Friday, 6 June 2014

Design Rationale

The focus of my video is about the attributes of combined elearning and face-to-face learning referred to blended learning. One of my preceding blogs talks about blended learning in detail should you want to know more about it. Blended learning is the main topic that I used towards a theory of eLearning simply because it is very practical to my field of facilitating.

The need to cut costs and also at the same time produce better graduates was also considered when i was completing this assignment; blended learning and connectivism came to the spotlight. Some skills in electrotechnology can only be taught face-to-face, combining eLearning and face-to-face is the solution to accomplishing this task.

To appreciate the theory of eLearning we have to go back to what eLearning actually is. Elearning is a social and an effect of community. The affordances of web2.0 social collaboration tools support a unique type of community building which leads to unique forms of learning and learning outcomes.

Social theory is claimed to be the best theoretical perspective to support understanding of eLearning. The tools in which one interacts with the other and leads to a co-evolution of technology and learning are twitter, facebook, blogger, skype, just o mention a few.
Through online collaboration, new communities can be built , new connections between learners can arise that is not normally replicated in the face-to-face context. 

The online environment can be more participatory and democratic. An advantage of the blended learning situation is that it allows the opportunity to communicate online and it supports the opportunity for the quiet and reflective student to communicate his ideas and thinking. An intensive face-to-face can be conducted and a final written assessment after exploring the subject matter and ideas via online technologies and forums such as blogs or twitter.

Elearning allows students to work at their own pace and time, at the same time there is a reduction most of paper work in taking notes and this can be done using technologies such as evernote, students do not require to be geographically located at the same place this results in cutting costs in accommodation as well as training.

As students get connected they understand that learning and knowledge rests in diversity of opinions. Learning becomes a process of connecting specialised nodes of information sources. An understanding that learning may reside in non human appliances and maintaining connections is needed to facilitate continual learning results.

To get a better understanding of the former paragraph please read my blog on connectivism.
There is a vast amount of resources and forums and as facilitators we need to be able to fully exploit these technologies so as to succeed in the development of the theory of eLearning.

The video below talks about how blended learning and face to face learning contributes to development of a theory of eLearning.





References

(Andrew_2011)




http://www.educatorstechnology.com2012/08/teachers-easy-guide-to-social-learning.html


www.creative education.co.uk/blog/index.php/2011/05

Sunday, 1 June 2014

Connectivism

This blog provides an overview on de Bonos Hats wiki, I have put in opinions on the wiki based on my findings and reading on Connectivism.

Connectivism is driven by understanding that decisions are based on fast changing foundations. The ability to draw important and less important information is vital. Connectivism also identifies challenges that many corporations face in knowledge management, knowledge in any database needs to be connected with the right people in the right context in order to be classified as learning.

Hubs are well connected people who are able to foster and maintain knowledge flow within social networks. Their interdependence as a group of people results in effective knowledge flow. I have also learnt that the starting point of Connectivism is the individual.  Personal knowledge is comprised of a network which feeds into organisations and institutions, these in turn feed back into the network to form what is known as a cycle of knowledge development. This cycle of knowledge allows learners to remain current in their field through the effective connections they have formed.

Realising that complete knowledge cannot exist in the mind of one person is essential to develop an appreciation of Connectivism. Connectivism presents a model of learning that acknowledges the tectonic shifts in society where learning is no longer an individualistic activity. Connectivism provides insight into learning skills and tasks needed for learners to thrive in this digital era.

Conclusion

Knowledge is growing exponentially, in many fields the life of knowledge is now measured in months and years, Gonzalez (2004). Informal learning is a significant part of our learning experience. Formal education no longer comprises the bulk of our learning. Learning now occurs in different ways through communities of practice, personal networks and through completion of work related tasks.

References

Gonzalez (2004) 

Http://www.unt.edu/benchmarks/archives/2004/september04/eis.htm

Http://www.itdl.org/journal/jan_05/article01.htm

Wednesday, 28 May 2014

Moore's Transductional Distance


Transactional distance refers to the theory of cognitive space between instructors in an educational setting. In distance education students and instructors experience a sense of separation that is caused by more than the single physical distance between students and instructors. Transactional distance is a psychological and communication gap a space of potential misunderstanding between the inputs of instructor and those of the learner.
I did a google images search on Moore's transactional distance to uncover a range of representations. It is interesting to note the various presentations which I found appealing:


moore4.gif






Conclusion
Using the above images we can note that we can design units for different stages of learner autonomy by varying the dialog and structure. According to Saba's systems dynamics hypotheses, when structure increases, transactional distance increases and dialog decreases. When dialog increases, transactional distance decreases and structure decreases, this is simplified by the image and equation below:


The above image can be written as an equation that is:

Transactional Distance (t) = Transactional Distance (t-dt) + ( Structure - dialog) x dt

References

(Moore, 1997)_(Keegan, 1997)

Http://www.aged.tamu.edu/research/readings/Distance/1997Moore

Creative Commons Photo Credit: http://www.flickr.com/photos/92011564@NOO/1106538282

Saturday, 17 May 2014

Overview: Andrews,R (2001). Does eLearning require a new Theory ofLearning? Part 2

This blog is a continuation of the previous blog. I am going to focus on the key concepts of eLearning theory as introduced in Andrews paper and hopefully provide an answer to the subject topic. He regards eLearning as the re conceptualization of learning that makes use of not only instructor led pedagogy but all the flexibility that asynchronous multi party contribution can bring ( Andrews & Haythornthwaite, 2007). The paper describes eLearning as being made possible when the available resources for learning are transformed by the learner with the added dimension of peer as well as teacher discussion asynchronously as well as synchronously. This indicates that for eLearning to take place effectively all resources must be in place and fully functional and the teachers and students should be in a position to effectively manipulate  the technology in order that the learner can transform these resources to suit competency.

eLearning is different from conventional face to face learning in four ways, the digitization of text makes for easier transduction , the availability of an extended community of learners, the learner has more agency and more resources at his disposal  and the affordance of asynchronicity makes for a potentially more dynamic relationship between the individual learner and his interaction with the wider community. In my opinion eLearning far outweighs face to face only delivery if we consider the four comparison facts highlighted in the paper.

Castells (2001) suggests that the internet has enabled a new system of social relationships based on th individual. The individual is able to both define and be defined by the social networks he plays a part in. E- learning is decribed in the paper as having the ability to create a web of networked communities that in themselves are generative of learning, but in combination and association provide a richer more extensive opportunity for learning.

The author of the paper argues that eLearning is relatively undeveloped and the lack of development is due to the general conclusion that there is no need for that theory because existing and new learning theory can account for eLearning because it represents merely another site for learning.

Conclusion
Having looked at the paper in detail, i reckon it is vital to identify a separate theory of eLearning simply because it is still undeveloped.

I will be looking at the transduction process for learning in the next blog.

Reference

Andrews,R. (2011)

 www.j-e-r-o.com/indwx.php/jero/article/view/84

Overview: Andrews,R.(2011). Does eLearning Require a New Theory of Learning? Part 1

I read with interest the article, 'Does eLearning Require a New Theory of Learning?'. This blog will focus on the overview of the paper and concepts introduced. I read the article in detail and i reckon it is important in completing my second assignment. It is interesting to note that the strategies , social contexts and design have been the focus of eLearning to date. Moore and Jewitt's conception were the main focus on different approaches to a theory of eLearning. Moore talks about transactional distance as being relative and involving a set of three variables that operate in relation to the degree of transactional distance between the teachers and learners, these variables are dialogue, program structure and learner autonomy.

Haythornthwaite(2009) suggests that participatory learning entails instructors ceding leadership and control of learning, giving it over to participants, and encouraging a new form of co-learning pedagogy. A scenario which is common in my classes is that i have industrial trainees, mining trainees and domestic trainees in one setting, encouraging participation results in the mining students having insight on domestic and domestic having insight on mining and industrial respectively. To achieve this participation is vital. I am therefore at the same wave length as regards participatory learning with Haythornthwaite.

He further went on to analyze the learner of today who has the need for choice as to how research is conducted, what sources are used, what degree of cross-checking is employed, etc. Such a wealth of choice can be disorienting for a student who is not used to such freedom. I have noticed that if young learners get the opportunity to research using ICT they feel empowered and also feel a level of trust from the trainers. This is motivational to the student and that has the ripple effect of the students wanting to learn more and also using that platform to be problem solvers. Learner autonomy mentioned as one of Moore's key variables in the theory of transactional distance is one that requires more attention from all concerned.


On the other hand Jewitt (2008) sets out framework for rethinking learning from a multimodal perspective in order to explore what real difference the use of new technology can make for learning. She sees learning as internalizing the representational and communicative means means of the subject. She also suggests that most theories of the internalization of social relations are based on verbal language, but that from a multimodal perspective all modes contribute to learning, in doing this there is a wider net of resources in the multimodal approach.


