Sunday, May 6, 2012

New Technologies


Module 5 Blog                                                             
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Motivation Aligned Model
Self-Efficacy in Experimenting with New Technologies

Feeling efficacious about one’s self might not be related to technology. We’ve been getting along fine at our jobs, and our productivity was never questioned. How can anyone be affected with not knowing new technology and its application on the job? The social profession of teaching is being transformed to access and use technology in all areas of learning. I am not able to know how a teacher feels if they are naive towards technology use on the job. This is because I am technology literate and it becomes a part of me too simple to understand other's challenge. I’m called upon for satisfying all technology needs. And, what I have never done before I am still able to solve it, because I can’t allow my efficacious technology feeling to be marred. But I have come across teachers who are not worried about technology because I’m in their reach. If they begin to feel guilty of technology efficacy it might be as a result of students, request, administrator’s decision or if I intervene in their classroom requirements.

Three years ago I was working at one middle school that teachers were not exceptionally desirous to work with technology. At the beginning of the school year in September, the principal asked me to check to see that all computers (PCs) in all classrooms were in working condition and connected to the internet. One class room that I checked had only one PC which I checked and put in working condition. The homeroom teacher taught two subjects, Music and Mathematics. The classroom was neatly organized with charts and a back table that had space for two PCs. I asked the teacher (Ms. "P" for this blog) if she would like to have two additional computers as there was enough space for layout and installation. Ms. P in a very nice way refused the offer. I was perplexed and could not understand why any teacher would refuse such offer.

About two weeks later one of Ms. P’s student came to the technology lab. The student asked if she could use a computer in the lab to research a popular lyric and the original composer. I asked the student why this was not done in Ms. P’s class. The student told me that Ms. P’s computer was not working. I questioned some more and found out that Ms. P not only did not allow her student to use the computer, but she (Ms. P) was not using her computer. Revelation of this information caused me to check in with Ms. P. There was not a problem with her computer. Ms. P’s attitude changed. She began to use her charts to block her classroom window and also locked her door.

I asked the principal to allow me to run a professional development program over a one month period every Tuesday afternoon afterschool for two hours for beginners. Ten teachers registered including Ms. P. The focus of that technology training was to bridge the appreciative domain for technology. The process was to get teachers to become motivated so that any frustration and misconception about technology integration in the classroom would be flipped with positive thinking of personal development (efficacy). My training plan was not developed in specific to the adapting of John Keller’s ARCS Model. But in parts and parcel as a reflection on the success of the training, saw a fit with Keller’s ARCS Model. The behavior of the learned faculty had improved, and this was as a result of how the group functioned during training. Their performance was as a result of their motivation, participation and effort.

Attention: Teachers participation was drawn with understanding and sharing in discussion, the use and function of the parts of the computer. Teachers were able to express among themselves with humor how they escaped their computer savvy students. They did this by pretending that their computer was too slow or needed fixing. Teachers participation in classroom activities, denial and truth, and expectations sparked debates. There was knowledge sharing and understanding of how they have wished to be able to use the computer to make their lesson plans more interesting, current and relevant. In essence teachers began to appreciate the affective domain of opportunity to learn. The training did not start without teachers throwing metaphors of blame against me. I was setting up computers in their classrooms without even knowing their low technology efficacy. I did not allow that to mar my purpose and posed a question of inquiry on how technology can assist individual instruction. Teachers were now having differences of opinion, and their conflict allowed me to rise as the mediator for variability in choices.

Relevance: Teachers began to appreciate the way technology was able to transform their class. This happened with accessing and expanding current information. I allowed teachers to explore choices that include application of technology for lesson inclusive of streaming video, software, academic learning programs, and videos from community educational resources. I gave several URL sites relevant to their subject areas to which they could match their needs. Teachers were anxious to model their choice of program that they believed would relate to objectives, content and context. The essential features of alignment of technology and unit titles were concrete evidence of technology adaptation to their classroom needs. Teachers sought to see how low end technology of the past are parallel to present development and what might satisfy future needs. Enhanced features of presentations included the use of hyperlinks to access information during presentation. The mode of inquiry was expanded in teacher groups by subjects and was overlapped by multi-subjects being taught.

