Thursday 3 October 2013

Argument for content knowledge to be included in the curriculum

Current news articles have seen debate over the need for an emphasis on process versus knowledge learning in the classroom.  I have decided to investigate both of these arguments, in an effort to form an opinion and highlight what learning theory I can draw on to increase the impact I have on the learning outcomes of my students.

For Knowledge based learning:
Article One:  Dr.Elizabeth Rata calls for a return to prescribed knowledge learning in the national curriculum.
New Zealand Herald, September 7th 2013.

Please click on hyper-link to view article:


Summary:

In this article the question is raised as to where the direct learning of knowledge has gone from the curriculum?  Rata points out that the New Zealand Curriculum instead focuses on skills, competencies and values.  Going so far as to liken our curriculum to a “social experiment” in which we are choosing to “know less” (2013). 

Rata claims that the purpose of schooling is to gain academic knowledge, which apparently defines our level of intelligence.   Also that teachers need to be experts of subject content and how to teach it, as academic knowledge cannot be taught through experiences.  This knowledge teaches children to think outside of their current experiential confines of location, time and culture.  It is this thinking that informs moral judgments, through objective reasoned thought. 

The current curriculum makes no differentiation between cultural every day and academic knowledge.  Proposing that identifying knowledge as a process in this globalised world is misguided.  As successful adults children will need to be able to use objectivity and reason when making decisions, which will not be possible if they do not have this acquired power.  We cannot simply search for knowledge on the World Wide Web; we have to have some idea what we are searching for.   In conclusion arguing for a public discussion on what and if knowledge content should be covered in the curriculum.

Delving Deeper:

In her award winning report which raises the same issues, Rata (2012) questions New Zealand’s culturally responsive approach and the Ministry’s belief that knowledge is constructed socially.  Arguing social constructivist pedagogies limit the development of critical thinking as they view knowledge as a process of learning, not as the product of learning. Doxa should be limited as a pedagogical tool to provide motivation and engagement, not the focus of the curriculum.  The current curriculum takes a Relativist ideal in that knowledge is gained through language and the beliefs of the people.  Introducing an interesting opinion that this ideal isolates conceptual knowledge as a “class resource” (p.107).  
According to her report, children from well-educated parents, tend to achieve earlier and greater academic success than those from under achieved families and cultures.  This power knowledge aids “the ability to reason” (p.111) and so effects one’s potential to succeed.  Limiting learning to experiences means those that need it most cannot draw on power knowledge and as a result income disparity in New Zealand is widening.  
Acknowledging the importance of doxa in the constructivist pedagogy, however stating that when thinking is grounded in cultural ways of being the individual is unable to transcend into the higher levels of thinking and knowledge required for an unknown future.

Key Terms defined:
Knowledge: Broken down into social knowledge which produces a localized, subjective view of the world, and Academic (Scientific) knowledge which can be analyzed and critiqued, so is objective and universal.
Doxa:  Social knowledge gained through experiences. 

How does this fit with Learning Theory?

Novak (2010) describes the Information Processing Theories acquisition of knowledge, first through the sensory memory, to short term memory and then linked to long term memory when there is an existing experience or schema (Cognitive views) to accommodate this new knowledge.  This serves as both help and hindrance to knowledge acquisition.  In accordance with Rata (2013), Novak (2010) identifies that when there is no existing link to the long term memory, new knowledge acquisition can be too much of a challenge, meaningful links are not made and so will not be retained.   A constructivist approach to this would then see an expert other (teacher) scaffolding the child to the new knowledge, or Zone of Proximal Development.  This would be the pedagogical approach that Rata (2012) refers to, but insists that the knowledge required at certain levels should be stipulated in the curriculum. 


My interpretation of information processing.


So does knowledge = intelligence?

Behaviourist’s determine that knowledge acquisition is a result of external stimuli.  As children develop their intelligence is conditioned by their parents and whanau, so this determines what level they begin school with.  Does prescribing knowledge content for teachers to deliver as part of the curriculum return us to this mindset? 

