Thursday, 30 April 2015

Assessment 1: Reflective Synopsis

A new generation = a new way of teaching

21st century learners are born into the world of digitisation and it has been proven that they are neurologically different due to the technological environment into which they are submerged (Churchill et al., 2011, p. 118). In fact, their brains fire differently to those of preceding generations which has resulted in a gap between generations (Churchill et al., 2011, p. 120). Our brains however are plastic thus it is adaptable and we can learn and adapt to this new way of teaching and enhance the learning experiences and engagement of our learners. Merely implementing ICT’s into our teaching however doesn't equal good pedagogy. As teachers we need to implement a variety of frameworks, thinking routines and strategies to ensure that the technology is used for the purpose of enhancing and extending the learning of our students rather than as a substitute.  Through the progression of this course we have been exposed to a vast range of different digital tools. The key things that we explored was the functionality of the technology, the legal, ethical and safety issues associated with the technology, collaboration and communication, the SAMR model and technology in the classroom.

Functionality of the technology

When implementing technology into the classroom, it is vital for teachers to ensure that the technology used aligns with the level at which students are using technology at home and builds on those skills. If teachers use outdated technology it will result in students becoming frustrated and bored (Churchill et al., 2011, p. 260). Thus, it is important for teachers to be aware of new technology and be able to use the technology themselves at or even beyond the levels of their students.

Ingrained throughout this course was the requirement of considering the limitations and benefits of digital tools. Each technology has its own sets of benefits and limitations. Teachers need to know what these are before incorporating the technology into the classroom, consider the intention for the use of technology, consider the appropriateness of the technology to the task and desired outcomes, and finally determine whether it redefines the learning experiences of students or acts as a substitute (Churchill et al., 2011, p. 328). This can be achieved by using the SAMR model. Throughout this course we have used this model to create examples of implementing the technology into our own teaching effectively.

Legal, ethical and safety issues

Throughout this course the legal, ethical and safety issues pertaining to the use of technology was explored. When implementing technology into the classroom teachers need to create a safe learning environment by teaching students about cyber-safety and “netiquette”. Students must be made aware that there is a zero tolerance to bullying and that screens and conversations are monitored. Additionally, teachers need to consider school policies, individual website policies and the QLD policies (cybersmart website) and teach students about each of these. Teachers must consider plagiarism, copyright laws and inform students of how to cite information and media appropriately.

Collaboration and communication

In the 21st century, being able to collaborate with others and communicate effectively across a digital platform is crucial. Thus implementing online collaboration as part of the learning experience of students is vital. Online collaboration enables students to learn from each other through the sharing of ideas, resources and constructive feedback. Communication is key as it supports the creation of a connectedness between learners and the content as well as supports learners to view their work as meaningful. However, effective communication and collaboration is reliant upon the teachers’ ability in establishing a supportive classroom environment (Churchill et al., 2011, p. 268). It is thus essential for teachers to utilise an effective instructional strategy. My experience of collaboration and communication can be read here.

Pedagogical frameworks

SAMR model, Bloom’s cognitive taxonomy and digital pedagogy frameworks were all ingrained throughout this course. Each of these frameworks are connected and very useful to support teachers in ensuring learners are getting the best learning experiences from the implemented technologies. It is thus vital for teachers to consider these frameworks as well as other strategies when implementing technology into the classroom. The technology needs to be implemented at a redefinition level, in which students use the technology in a way that supports the individual learning needs of students, their creativity as well as self-directed learning. The technology also needs to support students’ higher order thinking skills and needs to be set-up in a way that scaffolds the learning so that learners are able to evaluate, analyse, apply, understand, and remember the content. Moreover, opportunities for communication and collaboration needs to be ingrained throughout the use of technologies to build on learners’ digital literacy, communication and collaboration skills.


Overall, I feel that this experience has expanded my horizons into the digital world and allowed me to explore my own understandings of technology and its uses in the 21st century classroom. Although, the various technologies explored throughout the course is like a drop in the ocean compared to what is available, it has given me a comprehensive overview of what is out there and how I can apply it effectively in my own teaching. In order to effectively and successfully support the education and learning of 21st century learners it is vital to integrate technologies into the classroom and prepare for a lifelong learning journey. 