Confidence: On covering two of the four planned classes, (1 each week) teachers began to express their views of how their lessons had begun to impact their students’ performance. Teachers in training had more than 10 years’ experience in the classroom. This told me that they had a passion for teaching, and if they were to keep their knowledge current and relevant then technology was not a choice but an essential tool. I threw out the question of what will be the prerequisite for teachers entering the system. All 10 teachers agreed that new teachers will have to be qualified with technology on two or three levels of application. This included satisfying personal needs, content discovery, and criteria for helping students to interact with technology. Required information that presented difficulty in finding for content development within a context was no longer a challenge. Accessing information via universal resource locators (URL) was opening a new frontier of information. Teachers were collaborating sharing lessons through their social network with each other. I was able to set up a Wiki page for the school and teachers began to create their homework page that students would access. My role expanded into teaching students how to set up and access their class Wiki. Success was the major result for teachers and their class using technology to enhance learning for all.

Satisfaction: By the end of the fourth class the participating faculty had begun to interact in formulating an inquiry plan. This was for working with the lowest 1/3 performers. this was to improve their writing skills using the computer. Teachers’ expectations were raised above the norm, and they saw positive outcomes of their efforts in the student’s performance. In consultation with the school administrators, I suggested that teachers should be recognized for their participation in training and also to motivate their expectations for classroom application. This lead to presenting teachers with a technology participating certification from the school’s principal. Ms. P had changed her attitude technology and endorsed an open door access. This allowed teachers to see how she was integrating technology, also using an interactive smart board with her class. I was now able to give Ms. P two Personal Computers that were set used a mini research center for math and music. Teachers had stop alienated me and were now willing to share their concerns. I was able to reach out to not just 10 but all faculty in introducing new technology resources. Additionally I taught teachers how to fix common technology glitches during presentations and setups.

I have seen where the ARCS model is a reflection of social Emotional and motivational Theories. Behavioral performance of hands on training can accelerate cognitive development. Motivation from the trainer’s perspective is a worthwhile gesture to spark performance of insight and creativity. Teachers’ possess an internal pride to hide their uncertainty regarding technology. This might be due to unfamiliarity with the school technology person or due to uncertainty of how low technology efficacy will affect their performance on the job. Cherry (2012) espouses Albert Bandura self-efficacy is “The belief in one’s capabilities to organize and execute the courses of action required to manage prospective situations” (1995, p. 2). Erlbaum (1992) elicits "Efficacy beliefs influence how people feel, think, motivate themselves and behave” (p.118). Bandura (1986) asserts” Motivation, performance, and feelings of frustration associated with repeated failures determine affect and behavior relations." The reality is for educational technologists to interact with their faculty and seek to prevent the “recurring decimal” of low esteem and demised self-efficacy brought on by frustration with technology uncertainties.

References:

 Bonnie J. Shellnut, B. J. (1998). John Keller A Motivating Influence in the Field of Instructional Systems Design. Retrieved from: http://www.arcsmodel.com/pdf/Biographical%20Information.pdf

Cherry, K. (2012). About.com Psychology. What Is Self-Efficacy? Retrieved from: http://psychology.about.com/od/theoriesofpersonality/a/self_efficacy.htm

Erlbaum, L. associates Inc. (1993). Perceived Self-Efficacy in Development and Function. Educational Psychologists 28(2), 117-148. (Albert Bandura, Stanford University). Retrieved from: http://www.centerforefficacyandresiliency.org/assets/docs/Perceived%20Self-Efficacy%20in%20Cognitive%20Development%20and%20Functioning.pdf

Learning-Theories.com (2012). ARCS Model of Motivational Design (Keller). Retrieved from: http://www.learning-theories.com/kellers-arcs-model-of-motivational-design.html


Pending two URLs response are:

(a)    http://michellenotes.blogspot.com/
(b) http://ed4teachers.blgspot.com//     (Having problems initating)

(c) http://rashidabrown.wordpress.com/    (Alternative responding URL)













