Wednesday, April 6, 2011

Week 6 Artefacts

Teaching and learning strategies that could be used for a Project within a PBL pedagogy.


Interactive Teaching Strategies - 2X
Active Teaching Strategies - 1Y
Global Education - Bias, etc ...

Check the websites.

Tuesday, March 15, 2011

Week 3 Artefacts

In this week the group of pre-service teachers as a team worked on developing the various tasks for our project labelled "Our School"
Development of the tasks for the Project.

Development of one lesson plan for the project.

Educational Theorists

Benjamin Bloom


Operationalisation of educational objectives.


Organising educational objectives according to their cognitive complexity. This categorisation (taxonomy) may provide grounds upon which examiners can create a reliable procedure for assessing students and the outcomes of educational practice.



The above diagram presents the taxonomy of cognitive complexity (knowledge, comprehension, application, analysis, synthesis, evaluation), within each of these cognitive levels a listing of application verbs is provided, further a set of task descriptors is provided to assist teachers.

He focused much of his research on the study of educational objectives and, ultimately, proposed that any given task favours one of three psychological domains: cognitive, affective, or psycho-motor. The cognitive domain deals with a person's ability to process and utilize (as a measure) information in a meaningful way. The affective domain relates to the attitudes and feelings that result from the learning process. Lastly, the psychomotor domain involves manipulative or physical skills.





Caleb Gattegno (1911–1988)


Learning and Effort
(Source: Wikipedia http://en.wikipedia.org/wiki/Caleb_Gattegno)


We keep in our minds a huge quantity of information simply because we have seen, heard, tasted, smelt or felt it. This ability is part of human nature. This is what enables us to walk about our town without getting lost, to ski or to read a book.
Gattegno proposed that we base education, not on memorisation which has a high energetic cost and is often unreliable, but on retention. The learning tools and techniques Gattegno proposed rely systematically on retention.

The Subordination of Teaching to Learning

Gattegno argued that for pedagogical actions to be effective, teaching should be subordinated to learning, which requires that as an absolute prerequisite teachers must understand how people learn. Rather than present facts for memorization, teachers construct challenges for students to conquer. If the student cannot conquer the challenge easily, the teacher does not tell the answer, but observes and asks questions to determine where the confusion lies, and what awareness needs to be triggered in the student.

Only Awareness is Educable

Gattegno found that only awareness is educable in human beings.




Gattegno suggests that learning takes place in four stages which can be described in terms of awareness.
The first stage consists in a single act of awareness: the realisation that there is something new to be explored. As long as I am unaware that there is something to be known, I cannot start to learn.
The second stage: As soon as I start to learn, I have to explore the situation in order to understand it. As I am not yet an expert in the field, I make many mistakes. These mistakes enable me to progress because by observing what happens and becoming aware of it I can adapt my attempts in relation to the feedback given by the environment. This stage ends when I know what I have to do, but I only succeed when I am wholly present in what I am doing.
The third stage is a transitional stage. At the beginning, I am able to do what I want if I pay attention at each instant. At the end of this stage I no longer need to pay attention: the new skill has become completely automatic and because it is automatic, I am free to give my attention to learning other things.
The fourth stage is that of transfer. For the rest of my life, what I have learnt can be used for all the new skills I may wish to acquire. When I learnt to run, I used the know-how I had acquired from learning to walk. Both of these, walking and running, were useful to me when I decided to learn cross-country skiing. Each skill remains available, except in the rare cases of accident or injury, for a lifetime.
----- This happened to me, the task was to look up Gardner, Bloom and DeBono, I got interested in the presence of knowledge, so I searched and placed some initial work on this blog.


Howard Gardner
Multiple intelligences is an idea that states that human beings have many different ways to learn and process information, or "intelligences." In 1999 Gardner lists eight intelligences as linguistic, logic-mathematical, musical, spatial, bodily kinaesthetic, naturalist, interpersonal and intra-personal.


Educators take this dissection of intelligences and align educational tasks with them.