References


Churchill, R., Ferguson, P., Godinho, S., Johnson, N. F., Keddie, A., Letts, W., . . . Vick, M. (2011). Teaching: making a difference (2nd ed.). Milton, Australia: John Wiley and Sons. 

Tuesday, 28 April 2015

Assessment 1: Embedded Reflection Task 6

Online Collaboration

Overall, blogging has been a really great experience for me. I've enjoyed creating the posts each week, playing with different forms of tools and reflecting on the use of each of these. This week I will be reflecting on my collaboration experiences with others so far and the use of it in my own teaching.  
Over the past few weeks, I have commented on a few students’ blogs on their ideas of the uses of different forms of technology. I found it difficult as I didn't feel like I had anything constructive to say. I decided to start off by adding all of the students in the course as friends and visiting at least three blogs a week and read through their reflections. This was easy enough to do and I got really great insight into others’ ideas of incorporating technology into teaching; however, I still found it difficult to find something to say and no one commented on any of my postings. I finally posted my first comment after reading a blog in which diagrams were used to represent ideas and information. I found this to be an exceptional idea, and wanted to use it in my own reflections.

Recently, I have started feeling more confident in commenting on others’ blogs and e-mailed a couple of students about viewing and commenting on each other’s work. After doing so, I read through the students’ reflections and posted a few comments. Below is a list of links to each of these comments.



Giving and receiving feedback is an important part of any collaborative learning experience. Feedback however is only beneficial if it is constructive and given in a way that it can be understood by the receiver. I've learned that feedback needs to:

- Start and end positively

- Be specific

- Provide ideas, information and alternatives

- Be descriptive


Although, I didn't receive much feedback, I've read that when receiving feedback:

- Listen and consider what is being said

- Be clear about what is being said

- Ask others on what areas you would like feedback

- Use the feedback to make a decision for the next step

- Thank the person for the feedback

(Sills, 2011, para. 4). 

Feedback needs to be:
Source: The information presented in this image are directly adapted from Sills (2011)
More information about giving and receiving feedback can be read here


----->Benefits vs. Drawbacks <-----

------> Allowed me to learn from others
-----> Gave me insight into different perspectives

-----> Allowed me to share my ideas with others

-----> Supported students to connect, work together and form groups

-----> Can support students to improve their work

-----> Supports and builds communication abilities

-----> Broadened my knowledge
<-----Difficult to start discussions
<-----It takes up a lot of time to read others blogs, consider the information and leave constructive feedback


Online collaboration in the classroom

I will implement online collaboration into my own teaching. This week’s course readings have given me insight into how to effectively do so.

It does not work if students form groups and are given assignment guidelines without effective instructional strategy (Morrison, 2012, para. 4). Thus, the teacher needs to create a suitable activity and consider what approach is suitable to the students and their learning (Morrison, 2012, para. 4). The teacher needs to ensure that students are aware of the expectations and understand how to give constructive feedback.

Additionally, I will consider the four-stage continuum of learner-learner interaction by George Siemens (2002) which includes communication, cooperation, collaboration and community building. Throughout this course, I've experienced all but one of the stages. Students had to comment on each others’ blog postings (communication), shared ideas (collaboration), and finally build relationships with peers and shared ideas (community building). To support students in line with the four-stage continuum I will:
  1. Consider the students’ communication abilities and if they need further support, create an activity to build on their skills and relate it to something relevant to students i.e. Facebook.
  2. Consider appropriate groups and give groups an overall goal or objective that needs to be achieved. Each member however has a particular objective that contributes to the overall goal.
  3. Encourage students to share ideas and to give each other constructive feedback by setting assessments, tasks and activities that requires collaboration. I will also ensure that I use an effective instructional strategy.
  4. Support students to form good relationships with their peers, allow them to discuss their learning experiences and share their ideas and work with knowledgeable others from around the world. I will support their safety by monitoring the blogs, comments etc. and setting boundaries, rules and expectations. 

