anxiety is your bodies natural response to stress.
Children in dysfunctional environments do not get / learn regulation strategies because parents relationships to for example alcohol is stringer than the relationship to their child.
Distress is usually as a result of an external stimulus.
DSM-V Diagnostic manual defines disorders.
ASD (Autistic Spectrum Disorders) are an umbrella for pervasive disorders and Aspergers Syndrome are now put together.
Neuro Science
Typical brain can shift focus and cope with different situations
Generally an atypical brains is not wired to shift focus and change attention.
Important things to remember
Behaviour is Communication; A childs behaviour is what it is:
Ie a child leaving the class may not feel secure yet.
Helping to help with self-regulations.
Find the stressors --- Reduce them
eg distraction from outdoors, move them from the window.
Find unmet needs ------ Meet them
eg is the child hungry ---- feed them
Find Skill Deficits ------ Teach Them.
eg not learned to delay gratification; they have to learn to wait.
Sensory Integration
Sensory stimulus is all the senses being organised if one or more is in overload then the child cannot function and will behave inappropriately.
Sensory Systems,
External; touch taste smell sight sound
Internal; Vestibular eg balance and eye movement; Proprioception eg location movement muscular awareness space.
Interoception; sensory awareness of your bodies signals ie hungry, toilet training etc. (resource from south australian education dept).
Have to remember that sensory experiences are multimodal.
Sensory Integration dysfunction
Avoidance eg what are they avoiding
Seeking what sensory are they trying get ie hearing
Body position eg how are they sitting
Over arousal eg high activity
Under arousal eg low activity self absorbed.
Mazlows Hierarchy of Needs is a good example of sensory modulation.
Brain System Model Sensory input.
The LPFs provide a big-picture illustration of the typical pathways students take as they make progress in reading, writing, and mathematics.
There are three frameworks: reading, writing, and mathematics. Each framework comprises seven or eight progressions which describe the different aspects of reading, writing, and mathematics that should be considered to get a comprehensive view of students’ progress. Each progression includes the significant signposts that all students are expected to move past as they develop their knowledge and skills and apply them with increasing expertise from school entry to the end of year 10.
The LPFs are the frameworks used in PaCT.
Teachers locate students on the frameworks as they make judgments in PaCT. PaCT guides teachers to make best-fit decisions about their students achievement in each of the aspects of the reading, writing, and mathematics frameworks.

The LPFs give you a big-picture view of progress in reading, writing, and mathematics through the New Zealand Curriculum (NZC).
The signposts in each progression represent the conceptually distinct bundles of knowledge and skills that students are expected to develop and apply with increasing expertise from school entry to the end of year 10. This big-picture view of progress puts you in a stronger position to support students' growth, and gives you the knowledge you need to talk confidently to parents and whānau about how their child is progressing.
The LPFs support a shared understanding of progress in reading, writing, and mathematics.
The level of student expertise at each signpost is clearly described using sets of illustrations. The illustrations are student work that has been annotated to highlight how a student has used their knowledge and skills to respond to a specific task or problem. The illustrations were designed in this way to support a deeper understanding of what students' developing expertise looks like at significant signposts in reading, writing, and mathematics. These illustrations also support a shared understanding of reading, writing, and mathematics that enables effective and efficient communication within and between schools.
The LPFs help you understand the breadth and complexity of students' knowledge, skills, and attitudes in reading, writing, and mathematics.
The signposts and illustrations of the frameworks provide rich insights into the comprehensive sets of knowledge and skills that students need in reading, writing, and mathematics. They clearly show what students need to know and be able to do if their learning is to be successful. These sets of knowledge and skills are described in documents that should be familiar to New Zealand teachers, in particular the Literacy Learning Progressions and the achievement objectives for mathematics in the NZC.
Understanding the breadth and complexity of the frameworks helps you to ensure that your local curriculum is sufficiently comprehensive and challenging, so that students have the opportunity to develop and apply the knowledge and skills they need in reading, writing, and mathematics.
The LPFs highlight rich teaching and learning activities in everyday classroom programmes.
The illustrations show students using their reading and writing knowledge and skills in authentic, purposeful learning tasks across the curriculum. In the mathematics framework, the focus is on students using their knowledge and skills to solve mathematical problems. In reading and writing, the focus is on how students use their reading and writing to learn in all learning areas and key competencies.
The illustrations of rich learning tasks support you to select and develop appropriate and engaging tasks for your own students. The annotations in each illustration provide useful prompts about what to notice as you work with students.
The LPFs inform you, so you can support your students to learn what they need for success in senior secondary schooling, work, and life.
Reading, writing, and mathematics are important because they are the foundation for learning at and beyond school. An OECD international study in 2015 found that about half of New Zealand's adults don't have the literacy or numeracy skills they need to fully participate in today's information- and technology-rich society. Most of these adults have been through our education system. The upper signposts of the frameworks clarify the foundational knowledge, skills, and attitudes that all students need to draw on for success in senior secondary schooling and as adults.
This was an interesting online toolkit with Manaiakalani recommend doing Jamming with Jamboard looks like it could be a good way to integrate our Google setup with our whiteboards certainly easier to manage modeling whiteboard files and has a pretty simply interface. Presentation was just a basic overview but a good intro to functionality. Jamming with Jamboard
Different ways to collect student data professional development with Manaiakalani.
First part of the Slideshow focused on NCEA data spreadsheet collect and ways to verify evidence of student work and simplify collection. This did seem interesting in the sense of the scope and how student work is built on unit assessment. What I did find interesting was the only real use of any new systems was in using Google Forms as a means to distribute and collect student affidavits.
Perhaps we need to look at the many other excellent online platforms such as Education Perfect and Te Kura to provide content and evidence of learning as well as seamless ways to collect assessment data. These types of sites often have some pretty smart analytics built in.
The second part of the slideshow was how student work is distributed, accessed and processed by Hapara Workspace. The collection and collation of marking data as well as formative feedback is easily processed by Google Sheets and automatically placed in folders into the teachers Google Drive.
27/01/2023 Key Points 1. Understanding behaviour Behaviour is everything learnt purposeful changable. Valuing diverse cultures using Te Wh...