Others view this theoretical breakdown as an analysis that provides a guide to weakness to be developed.


Edward DeBono
The de bono Hats system (also known as "Six Hats" or "Six Thinking Hats") is a thinking tool for group discussion and individual thinking. Combined with the idea of parallel thinking which is associated with it, it provides a means for groups to think together more effectively, and a means to plan thinking processes in a detailed and cohesive way.


The premise of the method is that the human brain thinks in a number of distinct ways which can be identified, deliberately accessed and hence planned for use in a structured way allowing one to develop strategies for thinking about particular issues. Dr de Bono identifies six distinct states in which the brain can be "sensitised".



Six distinct states are identified and assigned a color:
  • Information: (White) - considering purely what information is available, what are the facts?
  • Emotions (Red) - instinctive gut reaction or statements of emotional feeling (but not any justification)
  • Bad points judgment (Black) - logic applied to identifying flaws or barriers, seeking mismatch
  • Good points judgment (Yellow) - logic applied to identifying benefits, seeking harmony
  • Creativity (Green) - statements of provocation and investigation, seeing where a thought goes
  • Thinking (Blue) - thinking about thinking

Having identified the six states that can be accessed, distinct programs can be created, these are sequences of hats which encompass and structure the thinking process toward a distinct goal. A number of these are included in the materials provided to support the franchised training of the six hats method; however it is often necessary to adapt them to suit an individual purpose. Also, programs are often "emergent" which is to say that the group might plan the first few hats then the facilitator will see what seems to be the right way to go.
Sequences always begin and end with a blue hat; the group agrees together how they will think, then they do the thinking, then they evaluate the outcomes of that thinking and what they should do next. Sequences (and indeed hats) may be used by individuals working alone or in groups.

Example programs

  • Initial Ideas - Blue, White, Green
  • Choosing between alternatives - Blue, White, Green, Yellow, Black, Red
  • Identifying Solutions - Blue, White, Black, Green
  • Quick Feedback - Blue, Black, Green, White
  • Strategic Planning - Blue, Yellow, Black, White
  • Process Improvement - Blue, White, (Other peoples views) Yellow, Black, Green, Red
  • Solving Problems - Blue, White, Green, Red, Yellow, Black
  • Performance Review - Blue, Red, White, Yellow, Black, Green







Week 2 Artefacts

Develop a new project for your Stage 5 TAS Syllabus



Computing and technology at stage 5 of education is referred to as Information Software Technology (IST) in the NSW Syllabus.


Within a collaborative group we decided to develop a new project based around the Syllabus option Authoring and Multimedia.


Based on some resources from the NSW curriculum support website, and other example projects provided by others, we decided to develop the following project.


The project is entitled: 
OUR SCHOOL 
Creation of a ten minute video presentation of the school to the public, the presentation is used to showcase the school to the community.


Educational Purpose
The Big question which the students address at the end of the project is:
What modern technology/skills can assist in expressing/educating other about our school?

Other poignant questions include:
  • How do we plan a multimedia project?
  • What are the resources (hardware/software/people/expertise) that are required for a multimedia project?
  • What are the different presentation techniques available?
Unit Outcomes
5.1 ... 5.3 ....
Tasks and artefacts
The following is a list of products, presentation, performances, and other artefacts that are to be created by the students; from which assessment is developed, to inform and to validate outcome achievement.

Project Documentation:
This project is documented graphically, with project resources, student support documents, and teacher support documents.

Wednesday, March 2, 2011

Text books for Computing 7-10 IST

Information and Software Technology: A project-based approach

By David Grover, John Range, Heather Knights, Eamon Gormley and Sonia Perri.

Online link: http://wps.pearsoned.com.au/ist/28/7286/1865463.cw/index.html

Tuesday, March 1, 2011

Week 1 Artefacts

Why a Teacher ? (A Personal reflection).
Why are you considering teaching as a career choice?
In short I have an inclination towards, a personality fit for the occupation. Have had encouraging feedback from students while I was teaching at University. Our young students will be our future, so here's a chance to look at it up close and personal.