References


Morrison, D. (2012, April 27). Online groups – Cooperative or Collaborative? [Blog post]. Retrieved from https://onlinelearninginsights.wordpress.com/2012/04/27/online-groups-cooperative-or-collaborative/
Sills, M. (2011, October 31). Giving and receiving constructive feedback. Retrieved from http://www.health.heacademy.ac.uk/lenses/phorus/m10002.html

Sunday, 19 April 2015

Assessment 1: Embedded Reflection Task 5

Online concept mapping

Concept mapping is a graphic organiser used to visually represent the relationship of terms and can support students to organise ideas and represent knowledge of a particular topic (Vanides, Yin, Tomita, & Ruiz-Primo, 2005, p. 27). Concept maps start off with a main idea and then linked topics or ideas branch out from the main concept (Inspiration Software, 2015, para. 1). Two different concepts are usually connected with an arrow which represents the relationship between the two topics or terms.  Two such linked concepts are referred to as propositions (Vanides, Yin, Tomita, & Ruiz-Primo, 2005, p. 27). There are many websites as well as downloadable software that support the creation of concept maps such as Bubble.us; Mindmaple; Cmap; Inspiration maps; Text2mindmap; Mindmup; Softschools; Wisemapping; and Simple mapper

Technical Aspects

Wisemapping provides users with a variety of tools to create a well-organised, professional looking concept map. These tools allow the user to create, personalise, organise and present the concept map according to their own style. Below is a screenshot of Wisemapping that presents the various tools and their uses. 


As presented above, Wisemapping has a multitude of tools that allows the user to create a concept map suited to their own style. Wisemapping allows users to:
  • Format text: Change font and size; edit font colour; Italicise/Bold text;  
  • Save; undo/redo; zoom in/out; print
  • Add icons/notes; add links to other websites; add arrows to represent relationships; view history
  • View tutorial video for assistance; use keyboard short-cuts for easier creation;
  • Share media with others; publish on the web; export to external programs/site

Wisemapping also has a great key-board shortcut system which makes concept map creation very user-friendly. If additional support is required to use Wisemapping there are a range of online instructions both in video and written form. 

Concept maps are generally used as part of a whole-class activity to put ideas together or summarise a topic. This activity is useful in its own right; however it makes it difficult for the teacher to ascertain what connections students are making and how they are making these connections. Additionally, it makes it difficult for the student to present their own individual ideas. Therefore, it is necessary for students to use this technology and create their own concept map. This allows the learner to truly represent and evaluate their own understanding of a topic to the teacher, builds on their digital literacy as well as supporting their creativity. Moreover, by creating an online concept map students can access it at home and use it as a study tool.

In order to educate students on the use of online concept maps teachers should discuss the technical aspects with the use of reliable resources and templates. Students should be educated on how to effectively link concepts to other websites as well as legal aspects. Additionally, the teacher should consider in what context the online concept maps should be used and utilise pedagogical frameworks to support and reinforce the decision. For example, in regards to SAMR the teacher needs to determine that the activity is not just at a substitution level but rather at a redefinition level. A concept map I created here on the Nervous System can be viewed here.

Online concept mapping in the classroom

Online concept mapping can be used across all curriculum areas. If utilised in the correct way and in the appropriate context it can support higher levels of cognitive performance amongst students (Inspiration Software, 2015, para. 5). Concept maps enhance students’ understanding of topics and improve learning (Irvine, Cooper, & Jones, 2006, p. 6).

Teachers need to allow students to create their own concept maps using their own understanding of the coursework, their own ideas and creativity (Inspiration Software, 2015, para. 5). Concept mapping supports students to construct complex frameworks of interconnected concepts (Irvine, Cooper, & Jones, 2006, p. 6). Thus, students need to have a deep understanding of the concepts in order to organise it in this manner (Irvine, Cooper, & Jones, 2006, p. 6). This reinforces students’ problem-solving skills (Irvine, Cooper, & Jones, 2006, p. 6). Teachers can use these concept maps to evaluate and assess student learning and determine where the gaps are (Inspiration Software, 2015, para. 5).

Concept mapping will be a very useful tool to implement into my own teaching. In Biology, concept maps can be utilised by the learners to keep record of their learning which will make it easier to study for exams or complete assessment tasks. For example: Students are studying a unit on human body systems. Towards the end of each lesson students can add the main concepts into their concept map. Thus, by the end of the unit students will be able to refer back to it and have well-organised study notes. 

So what can online concept mapping support in the classroom?