Wednesday, April 25, 2012

Connectivism Mindmap

Connectivism Mind-map               EDUC 7105 – 1                           Module 4                  Cecil Mittoo
* My network has changed the way I learn as I begin to see the accessing of information and the formulation of knowledge as an integral contribution to “connectivism.” I do not support statements because of popularity or because it was said by an academician. But where I have doubt my network enables me to seek out knowledge in the ecology of the environment. From my computer via the internet to the World Wide Web I am able to check and verify information credibility. Information becomes knowledge (processed information within a context) easily accessed for situational purposes. Digital libraries and galleries are not the only source of information. We take for granted the living artifacts that constantly updates in- formation through cognitive awareness of changes in technology and trends. Karen Stephenson in Siemens (2006) espouses: “Experience has long been considered the best teacher of knowledge. Since we cannot experience everything, other people’s experiences, and hence other people, become the surrogate for knowledge. ‘I store my knowledge in my friends’ is an axiom for collecting knowledge through collecting people.”
Knowledge is distributed, and I am more intent on knowing where to get it, how to assess it for fit, and how to apply it for best results. Kop et al. (2008) acknowledges “Learners may traverse networks through multiple knowledge domains” (p.2). My knowledge network connects with blogs, instant messaging service inclusive of RSS feed for asynchronous collaboration in developing projects and completing assignments. Currently, I have discovered a new addition to my network. http://vital.thirteen.org/vital2td.html is an educational website that enables streaming videos for New York Metropolitan schools. Video presentation can be used as a helpful resource for class motivation, attention and knowledge building in most subjects across the curriculum. Kop et al. (2008) elicits “Nearly all students prefer the help and support of the local or online tutor to guide them through resources and activities, to validate information, and to engage them in the course content which would indicate the need for a localized tutor presence” (p.10).
* My learning is a composite of defragmented information, partial construct of knowledge and experience of my learning community. This knowledge building material I access by several digital tools. I rely mainly on the wiki for developing my course construction and collaborative interaction with my learning community. Siemens (2008) in Kop et al. (2008) notes “Developers of e-learning propose that the increasing influence on the internet and online connectedness of people will have implications for educational practices”(p.9). A digital learning community does not enjoy the connection of all its members at the same time because of members’ professional duty, family responsibilities and social commitment. However, the community learning spirit is still engaged and focused for collaboration asynchronously at best convenient times. The wiki therefore allows for digital collaboration where reflection, questions, comments and critique can be made. Wikis are finding its way across global online class, and as students in their community group become acquainted with its use I believe my knowledge base will be expanded. According to Kolesnikov-Jessopk (2011) “Although wikis, with their collaborative approach and vast reach online, have been around for at least 15 years, their use as a general teaching tool in higher education is still relatively recent. But an increasing number of universities are now adopting them as a teaching tool.”
A Blog is a digital learning tool that I find useful for reflection, defending an argument or critique a work. Within the context of reviews and research, new knowledge is created. The intellectual community and social network can share their views from new co-construct of knowledge. Blogs responses are capable of authentic learning. This allows constructive critique to lend better understanding to issues of concern. Gulati et al. reveals “In contrast to more traditional forums for online discussion, blogs are open to the world to see. This provides visibility for students to share their ideas with the larger world.” Another digital learning tool that has become useful to my learning community is the Google Docs. The digital learning tool allows for live chat conversation with community members. This Google tool is relatively simple to use and allows for synchronous collaboration. It enables the use of folders to organize and present work. It also carries documents and spread sheets. It has digital conversion for all hypertext files to PDF for printing. A great feature of this tool is for users to share working on the same document at the same time. Recently I was able to participate in live chat with my learning community and active learning was experienced with collaborative writing. Hargis et al. declares “Google Docs allows the creation and editing from around the world as long as internet access is available” (p.13).
* Questions are drivers for new knowledge. For my questions, I research content and selected material. This gives me information and data that usually supply possible solutions towards the answer that might be appropriate. Essentially, I feed this information to my social network. My network helps me to define problems. Connectivism enables discussion for questions and answers. There are thousands of network users who invariable can respond to questions and offer workable solutions. Siemens (2004) thinks "Connectivism is driven by the understanding that decisions are based on rapidly altering foundations” (p.4). Having a question stretches my role to reach out to the knowledge environment. Collaborative interaction makes finding answers easier. A library of information from people's experience and literature enable selective answers. I also make use of archives for questions and answers these website include:
(a) www.allexperts.com/ (b) http://answers.yahoo.com/ (c) www.ask.com/ (d) www.justanswer.com/      (e) www.wolframalpha.com/
To obtain answers within a specified parameter questions must be intelligently constructed. Driscoll tells us “…schema-based processing occurs as people solve problems…experts in a domain structure their knowledge in ways different from novices” (p.134). Experts in all areas of education and technology are knowledge base professional people who I keep in mind when I need help with answers.
References:
Kolesnikov-Jessopk, S. (2011). The New York Times: For More Students, Working on Wikis Is Part of Making the Grade. Retrieved from: http://www.nytimes.com/2011/05/02/education/02iht-educSide.html
Gulati, G. J., Frydenberg, M., Angelique Davi, D. (2007). Blogging across the Disciplines: Integrating Technology to Enhance Liberal Learning: Journal of Online Learning and Teaching. Retrieved from: http://jolt.merlot.org/vol3no3/frydenberg.htm
Hargis, J., Wilcox, s. M. (2008).Turkish online learning of Distance Education: Ubiquitous, Free, and Efficient Online Collaboration Tools for Teaching and Learning. Retrieved from: http://web.ebscohost.com.ezp.waldenulibrary.org/
Siemens, G. (2006). Knowing Knowledge. Why do we want Knowledge and what do we want to do with it? Hard copy retrieved from: http://www.knowingknowledge.com
Kop, R., Hill, A. (2008). Connectivism: Learning theory of the future or vestige of the past? International Review of Research in Open and Distance Learning, 9(3), 1–13. Retrieved from the Walden Library using the Education Research Complete database.
Siemens, G. (2004). elearnspace. Connectivism: A Learning Theory for the Digital Age. Retrieved from: http://elearnspace.org/Articles/connectivism.htm
Driscoll, M. P. (2005). Psychology of Learning for Instructions (3rd ed.) Pearson Press, New York