A Cognitive approach measures intelligence as a function of our internal brains only.  The brains ability to make interconnections and acquire language skills are the vehicle for this knowledge acquisition.  Furth (1970) clarifies Piaget’s notion of intelligence as the accumulation of active sensory and instinctive (reflex) functions which eventually present in adults as operations. To develop into this operational stage of reason, children assimilate new information in schema.  When new knowledge (like that perhaps of a content driven curriculum) is presented the schema must be reorganised to accommodate this new knowledge.  Here lies the difference, according to Piaget, of the ability to acquire knowledge, in our ability to accommodate new knowledge or see assimilated knowledge in a new perspective.  In essence, Rata (2012) is highlighting the need for all children to have a required level of content so that knowledge can be assimilated and accommodated.  However, the ability to accommodate this knowledge will be effected by external conditions, such as cultural capital that aids or hinders accommodation dependent on the match of content to culture.
 
This Cognitive approach with prescribed knowledge content neglects other forms of development.  Aldridge & Goldman (2002) suggest this learning theory is outdated, written by someone who couldn’t comprehend the times in which we now live.  The multi-cultural classrooms we now see may not have heeded the same results.  Piaget was adamant all children from all cultures pass through his stages in the same sequential order.  This does not take into account Bordieous (1979) ideal that school systems should match that of the child to optimise success.  Who would determine what ‘academic knowledge’ should be prescribed in the curriculum and how would this affect our diverse students?  And for those with learning challenges such as dyslexia or autism, how would this impact on their educational success?
Rata (2012) maintains that by prescribing the knowledge content in the curriculum the child has opportunities to develop autonomy from their cultural confines, allowing objective and critical thinking to develop intelligence, which she defines as the ability to reason.  Pedagogy, she insures could then be culturally responsive to draw on prior knowledge to engage and motivate learners. 

However, constructivists argue that critical thinking skills develop through discussion and questioning of others and of self, in reflective practices.  In this way, new perspectives can be co-constructed, yet are unique to each individual.  Reflection plays a vital role in this meaning making, constructivist approach, and can be aided through creative implementation of ICT into learning (Ng’ambi & Johnston, 2006).

Robinson (2011) discusses creativity as an intellectual process in its own right that transforms imaginative ideas into reality. This intelligence is not confined to the arts, however is developed when there is work of a highly focused nature.  So if we are to think of creativity as a form of gifted intelligence, then perhaps we need to redefine our definition of intelligence to include “the ability to formulate and express our thoughts in coherent ways” (p.117).  This would allow for all forms of creativity to be respected, such as dance and the art forms.  If this is a true definition of intelligence, then Cameron (1992) agrees with Rata (2012) that through literature this knowledge can be tapped into. But how could this level of intelligence be prescribed for in a curriculum without placing a ceiling on creativity?  




Finally, if knowledge content is prescribed in the curriculum, but aided by pedagogy, then how does this effect assessment?  Gardner (2004) highlights how assessment tools should align with the delivery, or pedagogy, of the learning.  In this way overall teacher judgments play a formative role in the assessment of National Standards, giving a holistic view of the impact teachers have on the learning outcomes for students.  Formative assessment places importance on the process of understanding.  According to Rata (2012) knowledge is not a process, so does this mean this curriculum ideal would see emphasis placed on summative assessment?  What implication would this have on children who learn at different rates and in different ways?

Wednesday 2 October 2013

Response: Process has a part to play too...

Response: Content and Process required for knowledge acquisition in 21st Century.

Article two: Steve Maharey, Chancellor of Massey University
Education is about more than just knowledge
New Zealand Herald, September 17th, 2013

Please click on the hyperlink to view the article:

Summary:
Maharey (2013) agrees that content knowledge is a crucial aspect of education, however not at the cost of understanding the processes of knowledge acquisition.  He identifies that the learning areas of the curriculum indeed require content to attain achievement of learning outcomes.  Confidence is placed in the teaching professionals as to how best deliver content that engages and motivates their learners.
Formative feedback is highlighted as assessment for learning, possible when the focus includes processes. 
Personalising learning so that emphasis is placed on home/whanau links, as well as adapting learning environments and school hours to allow the highest possible levels of success through construction of learners own knowledge. 
Concluding that there needs to be more leadership in education within New Zealand today, focused on 21st Century learning requirements.