Examples of using SAMR



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References

Inspiration Software. (2015). Teaching and Learning with Concept Maps. Retrieved from http://www.inspiration.com/visual-learning/concept-mapping
Irvine, H. J., Cooper, K., & Jones, G. (2006). Concept mapping to enhance student learning in a financial accounting subject. Retrieved from http://ro.uow.edu.au/cgi/viewcontent.cgi?article=1130&context=commpapers
Vanides, J., Yin, Y., Tomita, M., & Ruiz-Primo, M. A. (2005). Using concept maps in the science classroom. Science Scope, 28(8), 27-31. Retrieved from http://web.stanford.edu/dept/SUSE/SEAL/Reports_Papers/Vanides_CM.pdf

Thursday, 9 April 2015

Assessment 1: Embedded Reflection Task 4

Presentation Software

Presentation software is an authoring computer application that permits the user to create a professional and sophisticated presentation using a range of tools (Rouse, 2011, para. 1). Presentation software allows the user to combine text, graphics, images and sound to create a great variety of multimedia presentations (Alkash & Al-Dersi, 2013, p. 5). There are many websites that offer both free and paid presentation software such as Prezi, Glogster and Thinglink. The most actively used presentation software however is PowerPoint which comes as part of the Microsoft Office software package (Starr, 2011, para. 3).

Technical Aspects


PowerPoint provides users with a variety of tools to create, format, change and personalise their presentation. Below is a screenshot of PowerPoint. 