The URLs for blogs that I intend to respond are:

(a) http://ylyonstechnology.blogspot.com/

(b) http://marthathibodeau.wordpress.com/

Tuesday, April 10, 2012

Collaboration - Human Natural Instinct?


Cecil Mittoo EDUC 7105 – 1 Module 3
Collaboration
My reflection of Rheingold’s (Video 2008) proposal of humans having a basic instinct to “interact and work as a group” depends on the perspective that I will take to give an answer. I will say no from a biological standpoint. I was once told by a minister of religion that the first law of human preservation is selfishness. I believe that humans make use of the environmental offering to ensure their sustenance and selfish ways. Keltner (2012) postulates “Since Plato, we have portrayed the emotions as the fount of irrationality, baseness, and sin. What would the seven deadly sins be without destructive passions? Or the Ten Commandments for that matter?” Man’s possession is linked to his family, and there is selfishness for survival and existence. Discussions and debates do not take away the stain of biology and selfishness. Human actions are believed to satisfy desires. Rheingold’s presentation concluding phrase is “Selfish interest that adding up to more.” Discussion in the Physics Forum (2004) on philosophy espouses “Everything we do is a selfish act. Every decision we make is one we want to make for ourselves. An example of helping an old lady to cross the street notes as an act of having a good feeling about yourself rather than feeling bad not to do it. Many times students tell me that they don’t care when I try to get them focus on doing work. My response is “I care.” But how much impact will my care have when students don't care? Rheingold laments that trust are important for collaboration. If you make me trust you, even by telling me that you care and demonstrating that you care I can adapt to the demands of ecology to work with you. The fact is humans do not think together. You think, I think. There is no mental merging of the psychological and the sociological. In my mind if my intimate belonging must be preserved, even from epistemological ecology, I will give selfishness the first choice of assurance.