How does this relate to Learning Theory?
Personalising learning takes on humanist and constructivist views of learning.  Maslows hierarchy of needs see’s the peak of one’s success only obtainable when other basic and growth needs are first satisfied.  By placing emphasis on home and whanau links, not only are teachers able to draw on prior knowledge to engage in learning and memory stores, but a sense of belonging is able to be developed that fulfills the need for affection by learners.  As the rate of learning differs for all, so too does the time required to achieve mastery.  With this approach, and flexible learning hours not broken into ‘topic’ slots, competitiveness is removed and belonging needs are further satisfied.  Two fold; this also can motivate students to take risks in the classroom, as the safety needs are also resolved by removing the fear of failure (Krause, Bochner, Duchesne & McMaugh, 2007).  Only when these basic needs are meet by learners, according to Rogers & Freiberg (1994) is self-actualisation within reach, through the freedom and capability to harness our full human potential.  As Maharey (2013) discusses, a personalised education system where teachers facilitate student’s highest possible learning success promotes achievement towards this peak.  Some schools and classrooms around New Zealand prescribe to this view of learning completely. 

Montessori and Stiener classrooms see freedom of choice in learning completely student centred.  Also in these classrooms and schools the environment is purposefully organised to optimise learning choices.  The Montessori education idea of specialised child sized and friendly furniture and environments has seeped into mainstream classrooms around the country, with furniture now more group and child centred (in size) facilitating a more child centred pedagogy.

Self-assessment plays a large part in the Humanist view of learning, building the internal locus of control when we no longer have to look to others to see our progress.  “Meaningful and lasting change occurs when we look inside ourselves for answers” (Rogers & Freiburg, 1994, p.119).  We have seen the incorporation of success criteria into mainstream classrooms.  Promoting metacognition and self-regulation (as part of a Cognitive view to learning), but also as a means to unlock learning so that it is not limited to passing a test, but becoming a skill for life out of the classroom.

As Maharey (2013) highlights, formative assessment in the form of feedback, becomes a tool for learning. Learning becomes situational when the teacher is able to give feedback within the process of learning.  Through observation in authentic settings, teachers can spotlight behaviours.  Taking a behavioural view point, they can ascertain the antecedent and use this stimuli to promote further learning success.  Feedback relative to the co-constructed success criteria can help focus learning, promoting meaningful connections to their own real world content.  The problem-based learning pedagogy is an example of this situational learning, where feedback can have huge learning capacities, and learning flow is not restricted by time blocking of subject areas.

This collaborative approach to discovering learning theory (Jerome Bruner) reduces the dependency of students on others for the acquisition of knowledge.  Learning becomes intrinsic, not reward based (Behavioural view) through problem solving.  Students can work collaboratively, or independently, as best suited to themselves.  This approach uses prior knowledge as a foundation to discover new material and elevate original understanding.  Facilitated by the teacher children are able to find understanding on their own, so it has more meaning to them and so is more likely to be remembered (Snowman & McCown, 2012).  Nuthall (2007) proved in his research that content required by the curriculum to attain Learning outcomes is recalled by students by association to such integrated (Wananga) learning experiences.




In this constructivist view of learning, the teacher facilitates and the learning is co-constructed with the student and other peers.  The cultural competencies of Taitaiako (Ministry of Education, 2011) aid the teacher in facilitating the success of diverse students, especially for Maori, as Maori.  The competency of Ako sees the teacher also as learner, with learning taking place in reciprocal conversations.   These conversations will require teaching professionals to use their own content knowledge as a tool to enable students to reach their socially constructed Zone of Proximal development. 

This brings me to the point in this article of the confidence needed in teaching professionals to maintain a high level of content knowledge.  Not easy in the 21st Century, when knowledge is constantly being re-constructed.  However, I do wonder why when there seems to be an oversupply of beginning teachers, that there is not a minimal level of content knowledge required by student teachers.  There is a minimum level of understanding or knowledge that a student teacher must have for numeracy and literacy, but not for any other learning areas of the curriculum.  Perhaps this would see the teacher as better equipped to facilitate learning for the students of 21st century.  Able to facilitate collaborative learning through expertise in the building blocks of knowledge that Rata (2012) deemed as crucial to attain critical and reasoned thinking. So what are the learning requirements of the 21st Century?