Definition Issues
eLearning in my opinion is essential if one is going to develop a theory of learning, which is why i reckon Andrews and  Haythornthwaite took time to define eLearning. They define it as technology enhanced learning. The paper renders the term eLearning as helpful because of its hybrid nature which suggests that there is something distinctive about eLearning, and that it is in fact different from learning. My main focus on exploration on eLearning is that according to Andrews and Haythornthwaite part of their motivation is that existing theories of learning do not account fully for what happens in eLearning. It is also important to note that eLearning includes online and offline learning via electronic means such as blogs, wikis, images, video etc. Another interesting point to note is that these issues of online and offline, synchronous and asynchronous engagement are a different matter from the degree of blend in teaching programmes that combine eLearning with face to face or other kinds of non electronic learning.


Learning Theory
The authors of the paper focused on the work of Illeris as a writer in exploring the learning theory. Illeries sees eLearning as a site for learning a virtual space, hence he conceives of the notion of learning as a psycho- social activity, and then assigns it different learning spaces in which to operate. Students set their own goals and thrive to achieve them because internet based learning can constitute an appropriate supplement to learning in many contexts, but it presupposes that the relevant multi aspect programs are available and to an even greater extent than other learning that the participants have considerable motivation.

Illeris talks about transformative learning by Mezirow (2009) and Kegan (2009), Kegan in developing Mezirow's definition of transformative learning sugests that transformational kinds of learning needs to be better understood because transformational learning produces students with excellent employability skills since it goes beyond content. Transformation as applied to learning is helpful in the sense that it increases clarity, but is less helpful in contributing to the understanding of learning theory and its application in relation to eLearning, neither Mezirow nor Kegan mention eLearning, they however provide the beginnings of a foundation on which a theory of eLearning can be built, through their emphasis on transformation as a key characteristic of learning.

Towards eLearning Theory

Vygostsky- inspired  thinking by Rogoff (1992), regards learning as an effect of community which suggests that learning is not a psychometrically measurable entity that individuals register irrespective of their connection to other people, rather it happens as a result of close connection in cohesive social groupings.E - communities operate in a different way. They include gatherings such as social networking sites, virtual learning environments, simple email groups which come together for learning purposes. This is somewhat similar to physical groups, if students have good internet connectivity and know how to manipulate technology this approach produces the same results as normal classroom setup and even beyond.

The volume of paper and clutter that is reduced in activities that are distinctly different from real world learning practices such as egroups, subscription and access to ejournals, access to databases of information is phenomenal in this modern day whereby people are concerned with sustainable work practices. The major shortcoming of eLearning however is the isolation of the learner physically from other learners, he will have to make an extra effort to contribute to the eLearning community. It is interesting to note that learning requires some engagement and contribution, not necessarily feeding off the contributions of others.

The paper talks about social informatics which is an interdisciplinary body that includes consideration of design and uses the affordances of information and communication technologies particularly in social , institutional and cultural contexts. Kling, Rosenbaum, & Sawyer, 2005). Social informatics is undergoing transformation. This suggests that it will be increasing its usefulness in developing the theory about eLearning. It is sociology rather than social informatics that would seem to provide the best theoretical perspective for an understanding of eLearning.

Ever since i started this course  i have been using the multimodal theory since its done via computer interface is multimodal in nature, this is highly relevant in eLearning. Kress(2003) explores the connection between multimodality and learning but not eLearning. He suggests that transformation is a key concept in a theory of meaning concerning how users reshape meaning according to the resources available. That will bring us to transduction which is more specific to denote the modal shift from one set of resources to another. Transformation is also central to a theory of learning because learning transforms a person', state of mind or knowledge. Ife we make the jump form learning to eLearning, we can see that transduction takes place in the recasting of meaning from one mode to another.

Most students thrive on digital media theory, this theory tends to focus on visual be it images or video. The relevance of digital media in building eLearning theory is mainly in its exploration of a variety of media that are availabe for learning, from hand held devices to desktop computersand their screens, and interactive television to portable radio and recording devices.

How conventional learning theory contribute to the development of eLearning theory was also considered in the paper. Conventional theory has commonalities to the eLearning theory which include an understanding that learning is a psycho social process, motivation to learn and a distiction between development and learning in which development is seen as naturally occurring and integrative, whereas learning is more specifically geared to shorter and medium term changes in states of mind and knowledge.