Rheingold’s presentation was intriguing informative with emerging technology. How can educational technologist revamp an old education system? To date it is structured on the industrial revolution year planner. We are at a crossroad where cyber technology is shaping our economic growth, and the foundation for support (K-12) is still undecided. Rheingold poised that new forms of wealth is the result of collaboration around enabling technology. I believe technology has imposed its crude capability on humans to cause them to see the need to merge or wither and die. I believe the internet and the World Wide Web have forced humans to collude businesses and commerce in order to maintain a share of the marketplace. Rheingold has used the “Prisoners Dilemma” as an analogy to show that collaboration among individuals or corporation has its foundation on trust. Our concept of fairness in business is influenced by our social institution, but most cultures are about 50/50 in their ideology of fairness. But how do we transfer collaborative effort into learning. I believe learning differences in collaboration will dictate individual’s potential but with trust productivity at best can be realized. The evolution of technology is the driver for collaborative interaction in business and education.

• Responsibility for group learning in constructivism demands experiential building and awareness by the instructor. constructivist learning theory is founded on collaboration and active learning. This ensures co-construct of knowledge from shared experience, knowledge and redefining problems. Davis (2002) believes "students learn best when they are actively involved in the process." Group task must ensure build on learning which also collaborative writing is. Group work must be relevant. This is usually achieved when students participate in study topic design and resource selection. Students’ skills and ability is important to build confidence and background knowledge. This enables cognitive development for difficult, complex and creative thinking. Labor division is a traditional group setting for cooperative group work. Collaborative interaction will allow for shared knowledge in all areas of learning. Group size is consistent with presentation time and difficulty level of lesson. Competitiveness among groups is encouraged with learning challenges in parallel and presentation technology available to all groups. Group dissolving due to group member’s issues should not be encouraged. The constructivist learning pattern is based on both social and academic skill development. The Problem Base Learning (PBL) Plan is ideal for constructivist learning. This adapts learning technology in all areas of planning, research, analysis, develop and presenting.

• The study titled Collaboration Tools, by Lomas et al. (2008) elicits current and future use and development of collaborative learning tools. They note “creating affinity groups on social networking sites like face-book exchanging links over IM conversations, or building group projects in Google Docs. “Millennials” have seamlessly integrated the social tools they use for communication with friends into their academic toolkit…” (p.2). A tool kit is an important resource for apprentices who will later leave the guiding hands of their master craftsman to go out on their own. The competence of using the tools will prove rewarding in their trade. Many students are using Wikis and blogs to extend their learning and share information. Students are being classified as “practitioners” They learn to use technology tools for class work in school. Lomas et al. (2008) espouses collaboration as “The action with one or more people to produce something.” The production of knowledge is their major goals for K-12 learners. Effective collaboration pools collective intelligence that transcends distance and geographical boundaries. Technology tools enable communication from remote places. According to Lomas et al. (2008) the quality of good collaboration tools will (a) promote communication; (b) share a diagram, photograph, paper or similar objects; (c) allows natural interactions; and (d) be easy to use and learn.

References:

Keltner, D. (2012). The Evolution of Compassion. University of California, Berkeley. Retrieved from: http://www.altruists.org/static/files/The%20Evolution%20of%20Compassion%20%28Dacher%20Keltner%29.pdf

Physics Forum. (2004). All acts are selfish in nature. General Discussion › Philosophy. Retrieved from: http://www.physicsforums.com/showthread.php?t=16855

Lomas, C., Burke, M., Page, L. C. (2008). Collaboration Tools. Educase Learning Initiative. Retrieved from: http://net.educause.edu/ir/library/pdf/ELI3020.pdf

Rheingold, H. (2008, February). Howard Rheingold on collaboration [Video file]. Retrieved from
http://www.ted.com/index.php/talks/howard_rheingold_on_collaboration.html

Davis, B. G.(2002). Tools for Teaching. Collaborative Learning:Group Work and Study Teams. University of California, Berkely. Retrieved from: http://teaching.berkeley.edu/bgd/collaborative.html

Anticipating Module # 3 Response for URLs


(a) http://lauralee7105.blogspot.com/

(b) http://vidamartin7105.blogspot.com/

Wednesday, March 28, 2012

EDUC: 7105-1. Module: 2. -- Cecil Mittoo (03/27/2012)

EDUC: 7105-1. Module: 2. -- Cecil Mittoo (03/27/2012)