The PowerPoint below illustrates how PowerPoint tools can be utilised:
7
<div><h3 style="padding: 0px; margin: 3px;"><a href="http://www.authorstream.com/Presentation/amgriesel-2448879-lines-immune-defense-quiz/" target="_blank" style="font:normal 18px,arial;">Lines of Immune Defense Quiz</a></h3><object width="425" height="354" id="player"><param name="movie" value="http://www.authorstream.com/player.swf?fb=0&nb=1&ct=5&ap=0&c=dfdfdf&pl=as&p=2448879_635641094746223750&fi=1" /><param name="allowFullScreenInteractive" value="true" /><param name="allowScriptAccess" value="always"/><embed src="http://www.authorstream.com/player.swf?fb=0&nb=1&ct=5&ap=0&c=dfdfdf&pl=as&p=2448879_635641094746223750&fi=1" type="application/x-shockwave-flash" allowscriptaccess="always" allowFullScreenInteractive="true" width="425" height="354"></embed></object><div  style="font-family: arial; font-style: normal; font-variant: normal; font-weight: normal;font-size: 11px; line-height: normal; font-size-adjust: none; font-stretch: normal;">More presentations from <a href="http://www.authorstream.com/amgriesel/" target="_blank">Anna Griesel </a></div></div>Vvfc9o4EP5rMnP3kAzYkMBjSkp7M727TNO5Xy83whagqW15ZDkJ/eu7K62MbUxRCKRpkxewhX7u9+1qdyVOwkl6/06xfPm7jHlyEvQKvUr4SXh1EgQxn7My0aemKIAC+Dm+t7/1x4M+laxsyWAwtgULJWKqtC64EV+o136PSksR86JRUUuZaJE3CyOZZTzSjbK5TJpD5Gzhul8X3ETMLaVW+reI9dKWjoLzdfl7LhZLN0z/nBaTMleZpn3fs6+no/7AlqyoJKQmOcsag36RMm0UKF6spUELEs0FZuy2MepMqpirRlEiss91SYVvAUwlJXSET+n9hCcIqAODmp0E0y0VKhkpntFstra5ZUlJKzgJzhOo/mam4GmBT7aR65aIU++WRqpRrViyHB9FaoB8s9RpAq99eLzlSgtA8gOb8eRaFkILiQKeSa1RsFWFy0Qs8Actcyg1PV0WuaUOQGRL4HmpNVLsElcVTKM4C84EkGwuMhDxWQR9BtOYaQZfWF7Ady5grIViaSrgrT+A2U97wWk/GJ3l2QL6ZjR2BGtEnEgGODXuNKYCCTSOy5RrtYIqjDBcVEWGZUSyYY8gICWrSHa3ZnH/nOos6wwORi3s4IHg2wll7pC8lndcXUsBwGFP9leUxxrqVotPoMIgsa6adVKEPqQA0WHLGheM5rCZqYCQslIDIYwu4c8bKHRTo8hZJLLFJ3y5Oh1AyVxm+oYGpnlsQFdZIhrfqcdDIR0ML5qQOkNag3TUgehFWxm9AK0LffjsNTHcqYnzcgGLs+//w1xjeZfwAn+JZVSmsLDTHEmbI2mPrJyDC9o+KiRJwg3l3EQyoI3jIUj+lhUw3SaexKNv46lkCdLEFgjh3VJofgP8x1/vYN9vItzUA/s+ZalIcIXvGBhAmUFXth7pndEfkSQTmUi7Q4Xj8XQ6mRzTLI7c3kudOOXYoUPhXjq0Y3+jPo9kyxI+x4belqyGRCYz1GBfEI9s9y6G1B1h1gGZE2VDWfaA7D2M3wLJywv5KXUldIJ2unJOnsERdOUKOA2LaIqeVPVFmqmW93ZEM3WZwa6KGzLshQ3xe+36Pyfzw6bFCYbHY/5NgtHsUt61pP+S9+gm+UOXHziC9D/yW8HboiewX6DoBy4idKI/ot35a1PwVR7kBVqcp+P8Rug9UZxp8Ht6+VJqiXNNZmUK84XV+QXvgoKMngkCqWWUCKjQY/CDec9FpEtwXjFfh05tAJPtQZSGI0NHLEXs7CdWEeiK9biOznxncaUYMKpn/E0YBbsvUhyeJgHhIiS/Ck2/5UpGJgLEl2gVAUnceB6DXcYxYrHKuaKEGs6aRXYn/Ybo6ox3KP/wIQB19sEMaKb0lJmRUZ/SQi6j3BEhjLtyXa7io9TnbQw5WAAMN3KTYlbgT8HDLwlbyVL/+gA9oq5QdkRLgKOE+BGfiQaVqmSzgnTlUimWQWIEss48Fpj1sArmMeJEZghLpZOQSndqYzTHV+0s+41OFKt0hrk8U1RJgyyDT4ddgfMuTXIx4g+vSU+pN1VY8Q29GXbpzX4pxW6ymxMYQInrkuhcccak+/w4Y9xoaPKnEoC/iWfqnOTzOYjLr6vJkpRpxqLPC+NuOBa5zYK00n+32IvS1RnTK6X9k0XjVmrVhXJ1Tneliw6zF1wrCig6PJqoLCDbjXKBRdSC7gewW4Odp+x50DtFIhh2mu4hT45eMflOAN7RiOmChFdiPsTW4tlfI+dP7zuJ6c69H+fjW/IVxtSabIPhjz0dhu+582A8Ccn1KZhr6su69xX112WKRzCCOZYGF8Wf75UJBsrIpFxbcxiksKHXphdkR99JXq+s4it5W1aVAhUXng47yNt5mnwQ8v5nLkIgxigr3HmncPVkVdhrGlssVquPPww17+CEEMnv0QBMOVKt5kpYvZkurS1WZUIZgF2Uu3j1Tfewl+7CQpUR2dzI+10pkcNQ7iaHOriJGuQ/AhWYimBYfPu05AUrVWlDHJ+7DbhtJ5jpMO0/gHEr7SE5Bm/GQYUzazyD9u4S4jz0kBvN/GJMSHtoPFGvjKllOND1jGOqhUU2K7KT1V7nA6+sbl3LaZ4/h+Pjuqd1wMZegPEshnQCbuBOjjErllW+tZVbXcuXS7WA1MO202Eet+7ZQXphwd1RLc0CTLvJ47orCr7SrQmvK1x1ZYqDDorb+jxoBHdTyXVvZ0KlDfyccXFe3Iax2ezMrrSjs4E7UHUHrCNKYzUxrpa/J+xeYeTTwP78AB30m9tMte3sA2joLn9WgLY7OwigXudTLxXQYb+pVNVJyiE0NOz2LR4LqNcpwPcwzMYePUelbd6EDJ2HvZ/Stjpzgjgoxn13H/eJQeb3Qv9DTfD5X/S6zobDIb1fcwUHbeYs03hjW0hR35rNyp4fKcKNawOPIUXr+nToJnpgUnhFhkcjBQK+JkUIG8vPRorhoJkODkNS9r12g/atLHemeGBSeF05/O6kgLmpVdUAX8i2ePr8Jhp58D2J1gWVwN2k9qLUg03KttH2Mikugtva2W72




As illustrated above, PowerPoint allows users to do a multitude of things. PowerPoint is very easy to use and if more support is required there is a question mark (?) symbol in the top right hand corner of the page that takes the user to a page that explains how to use certain aspects of PowerPoint. Additionally, there are a vast range of materials both in written and video form that explains how to do specific things on PowerPoint. 