Tuesday 1 October 2013

Knowledge for the Future...

A Future focus on Knowledge: Two perspectives on the learning of knowledge in the 21st Century.

Article Three:

Jeremy Suisted: Basic knowledge building blocks to better minds.
New Zealand Herald, September 17th 2013.

Please click on the following link to view the article;

Summary of key ideas from article:

  • ·         Knowledge is a key to ‘engaging with ideas’ which can lead to innovation.
  • ·         Likens knowledge to building blocks.
  • ·         Identifies Steve Jobs as an example for the need of academic knowledge for         innovation.
  • ·         Agrees there is a need for content and process, as process helps us apply this knowledge.
  • ·         Highlights inquiry learning, critical engagement and co-creation as fundamental for learning in today’s world.



Article Four:

Jane Gilbert: It’s what students do with knowledge that really matters.
New Zealand Herald, September 20th 2013.

Please click on the following link to view the article;

Summary of key ideas from article:

  • ·         Perspectives are broadened and opportunities created from exposure to                             knowledge.
  • ·         History of knowledge beginning as ‘eternal truths’, however knowledge has changed in form, capacity, rate of growth and access.
  • ·         Future of education needs to be in working with and applying knowledge, and the ‘Nature’ of disciplines in the curriculum develops this disposition.
  • ·         70% of New Zealand’s curriculum is content







From these two articles, it has come clear to me the need for innovation for the future of and for learning.  In my quest to discover how I can most positively impact my students learning (Hattie, 2012) I will investigate this notion, through Steve Jobs, as identified in article three, and the founders of Google to broaden the perspective.

Interestingly Steve Jobs first became hooked on education through a behaviourist approach to learning (allaboutstevejobs.com, n.d.).  How the pendulum has shifted, with a cluster of schools in The Netherlands now founded in his name.  Based on the ‘O4NT’ (Education for a new era) Philosophy which bases knowledge acquisition on discovery learning.

To find out more about Steve Jobs School please click the link below:


The philosophy of this school is to equip students with ICT and information processing capability, critical thinking and problem solving skills, and a creative mind, through collaboration.  Individuals have choice and follow their interests, self-assessing on their own web portfolio.  The teacher is a ‘coach’ for learning at individualised rates and ways of acquiring knowledge (Growling, 2013).

Google founders, Larry Page and Sergey Brin, themselves were privy to a discovery learning approach, within a Montessori setting.  In the following youtube clip they attribute Montessori’s Humanist view of learning for their self-motivation and questioning curiosity.

Please click link to view in youtube:

Wagner(2012) lists the following attributes of an education that will develop innovators of the 21st Century:
1.       Critical Thinking and problem solving
2.       Collaboration across networks and leading by influence

3.       Agility and adaptability

4.       Initiative and entrepreneurship

5.       Accessing and analyzing information

6.       Effective oral and written communication

7.       Curiosity and imagination


I feel slightly if I have just swung back to my original post from Dr. Rata and her call for knowledge content to enable critical and rational thought…

The New Zealand’s Key Competencies and Values to my mind offer me as the teacher an approach to managing the learning of these skills in a collaborative setting, which promotes individulised development of broad, higher level thinking skills to aid in problem solving for the 21st Century (Ministry of Education, 2007). 




This Venn represents to me, the core seeds for knowledge acquistion in the 21st Century.  Learning for students and teachers.  To impact the learning outcomes of learners, I too will need to foster these elements that stand out to me:
1.       Self regulation (assessment,motivation, ways of learning, choices, meta-cognitive ability)
2.       Thinking skills  
·         Reflective : to aid self regulation
·         Critical: to aid information processing
·         Creative: to foster curiosity and imagination
3.       Problem solving ability (aided by thinking processes)
4.       In a collaborative environment to layer knowledge acquisition through different perspectives

With these elements in mind for me as teacher and learner, I see my role as facilitator of learning.  Drawing on all these elements, guided by many theories in a flexible approach which is best suited to create positive impacts to the learning of all of my diverse learners.