Cognitivism as Learning Theory

Behaviorism as precruser
We are bombarded with isms that we must make sense of to get our job done. Some learning theory is like parables. I am intrigued to see how theories are redefined to satisfy how, when, where and why learning takes place. I try to conceptualize learning theories in order to enhance knowledge building for my students. Their diverse learning needs gives me no preference using a dominant learning theory but to be aware of how they cultivate knowledge.
Blogger Bill Kerr (2007) says “What I have noticed is that these ...isms do not stand still. They evolve, they listen to criticism and move on” (p.1, l.15). Learning from the behaviorist perspective was kept controlled to the wishes of the theorists, probably not willing to be engaged in controversy, at least not in their life time. The work of Edwin R. Guthrie entertained that an environmental stimuli that is observed just before a change in behavior is responsible for the resultant change in behavior (Driscoll 2005, p.32). Skinner tried to keep his theory simple. He believed that the environmental condition acted as the influencing variable on one’s behavior. In order to avoid controversial issues as we have today, Skinner used the learner metaphor of “black box” (Driscoll 2005, p.33). The thought was not to believe learning might not have been contributed by internal drives, but I believe to avoid the controversial concerns that relied on the learner’s view. This may be complex, incomplete and inaccurate and in need of explanation with chances of losing context and significance. The dynamic process of learning cannot be contained in behaviorism.
Today’s Technology assisted learning environment is unveiling learner independence of an external stimuli to cause behavioral change. However, Stephen Downes wholesale rejection of behaviorism is a little crude as the cognitive process is complex. The simple fact that the computer is an external driver (stimuli) tells behaviorism is an integral way of life. While Guthrie’s idea was never fully elaborated, Clark L. Hall’s S-R theory of behavior became “fearsomely complex” (Leahey & Harris, 1997 in Driscoll 2005, p.32).

Cognitive development
There are some situations that mental power is used for information processing. Individual epistemology and creed development renders cognitive skills. Two isms that closely relates to this knowledge construct are cognitive information processing theory and schema theory. Cognitive information processing is believed to be in parallel with behaviorism. Skinner believes that behavioral change can be observed over time. Certainly, something must go on in the individual’s mind during “that time.” Where Skinner avoids paradoxes were to use the example of an organism. “He defined learning as a more or less permanent change in behavior that can be detected by observing an organism over a time. (Driscoll, p. 34). The question then arises; does an organism have a brain? My answer is human organisms have a brain. Bill Kerr (2007) makes valid points, but he does not want to be on the inside of the behaviorist mold, he prefers to admire from the outside. “I have always depicted cognitivism as a response to behaviorism and also as a philosophy of learning and of mind to which I stand essentially opposed (and no, that does not make me a behaviorist).” I smile at semantics. So what if I am a behaviorist. Does that make me less of a cognitive processor or learner? Remember these words “Skinner's behaviorism…the theoretical foundations of cognitivism” (Bill Kerr, l.19). There is always some premise or foundation that we build our castle on. We see the castle but the foundation is ever strong and hidden. Every now and then we need a quake to remind us of the foundations and embedding. The sensory memory, short term memory, long term memory and models of memory storage are cognitive windows (Driscoll chap. 3) that seek further discussion and clarification.

Constructivists’ Theory and Connectivism
Brining us closer to behaviorism as a foundation for learning; intrinsic information processing and cognitive learning are the constructivist perspective of information gathering and collaborative interaction. Blogger Karl Kapp (2007) treats the usefulness of learning theories as a racing car driver. Suitable gears for different power or speed. “I suggest that the lower level learning (lower cognitive load) requires a behaviorist approach (memory, recognizing, labeling) as does the expectations that must be measured...procedural and rule-based learning requires an emphasis on Cognitivism and finally, problem-solving, collaboration and creativity require a view of Constructivism. Karl Kapp (2007) suggestions and identification of knowledge level areas for learning theory relevance and strategic scaffolding are tangible learning strategy. Constructivist brings the social interaction into the learning process for active learning. Defining problems, shared views, interjection, questioning, debates and so on makes co-construct of knowledge possible. These activities stimulate cognitive development. Connectivism is a support learning theory that is driven by technology. This enables learning “together” though learners are separated in geography. According to Siemens (2008) “In Connectivism, the starting point of learning occurs when knowledge is actuated through the process of a learner connected to and feeding information into a learning community” (source: Kop et al. 2008 p. 2, l. 10). Technology is a driver that meets student at all learning levels and diverse learning needs. Constructivist and Connectivists learning are exponentially increasing learning power and opportunities. This enables wide and rapid cognitive learning. Bill Kerr (2007) points out that Ericcsson associates constructivist perspective with “deliberate practice.” He thinks this is intended for some other aspect of learning (eg. Rich, exploratory learning environment but with some implied or overt guidelines)” (p.4).
Karl Kapp reminds us “learning is not one thing…it is a multilayered word that tends to get treated as if it were just one thing…and it is not…developing new models for learning is so difficult…there are too many levels for one school of thought or one model to do it all” (l.19-22).