What do you believe will be the most rewarding experience for you in your beginning career?
Working with young students.
Designing, developing and implementing unique exciting pedagogical techniques that assist student learning.

Identify two concerns or questions you have about the profession.
  • Who is developing the professionalism of the occupation?
  • Sources of further professional training.

My Teaching Goals.
Tuning my system of beliefs
[To edit]
          I will continue to re-define my personal goals for this will energise me, renew my enthusiasm and prolong the success that has characterised my leadership, administration and teaching.
          I will seek to building community and empower those with whom I interact.
          I will display initiative and focus upon the development of intrinsic motivation.

Leveraging my experience

[To edit]
Dedicated to lifelong learning

[To edit]
          I will be steadfast in my belief that quality teaching stems from undertaking curriculum development within my school, at district and at state levels.
          I will engage in new and different ways with my school and professional communities to advance my teaching skills.
          I will persist with developing my own student-centred learning environments to grow my understanding of ways of empowering the whole student.
          I am committed to mentoring colleagues and actively leading them towards improved student learning outcomes.



Getting to know your Syllabus

  • TAS Syllabus Specialisation: Information and Software Technology
  • Rational: [Source IST Syllabus pg 8] Acquire technological competence in the rapidly evolving area of information and software technology. Develop skills to solve problems in a real life contexts, individually and collaboratively. Develop ICT skills.
  • Aim: [Source IST Syllabus pg 10] The aim of the Information and Software Technology Years 7–10 Syllabus is to develop students’ knowledge and understanding, confidence and creativity in analysing, designing, developing and evaluating information and software technology solutions.
  • Objectives: [Source IST Syllabus pg 11] Knowledge, understanding, skills, values and attitudes, Students will develop:
    • knowledge and understanding of a range of computer software and hardware
    • problem-solving and critical thinking skills in order to design and develop creative information and software technology solutions for a variety of real-world problems
    • responsible and ethical attitudes related to the use of information and software technology
    • knowledge and understanding of the effects of past, current and emerging information and software technologies on the individual and society
    • effective communication skills and collaborative work practices leading to information and software technology solutions for specific problems.
  • Outcomes: [Source IST Syllabus pg 12-13] The outcomes are expressed as a list of objectives for the students, "Students will develop: ...", one set for Stage 4 and one for Stage 5.
  • Content: [Source IST Syllabus pg 14-42] The core content (Design Produce and Evaluate, Data Handling, Hardware, Issues, Past Current and Emerging Technologies, People, and Software) is developed within the context of options (AI Simulation and Modelling, Authoring Multimedia, Database Design, Digital Media, Internet and Website development, Networking Systems, Robotics and Automated Systems, Software Development and Programming) which are implemented as projects.
  • Life Skills: [Source IST Syllabus pg 43-47] Life Skills implementation (supported, varied outcomes and content) are available when outcomes and content are found to be inappropriate for the needs of students with special needs.
  • Continuum of Learning K-10: [Source IST Syllabus pg 48-53] Each stage in the syllabus provides a statement summarising the knowledge, understanding, skills, values and attitudes that have been developed by students upon achieving the outcomes for that stage. These statements if read as a whole from early stage 1 through to stage 5 form a continuum of learning.
  • Assessment and Reporting: [Source IST Syllabus pg 54-59, also further details found in IST Y7-10 Advice on Programming and Assessment] Assessment across the whole continuum of learning K-10 should be developed within a standards-referenced framework. This framework utilises the syllabus as a  provider of the outcomes and content to be learnt, this acts alongside descriptions of levels of achievement of that learning. Exemplar tasks and student work samples elaborate standards. The standards are formalised over a stage (2 year period). The Syllabus encourages the philosophy of Assessment for Learning. The Assessment for Learning Principles provide a guide when developing assessment materials and a mechanism to assist in making professional judgments about student achievement which can be used for reporting.