I would like to investigate more into researched impacts of teaching on achievement.  I have begun this journey in collaboration with John Hatties (2012) Visible Learning Series, however this could be content for my next blog perhaps.  I also feel that to effectively address the processes for knowledge acquisition listed above, I do in fact require further content knowledge myself.  Returning to my initial question of this blog: Knowledge, Process or Content?  I guess I will continue in the pursuit to understand this very complex question.

A visual interpretation of my new understanding of "Knowledge - Process and Content".

Monday 30 September 2013

Reference List:

Aldridge, J., & Goldman, R. (2002).  Theoretical shifts in our understanding of children.  In J. Aldridge and R. Goldman (Eds.). Current issues and trends in education, 67-80. Boston, MA: Allyn and Bacon.

Allaboutstevejobs.com (n.d.). Retrieved from http://allaboutstevejobs.com/bio/longbio/longbio_01.php

Cameron, J. (1992). The artists way. Los Angeles, CA: Perigree Books.

Furth, H. (1970). Piaget for teachers. Sydney, Australia: Prentice-Hall.

Gardner, H. (2004).  The unschooled mind.  How children think and how schools should teach.  New York,NY : Basic books.

Gilbert, J. (September 20th 2013). It’s what students do with knowledge that really matters.The NewZealand Herald. Retrieved from http://www.nzherald.co.nz/education/news/article.cfm?c_id=35&objectid=11127235

Growling, A. (August 24, 2013).Steve Jobs Schools open in the Netherlands. I am xpat. Retrieved from http://www.iamexpat.nl/read-and-discuss/education/news/steve-jobs-school-open-netherlands

Hattie, J. (2012). Visible learning for teachers. Maximizing impact on learning. New York, NY : Routledge.

Krause, K., Bochner, S., Duchesne, S. & McMaugh, A. (2010). Educational psychology for learning and teaching. (3rd ed.). Auckland, New Zealand: Cengage Learning.

Maharey, S. (2013, September, 17th). Education is not just about knowledge.  The New Zealand Herald.Retrieved from http://www.nzherald.co.nz/education/news/article.cfm?c_id=35&objectid=11125491

Ministry of Education. (2007). The New Zealand Curriculum. Wellington, New Zealand: Learning Media.

Ministry of Education. (2011). Tātaiako -cultural competencies for teachers of Māori learners.    Wellington,New Zealand: Learning Media.

Ng’ambi, D., & Johnston, K. (2006). An ICT-mediated Constructivist Approach for increasing academic support and teaching critical thinking skills. Educational Technology & Society, 9 (3), 244-253.Retrieved from 
http://www.ebiblioteka.lt/resursai/Uzsienio%20leidiniai/IEEE/English/2006/ETSJ_2006_3_21.pdf

Novak, J. (2010). Learning, creating, and using Knowledge: Concept maps as facilitative tools in schools and corporations. New York, NY: Routledge.

Nuthall, G. (2007). The hidden lives of learners. Wellington, New Zealand: NZCER Press.

Rata, E. (2012). The politics of knowledge in education. British Educational Research Journal 38(1), February 2012, pp. 103–124. Retreived from

Rata, E. (2013, September, 7th).  Let’s bring knowledge back into our schools. The New Zealand Herald. Retrieved from http://www.nzherald.co.nz/education/news/article.cfm?c_id=35&objectid=11120838

Robinson, K. (2011). Out of our minds. Learning to be creative. (2nd ed.).London, United Kingdom:Capstone.

Rogers,C. & Freiberg, HJ. (1994). Freedom to learn. (3rd ed.). Sydney Australia: Prentice Hall.

Snowman, J. & McCown, R. (2012). Psychology applied to teaching. (13th ed.). Auckland, New Zealand:Cengage Learning.

Suisted, J. (September 17th 2013). Basic knowledge building blocks to better minds.The New Zealand Herald. Retrieved from
 http://www.nzherald.co.nz/education/news/article.cfm?c_id=35&objectid=11125492

Wagner, T. (2012). Creating innovators.  The making of young people who will change the world.  New York, NY: Scibner.