To make solid points for …isms one must stick to the arguments of the theorist. Theories have evolved to satisfy learning concepts, but the real learning resides with the student. Situated Cognition is a theory that has evolved to bring both behaviorism and the cognitivism minds together. According to Driscoll (2005, p.157) “ The theory of situated cognition…claims that every human thought is adapted to the environment, that is situated because what people perceive, how they conceive or their activity, and what they physically do develop together” (Clancey, 1997,pp.1-2; italics in original).
I do not believe learning theories are explicit. Learning theories are implicit and also connected. If connected is not by theory, certainly in the brain of the learner. Isms are associated with belief systems. Our belief has to be flexible to accommodate new styles of learning. Cognitive learning is boosted with learning technology via connectivism.

References:

Kerr, B. (2007, January 1). _isms as filter, not blinker [Web log post]. Retrieved from: http://billkerr2.blogspot.com/2007/01/isms-as-filter-not-blinker.html

Kapp, K. (2007, January 2). Out and about: Discussion on educational schools of thought [Web log post]. Retrieved from: http://www.kaplaneduneering.com/kappnotes/index.php/2007/01/out-and-about-discussion-on-educational/

Kop, R., Hill, A. (2008). Connectivism: Learning theory of the future or vestige of the past? International Review of Research in Open and Distance Learning, 9(3), 1–13. Retrieved from Walden library.

Driscoll, M. P. (2005).Psychology of Learning for Instruction. Pearson press, New York

**
The two blogs I anticipate to review are from the following URL:

(a) http://marieparks22.wordpress.com/

(b) http://sbrady7105.blogspot.com/

(c) http://ddibartolo.blogspot.com/

Thursday, March 15, 2012

EDUC: 7105-1. Module 1. -- Cecil Mittoo (03/12/2012)

EDUC: 7105-1. Module 1. -- Cecil Mittoo (03/12/2012)
Learning and Instruction in a Digital World.
“What are my beliefs about how people learn best? What is the purpose of learning theory in educational technology?”
Learning is embedded in our evolutionary processes. 21st century technology helps us to interpret languages symbols and artifacts. Technology is providing us with information that changes not only how we learn but what we learn. In spite of technology, there are other factors that make the learning process complex. These include the information or material, the environment, the performance expectations and individual’s the challenges.
The renaissance age or Plato and Aristotle sought to arrive at philosophies and theories for explaining mankind intellectual development. Saettler (2004) tells us “Interest in human cognition can be traced back to the ancient Greeks…Plato and Aristotle speculated on memory and thought and discussed the nature and origin of knowledge” (p.319). Knowledge was thought to be the exhibiting result of learning. Theatre works and performing arts require utilization of memory. This sparked a prominence towards cognitive development. William Shakespeare, whose involvement in theater works performance and writer, earned him fame and popularity because of memory for lines and episodes. “The English playwright, poet, and actor William Shakespeare (1564-1616), is acknowledged to be the greatest of English writers. He is one of the most extraordinary creators in human history” (Encyclopedia.com 2012).