PowerPoints are usually used by teachers to convey information or by students to accompany oral presentations. Although these uses have their benefits, these methods are not using PowerPoint to its full potential. PowerPoint should be used by the students rather than the teacher to build up their digital literacy and support their creativity. Teachers should thus educate students on the use of PowerPoints by discussing the technical aspects, providing templates, and discussing document protection. Furthermore, teachers need to consider the technical ability of students and consider when and for what purpose PowerPoint should be used. Teachers should additionally support students to consider the audience and purpose of the PowerPoint before creating it. Moreover, teachers need to explore websites that allows students to upload their PowerPoints and embed it to other sites so that they can present their work to a wider audience. 

Below is a short quiz I created using PowerPoint for a year 11 Biology class:

Lines of Immune Defense Quiz

More presentations from Anna Griesel


Presentation software in the classroom


Presentation software is very versatile and can be used in a variety of ways across all curriculum areas to enhance the learning experiences of learners. Teachers need to allow students to create their own presentations using their own initiative and creativity (Investintech, 2015, para. 4).

Teachers can use presentation software to offer students interactive lessons that allow learners to complete work in a self-paced, self-controlled manner, thus creating individualised learning opportunities (Tomei & Balmert, 2000, p. 1). Additionally, teachers can utilise presentation software to offer specific, logical, sequential lessons to foster invidualised instruction (Tomei & Balmert, 2000, p. 1).  As presentation software allows the user to use different types of media, it may also support students to retain the content more effectively (Investintech, 2015, para. 3). PowerPoint may also be particularly useful for students who struggle with public speaking as it allows users to record a narration (Investintech, 2015, para. 4) thus eliminating the need to face an audience.

Presentation software will be a very useful tool to implement into my own teaching. Difficult biological concepts can easily be broken down into a simpler form and supported by a range of different media. Historical timelines can be presented by the use of virtual museums. Students can additionally use the virtual museum concept to create a virtual ecosystem or an interactive evolutionary timeline. 


So what can Presentation software support in the classroom?

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Example of using SAMR

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References

Alkash, K. A., & Al-Dersi, Z. E. (2013). Advantages of using PowerPoint presentation in EFL classroom & the status of its use in Sebha University. International Journal of English Language & Translation Studies, 1(1), 5. Retrieved from http://eltsjournal.org/pdf_files/Advantages%20of%20Using%20PowerPoint%20Presentation%20in%20EFL%20Classroom%20%26%20the%20Status%20of%20its%20Use%20in%20Sebha%20University-Full%20Paper.pdf

Investintech. (2015). Using PowerPoint in the classroom. Retrieved from http://www.investintech.com/content/powerpoint/

Rouse, M. (2011). Presentation software (presentation graphics). Retrieved from http://whatis.techtarget.com/definition/presentation-software-presentation-graphics

Starr, L. (2011). PowerPoint: Creating classroom presentations. Retrieved from http://www.educationworld.com/a_tech/tech/tech013.shtml

Tomei, L. A., & Balmert, M. (2000). Creating an interactive PowerPoint lesson for the classroom. Retrieved from http://thejournal.com/articles/2000/08/01/creating-an-interactive-powerpoint-lesson-for-the-classroom.aspx

Monday, 6 April 2015

Week 5: PowerPoint, Prezi, and Glogster reflection

PowerPoint

The presentation below was created for a Year 8 Biology class who were introduced to cells, their structures and functions. The animal and plant pictures on the top corners of the PowerPoint slides represent the cells to which these structures belong i.e. Chloroplasts = plant cells only (as with most things in Biology, there are some exceptions!). 

The PowerPoint that was created was simply used to convey information to students. Students received a handout on which they were required to highlight the key facts and then draw the relevant structures. Additionally, the whole class were required to label the diagrams on the PowerPoint and the teacher wrote the name of each structure on the board. Students were also provided with diagrams of each type of cell and were then required to label the structures.

