My First attempt at a Glogster page.
This has been fun, frustrating, fanciful and, finally finished!
As with all of these tools the navigation is relatively straight forward although much time was lost on producing the small amount of video in the page! This Glogster took me well over two hours to finally develop and I am sure that with a little experience that this could drop dramatically.
This leads me to think about the idea of learning and the idea of scaffolding in teaching. How do I as a teacher structure my lessons, use good pedagogy, for those children that do not have the prior learning / knowledge that others may have. Time is critical in all classroom endeavours and ensuring all are progressing despite prior knowledge is vitally important. As in all types of literacy if a student feels incapable or lacking there is a real chance of rejection and loss of motivation. I have felt these things myself during this course and know that to implement technology in my classroom in an inclusive way I need to be mindful of using good pedagogy in the TPACK model.
Following is a PMI for Glogster.
Positive:
- Increase digital literacy in multi-media
- Increases digital creativity.
- wonderful tool for collaboration.
- perfect tool for constructivist application.
- It's fun.
- Induces technological creativity.
- Safe format and seems well protected.
- Strong applications to declarative and procedural knowledge.
- low cost.
- You can set different projects for different groups to help manage diversity.
- Develops interactive attitudes, personal reflection, critical thinking, imagination and creativity.
- Reduces material costs of the classroom (if projects made in other media).
- Increase motivation and creates interest in performing interactive group work.
- suitable for many age groups.
Minuses:
- Time consuming, management of classroom time a risk factor.
- can only be displayed via technology. Posters less able to be displayed in class.
- work may be lost if not saved properly.
- Can seem cluttered and busy, information lost in the framework.
- risk of technology use overcoming learning outcomes
- Consistent learning across groups can be compromised if proper direction is not given to learners.
Interesting:
In all of those projects where traditionally you would write as an essay or develop a paper based project or video based project this seems to bring all of those aspects together. In many ways this is a way of organising declarative knowledge. Marzano & Pickering(1997) suggest ways of storing declarative knowledge by, "descriptive patterns, time sequence patterns, cause and effect patterns, episode patterns, generalisation patterns and concept patterns". For english, science, math, history, geography, literature this tool is ideal.
Glogster allows the ability to be inclusive to different levels of student capability, good pedagogy and lesson planning would allow students to be in their own areas of proximal development and if working in small groups, those groups could be organised so that effective social constructivist learning could take place.
Although a good vehicle for all age groups I think this tool lends itself especially useful to primary teaching. As has been noted in my earlier video blog posting it is a requirement (ACARAv4.2) and (QSA) of students to become ICT literate, this is another tool that can be embedded into classical pedagogies but with the use of technology adding another level of deeper learning.
Glogster allows the ability to be inclusive to different levels of student capability, good pedagogy and lesson planning would allow students to be in their own areas of proximal development and if working in small groups, those groups could be organised so that effective social constructivist learning could take place.
Although a good vehicle for all age groups I think this tool lends itself especially useful to primary teaching. As has been noted in my earlier video blog posting it is a requirement (ACARAv4.2) and (QSA) of students to become ICT literate, this is another tool that can be embedded into classical pedagogies but with the use of technology adding another level of deeper learning.
Safety:
As with all use of technology absolute priority must be given to the appropriate use of material. Appropriate attribution of information and referencing of ideas, images and vision. The ability to manage these creations in a relatively controlled environment is a definite bonus. Protocols and further considerations of cyber safety can be found at Cybersmart. The website has reasonable in built safety features but as always the correct use of student images if used must be considered.Teaching examples:
I have chosen an example from the (ACARAv4.2) curriculum for year 5 science.
"Important contributions to the advancement of science have been made by people from a range of cultures".
A glogster of famous scientists could be modelled so as to provide an example for the students as to outcomes expectation. A small group exercise could be created and each group to be given a time period / culture to research, ensuring of course adequate teacher content knowledge of these time frames cultures and the scientists involved!
This exercise can be broken down into several classes, for research, development, creation. The beauty of this approach and using glogster is in the internet and multi media. It produces a much more diverse presentation concept and engages the students. The information is not being only given by the teacher, they would act as facilitator and trouble shooter and guide for the groups.
Discussions could then be held as to the knowledge gained and reflect that into a current context.
I would be using TPACK modelling in that I must have strong subject content knowledge, excellent technical skills to enable the students to move through the research and creation smoothly and high pedagogical skills to scaffold correctly at each stage. I would also be mindful of keeping things on time, create effective and balanced groups of differing zones of proximal development and ensure the outcomes for students involve deeper learning and analysis.
"Important contributions to the advancement of science have been made by people from a range of cultures".
A glogster of famous scientists could be modelled so as to provide an example for the students as to outcomes expectation. A small group exercise could be created and each group to be given a time period / culture to research, ensuring of course adequate teacher content knowledge of these time frames cultures and the scientists involved!
This exercise can be broken down into several classes, for research, development, creation. The beauty of this approach and using glogster is in the internet and multi media. It produces a much more diverse presentation concept and engages the students. The information is not being only given by the teacher, they would act as facilitator and trouble shooter and guide for the groups.
Discussions could then be held as to the knowledge gained and reflect that into a current context.
I would be using TPACK modelling in that I must have strong subject content knowledge, excellent technical skills to enable the students to move through the research and creation smoothly and high pedagogical skills to scaffold correctly at each stage. I would also be mindful of keeping things on time, create effective and balanced groups of differing zones of proximal development and ensure the outcomes for students involve deeper learning and analysis.
A few good examples from the web:
Glogpedia: http://wamfu.edu.glogster.com/east-asia-2-countries-ii/
References:
Australian Government; (ACARAv4.2)Science as human endeavour year 5. Retrieved April 2013 from http://www.australiancurriculum.edu.au/Science/Curriculum/F-10#level=5
References:
Australian Government; (ACARAv4.2)Science as human endeavour year 5. Retrieved April 2013 from http://www.australiancurriculum.edu.au/Science/Curriculum/F-10#level=5
Laffey, J (2013) ICT's for Learning Design. retrieved 4th April from http://joelaffey.blogspot.com.au
Marzano, R. J., Pickering, D. J.,
Arredondo, D. E., Blackburn, G. J., Brandt, R. S., Moffett, C. A., Paynter, D. E., Pollock,
J. E., & Whisler, J. S., (1997)
Dimensions of Learning, teachers manual (2nd ed.) Colorado: McRel.