Aristotle


William Shakespeare






Memory development is acquired through learning. Myers (2005) elicits “Learning as a relative permanent change in an organism’s behavior due to experience” (p.225). Myers further solicits “experience is the key to learning.” Myers give a foundation for learning that more than 200 years ago, philosophers such as John Locke and David Hume echoed Aristotle’s conclusion from 2000 years earlier, “We learn by association…our minds naturally connect events that occur in sequence” (p.225). With potent documentation from historical icons, I might be able to declare my take on “How people learn best” in the context of knowledge building. I cannot overlook the prime support of rote learning that is not essentially knowledge but is the foundation of knowledge building. I have experienced knowledge building to require a foundation and a framework of linguistic concept and arithmetic order.
Linguistic concept is a reference to vocabulary and word meaning. Arithmetic order is aligned to numerical concept, value and layout. Experiential learning is “the way people learn best.” This is not in contempt of the constructivist, cognitive or behaviorist learning theory. Each theory supplies explanation with supporting the theory that has laid the ground work for belief systems. Experiential learning is no less supported in constructivist and cognitive views than behaviorists. To learn through co-construct of knowledge requires practice in information analysis, selection and clarification. According to Kolb (1984), “This perspective on learning is called Experiential for two reasons. The first is to tie it clearly to its intellectual origins in the work of Dewey, Lewin and Piaget, and the second emphasizes the central role that experience plays in the learning process” (p.22).
Face to face learning via cooperative forum and online learning via collaborative interaction is supported by digital technology. Presenters strive on experience in debates, and semantics in reasoning. Experience teaches us what to look for and how to create hybrid-models. Experience is valuable in determining fraud and deception.

The cognitive theory seeks to explain an internal drive or motivation towards learning. The process is controlled entirely by the individual. This is a phenomenon of adrenalin flow at the right time in the correct order and with the favorable results. Clarification and filing of information for memory recall is formulated by experience. This can be accessed for situational needs.

The behaviorist denies that there is any consciousness or objectiveness that’s internalized to cause learning. The order is thought of as pure external motivation and reinforcement via stimuli. The black box metaphor of behaviorism is advocated by Skinner (1950). Driscoll (2005, p.33) thinks Radical Behaviorism could have shed some light on reason for change in behavior but is thrown out with the reliance on experimental analysis of behavior (Skinner, 1974). Learning through experience is an activity for the behaviorist.

Karen Stephenson quotes in Siemens (2006) “Experience have long been considered the best teacher of knowledge. We cannot experience everything; other people’s experience… becomes the surrogate for knowledge” (p.51). This suggests that all experiences become invaluable. Boundaries and geographical location are virtually obsolete with the internet and the World Wide Web.

Learning theories will play the role of designing instructions that will transfer learning practices from the classroom to online learning. Educational technology adapts Connectivists learning theories by digital technology to combine the cognitive, behaviorist and constructivist learning theories. Siemens (2004) states “Connectivists theory is for the digital age where individuals learn and work in a network environment” (Anderson 2010, p.34). This has given favor to the constructivist learning theory co- construct of knowledge via collaborative interaction. Experience is developed, and assessment of learning theories and philosophies are able to be redefined for 21st century educational technology.

References:

Saettler, P. (2004).The Evolution of American Educational Technology. Information Age Publishing. Greenwich, Connecticut
Encyclopedia.com (2012). William Shakespeare. Retrieved from: http://www.encyclopedia.com/topic/William_Shakespeare.aspx

Myers, D. G.(2005). Exploring Psychology (6th ed.) Worth Publishers, New York

Anderson, T. (2010).The theory and Practice of Online learning (2nd ed.) AU Press, Athabasca University.

Siemens, G. (2006). Knowing Knowledge. Retrieved from www.knowingknowledge.com

Driscoll, M. P. (2005). Psychology of learning for Instructions (3rd ed.) Pearson Education Inc. New York.

Kolb, D. A. (1984). Experiential Learning: experience as the source of learning and Development. Prentice Hall, Englewood Cliffs N.J. Retrieved from: http://academic.regis.edu/ed205/Kolb.pdf



The two blogs I anticipate to review are from the following URL:

(A) http://tstiff7105.blogspot.com/
(B) http://learningtheoryeducationaltechnology.blogspot.com/

Module: 1. Learning and Instruction in a Digital World.Cecil Mittoo (03/12/2012)

EDUC: 7105-1. Module 1. -- Cecil Mittoo (03/12/2012)
Learning and Instruction in a Digital World.
“What are my beliefs about how people learn best? What is the purpose of learning theory in educational technology?”