PowerPoint however should be implemented not only as a tool for the teacher to convey information, but by the students to present and use their own creativity, ideas, and information from research. Furthermore, PowerPoints may also be used as an interactive tool for group activities.

Interactive PowerPoints

Below is a short quiz about the human immune system. It was created using PowerPoint for Year 11 Biology students. 


Prezi

The Prezi below was created to demonstrate the great diversity of Invertebrates.



Glogster

I experienced some difficulty embedding my creation from Glogster so I saved it as an image, and uploaded it from my desktop instead. The video however no longer works as a link. 



Thursday, 2 April 2015

Assessment 1: Embedded Reflection Task 3

Digital images

A digital image is simply an image taken or created by use of a digital camera, scanner, computer, iPad, smart phone and many other digital devices/programs (Fulton, 2010, para. 1). Digital images can be re-sized, manipulated, created, viewed, shared, and embedded using certain programs and tools. The following table outlines certain websites and what they can be used for in relation to digital images.

Actions

Websites/Programs



Upload, share, and view


Image manipulation
Re-sizing and basic editing
Image creation
Creating timelines with images/other media
Creating videos with images/other media
Other

Technical Aspects

As mentioned before, digital images can be created, manipulated and shared with an audience.

Manipulating and re-sizing an image:

Re-sized and manipulated
Resized and manipulated
Original photograph
The program used to manipulate and re-size the image is Microsoft Office Picture Manager which comes as a part of most Microsoft Office software packages. The screenshot below illustrates what the program looks like. Note: The red circles below show what tools can be used to manipulate and re-size the image.


This particular program is very easy to use and editing can be undone by holding down CTRL and z on the keyboard. Images that are being edited can also be saved under a different name so that original images remain unchanged. This is a very basic editing program; however there are a multitude of advanced programs such as Adobe Photoshop that can be used.

Teachers should educate students on the use of digital images by discussing copyright laws and technical aspects of the program being used. Teachers should additionally consider using the Smartcopying website to gain insight into what can and cannot be done. Moreover, teachers should consider what copyright laws and regulations specific websites have in place and how to abide by these before educating students on appropriate and legal use. 

To support the teacher to guide students through the technical aspects of a specific program there are a vast range of resources both online and written that teachers can source information from. The YouTube video below explains the basic editing of photographs using Microsoft Office Picture Manager:

5

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Digital images as an educational tool

Digital images can be used widely across all curriculum areas and in various ways to enhance the learning experience of students. Digital images can: engage students; reinforce materials; connect students; support students to have higher levels of digital and visual literacy; provoke interest and motivation; and add complexity to lessons (Sieber & Hatcher, 2012, para. 5). Additionally, digital images can:  support learners to grasp a concept; support creativity; support learners to link content with the image; support learners to see and connect with their learning; and support learners to link content to a real-life context (Stancampiano, 2013, para. 1 – 9).

My specialisation areas are Biology and History. Personally, I think that the teaching process and learning of students in these subject areas can be greatly supported and enhanced by use of digital images. I feel that you can teach a person about an object, describe how it looks but until they see it for themselves they won’t know what it truly looks like. They will only see the image they created in their minds from your description. 

For example: When you hear a voice without seeing the person, you imagine what the person might look like. How often are your ideas of the person’s appearance wrong?

So what can images support in the classroom?



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Students can utilise digital images as evidence for research projects, to complete historical timelines, for biological timelines and life cycles, as interactive diagrams, to create interactive videos and much more. By using images students can employ their own creativity and skills to create other forms of media and present assessments in a more visual way. Along with digital images, the use of other pedagogical frameworks and thinking routines are important. An example of a thinking routine can be viewed here.


Example of using SAMR

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References

Fulton, W. (2010). What is a digital image anyway? Retrieved from www.scantips.com/basics1b.html
Sieber, E., & Hatcher, S. (2012). Teaching with object and photographs. Supporting and enhancing your curriculum: A guide for teachers (2nd Edition). Retrieved from Indiana University website: http://www.indiana.edu/~mathers/Tops.pdf

Stancampiano, J. (2013). The Benefits of Visual Facilitation in the Classroom. Retrieved from http://www.trainingindustry.com/content-development/articles/the-benefits-of-visual-facilitation-in-the-classroom.aspx

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