Having explored the theories of learning in Andrews paper , we go back to the question which is to be answered after all the exploration. Does eLearning require a new theory of learning ? I will be further exploring the paper and hence endevour to answer the above question in the next blog.

Reference

Andrews,R. (2011)

www.j-e-r-o.com/index.php/jero/article/veiw/84




Friday, 11 April 2014

EDEL 20001- Learning Theory in the Digital Age- Assessment 1


I started this course to explore other avenues of facilitating learning in the electrotechnology certificate III course. Since most of the delivery that i do is face to face i found it extremely hard to figure out how i could fit in elearning in my facilitating.
I started by collecting internet based learning objects, experiences and as much information as i could find about learning theory in the digital age. I did this by means of opening a scoop.it account and ever since this has given me insight as to how i can actually facilitate learning in my field of teaching.
The most fascinating was the form of transformative learning as defined by the SAMR model. A quick overview of the model is shown in the youtube video below:
www.youtube.com/watch?v=eLqs09wosLs

I also explored blended learning which is a practical tool to learning, this is a program in which is a formal education program in which a student learns in part through online delivery of content and instruction with some element control over time, place, path or pace. While still attending a school structure, face to face classroom methods are combined with computer mediated activities. Blended learning cite the opportunity for data collection and customisation of assessment as two major benefits of this approach.

Proponents of blended learning argue that by incorporating the asynchronous internet communication technology into courses serves to facilitate a simultaneous independent and collaborative learning experience and this incorporation is a major contributor to student satisfaction and success in such courses.
The use of ICT have been found to improve access to as well as student attitudes towards learning. By incorporating IT into class projects, communication between myself and students is improved, and students are able to better evaluate their understanding of course material via the use of 'computer based qualitative and quantitative assessment modules' in a study by Alexander McKenzie (1998).

 These can come in the form of exploring materials such as The Electrical Safety Act of 2002, The Electrical Safety Regulations of 2013 and the Electrical code of Practice. These tools are essential for students to understand how they work, where to find them and look up information in them . Each student was given a task to research on a certain topic in the regulations and they were supposed to share and reflect on what he/she has learnt.

 The other students were asked to ask relavant questions as the student presented his powerpoint presentation. Every student was involved and they were asking meaningful questions from the Electrical safety office website which these regulations can be accessed, each student was supplied with a laptop on wireless network, because they has the internet they could google meanings of words they did not understand.

 The young generation is computer savy and the use of laptop in class for the first time and being allowed access not only to the regulations but also the website gave them empowerment and also felt they could be trusted with looking up on the internet. This had great results and the interest and participation of the students was far beyond doing the unit the traditional way whereby as the facilitator you only transmit information to students and the only feedback you would get was a written assessment of content covered.

This takes me back to the SAMR model which was designed to help educators integrate technology into teaching and learning and was developed by Dr. Ruben Puentedura. The model aims to enable teachers to design, develop, and integrate digital learning experiences that utilise technology.
The SAMR model describes a continuum of the extent to which technology is integrated in the classroom; from the enhancement of existing practises to the development and creation of new practises.

The SAMR model enables teachers to gauge how technology is utilised in classrooms. The ratings are influenced by teacher’s comfort with the technology. The focus is on what can be done with the technology. The model is premised on ICT as a tool for learning not a substitute for a teacher.
Technology integration can be considered on a continuum - moving from substitution to redefinition of classroom activity.

Substitution is when the use technology is used as a direct substitute for existing classroom practises. It is doing the same task with the introduction of technology but without any modification of the task. For example, using a note taking application on the iPad to draft a document rather than handwriting with paper and a pencil.

Augmentation involves some functional improvement but is still a direct tool substitute. The task has not changed but been enhanced slightly. For example, using some of the iPad’s built in tools such as the thesaurus, dictionary or speak mode to augment the classroom task.
If technology integration remains in the substitution and/or augmentation level, classroom work flows will only be slightly enhanced. Students may be engaged whilst using technology in the classroom but the use of the device remains defined and limited.

Modification involves giving students a different kind of task. For example, using multimedia and adding sound and video.

Redefinition is doing something that was inconceivable without technology and gives students a stage. For example, creating a digital storybook to share with students across the classroom, school or world.
When technology is used in this way it leads to the transformation of classroom and student work flows and the technology is used in its most effective form.

I made a collection of various artifacts from scoop.it that cover the SAMR model. I also had the chance to look at and review the artifacts that were scooped by the other students in the course and managed to rescoop some which i found practical in my field of teaching. The links below show a few of the scooped artifacts which where of paramount interest.

http://newsroom.opencolleges.edu.au/features/facilitating-collaborative-learning-20-things-you-need-to-know-from-the-pros/#ixzz2CiJDuUIz

http://brholland.wordpress.com/2014/02/25/in-response-to-redefinition/

http://www.techchef4u.com/history/samr-augmenting-your-creativity-and-amplifying-your-curiosity/

Conclusion
Technology is not the focus but rather how the technology fits into the actual unit of competency we are delivering to meet the students' needs. Quality technology integration is not necessarily easy but achievable if we are willing to change the way we teach.

References
SAMR: Puentedura, R. R., Ph.D,: SAMR model
(Staker,2012)_(Strauss,2012)_(Alexander,2010)_(Alexander, n.d.)

Monday, 7 April 2014

SAMR Model and TPACK model

The Substitution Augmentation Modification Redefinition model (SAMR) and the Technological Pedagogical Content Knowledge model (TPACK) are useful when considering how to successfully integrate technology into the classroom. These models place curriculum content at the forefront of teachers' thinking and allow for technology to be integrated with existing teaching practises. This ensures that technology is not the focus but, rather how the technology fits into the curriculum to meet student needs.
The SAMR model was designed to help educators integrate technology into teaching and learning and was developed by Dr. Ruben Puentedura. The model aims to enable teachers to design, develop, and integrate digital learning experiences that utilise technology.

The SAMR Model

The SAMR model describes a continuum of the extent to which technology is integrated in the classroom; from the enhancement of existing practises to the development and creation of new practises.

The SAMR model enables teachers to gauge how technology is utilised in classrooms. The ratings are influenced by teacher’s comfort with the technology. The focus is on what can be done with the technology. The model is premised on ICT as a tool for learning not a substitute for a teacher.
Technology integration can be considered on a continuum - moving from substitution to redefinition of classroom activity.
Substitution is when the use technology is used as a direct substitute for existing classroom practises. It is doing the same task with the introduction of technology but without any modification of the task. For example, using a note taking application on the iPad to draft a document rather than handwriting with paper and a pencil.
Augmentation involves some functional improvement but is still a direct tool substitute. The task has not changed but been enhanced slightly. For example, using some of the iPad’s built in tools such as the thesaurus, dictionary or speak mode to augment the classroom task.
If technology integration remains in the substitution and/or augmentation level, classroom work flows will only be slightly enhanced. Students may be engaged whilst using technology in the classroom but the use of the device remains defined and limited.
Modification involves giving students a different kind of task. For example, using multimedia and adding sound and video.
Redefinition is doing something that was inconceivable without technology and gives students a stage. For example, creating a digital storybook to share with students across the classroom, school or world.
When technology is used in this way it leads to the transformation of classroom and student work flows and the technology is used in its most effective form.

The TPACK Model
TPACK attempts to identify the nature of knowledge required by teachers for technology integration in their teaching, while addressing the complex, multifaceted and situated nature of teacher knowledge. At the heart of the TPACK framework, is the complex interplay of three primary forms of knowledge: Content (CK), Pedagogy (PK), and Technology (TK). Teacher researchers are encouraged to reflect on the extent to which the integration of iPads in their classroom practice has affected this interplay.
The TPACK approach goes beyond seeing the three knowledge bases in isolation. It emphasises the new kinds of knowledge that lie at the intersections between them. Considering P and C together we get Pedagogical Content Knowledge (PCK). Similarly, considering T and C taken together, results in Technological Content Knowledge (TCK), the knowledge of the relationship between technology and content. At the intersection of T and P, is Technological Pedagogical Knowledge (TPK), which emphasises the existence, components and capabilities of various technologies as they are used in the settings of teaching and learning.
Finally, at the intersection of all three elements is Technological Pedagogical Content Knowledge (TPACK). effective technology integration is understanding and negotiating the relationships between these three components of knowledge. Effective technology integration for pedagogy around specific subject matter requires developing sensitivity to the dynamic relationship between all three components.

Conclusion

From the above models we see that technology is not the focus but rather how the technology fits into the actual unit of competency we are delivering to meet the students' needs. Quality technology integration is not necessarily easy but achievable if we are willing to change the way we teach.

References

SAMR: Puentedura, R. R., Ph.D,: SAMR model
 TPACK: http://tpack.org/.