Saturday, September 21, 2013

Unit 2: Jamie McKenzie’s Grazing the Net

Unfortunately, Jamie McKenzie’s future is not here, although progress is being made. Still too often teachers maintain the ‘smokestack school’ mentality, especially in districts where high stakes testing encourage teachers to ‘teach to the test’ and learning success is measured by the mark received on a test that requires regurgitation of predetermine knowledge.

For many teachers whose students face common assessments / CRTs, the thought of allowing students to puzzle their way through piles of information – sorting, sifting, weighing, and arranging time until a picture emerges – is a frightening one. The question almost inevitably arises, “Is this the best way to make use of the time I have to prepare my students for the common assessments?”

And why wouldn’t teachers feel this way? Late each September, principles meet with school board officials to discuss in-depth the latest round of common assessment results. By mid-October each school has a ‘data day’ in which the ‘success and failures’ of the students on the common assessment are discussed. Here, it is poignantly pointed out where your class ranks in comparison to previous years, as well as in comparison to the province and the district. There are pressures that are placed on teachers to maintain the status quo. It is hard not to given in to the pressure to be a ‘smokestack teacher’.

There are also issues with the curriculum itself.  In Newfoundland and Labrador schools, we are still very far away from Jamie McKenzie’s ideas. Many of our objectives are very narrow in scope and are stated in a way that makes it too easy for teachers to use approaches that are more objective in nature. For example, the grade 6 Health program was developed over 20 years ago. Since then there has been tremendous change in technology and in pedagogical approaches, however the curriculum has not kept up with this change.

On a related side note, one thing that I have always found interesting about the curriculum objectives are that they are written from / for a teacher’s perspective. It would make better sense to me if they were written from / for a student’s perspective, using language that a student would understand and relate to. But then again, maybe it is intentional that this interpretation is left to the teacher so that they can design lessons based on the curricular objective based on the dynamics of each class. Using McKenzie’s ideas, it might be worth a try to allow students to try to interpret each objective and develop questions relating to it to explore. Through exploration of the questions they generated and additional questions that would/may arise during the exploration students would gain a greater understanding of the curricular objective. Once students have finished their exploration they can them evaluate the answers they have found by asking questions to validate their findings.

Quoting Hyman (1980), McKenzie pointed out for every 38 teacher questions in a typical classroom there is but one student question. I feel that although teachers have become much better at asking higher level questions (analysis, synthesis, and evaluation), we still have a long way to go in creating an environment where the majority of questions of any kind are student generated and led.

I agree with many of Jamie McKenzie’s ideas. However, I had to chuckle at his reference to ‘eductainment’ since I see this use quite often and have used it myself from time to time. McKenzie’s suggestions of having intense student questioning before, during and after using the Internet helps students frame their purpose, refine their purpose, and evaluate the findings and the process. By allowing students to take greater control over the questioning the teacher is transferring to the students the power to control the direction of their learning. This type of empowerment can not only affect the students’ learning in class for a particular topic, but also can be transferred to the students’ entire life.

As a teacher I have been trying to redefine my approach to educating students by integrating technology into the learning environment. One approach that has been successful in doing this effectively is constructivism. McKenzie’s approach has a lot of constructivist underpinnings. Some of these include encouraging and accepting student autonomy and initiative; using raw data and primary sources, along with manipulative, interactive, and physical materials; and allowing students responses to drive lessons, shift instructional strategies, and alter content.

McKenzie lists a large number of skills that will aid in successful Internet utilization by students. When reading this list one will have to keep in mind McKenzie’s love of metaphors and analogies. Again, it is easy to see how these skills fit a constructivist approach. These skills include:
Framing essential questions
Identifying subsidiary questions
Planning a cyberspace voyage
Learning on the run
Changing course
Exploiting serendipity
Asking for help
Asking for directions
Screening and compacting garbage
Sorting data
Analyzing data
Navigating in the dark
Navigating in the mud
Scanning from the crow's nest
Building and testing models
Creating fresh answers and insight (synthesis)

McKenzie is quite right in his list of reasons why sometimes our use of the Internet does not lead us to the ‘fruits of our labor’. This happens quite often due to the use of flawed search strategies, biased databases, overloaded databases, or use of the wrong database. We have all experienced sites that have flawed or incorrect information; unfortunately many students do not recognize these sites for what they are and are therefore misinformed. As McKenzie points out, if we do not equip our students with the reasoning and exploration skills required to cope with Info-Glut and Info-Tactics, then our students could find themselves in Info-Hell instead of Info-Heaven.


Unit 2: David Thornburg

I believe David Thornburg’s comments are very accurate about students and the Internet today. The more students use the Internet the greater the need to teach them strategies to make meaning out of the activities and information they partake in. 

It’s like when your dad let you drive for the first time in a large parking lot or field. He basically taught you the technical aspects of using the vehicle – how to put the vehicle in gear, how to use the gas and brake, and how to steer. However, the more you use the vehicle in more complex situations, like driving in a town, the greater the need for knowledge and strategies to deal with these situations. Just because someone can put a vehicle in gear, use the gas and brake, and steer, doesn’t mean you should put then on the 401 or downtown Montreal. 

The same is true for students and the Internet. The greater their use and complexity of use of the Internet, the greater the need for teachers to provide them with the strategies they need to navigate through the information and activities they are participating in.

David Thornburg is considered one of the 'big thinkers' in education. Below is a short video clip highlighting some of his ideas on education and the Internet.




Sunday, September 15, 2013

Unit 1: E-Portfolios

The following are two summaries, one of an article and the other a video, that discuss the topic of e-portfolios.

Are electronic portfolios a good idea for teacher education?

Wetzel and Strudler ask an interesting question, “Are electronic portfolios a good idea for teacher education?” Portfolios themselves have become common practice, and as the authors point out 89% of schools, colleges and departments of education already use portfolios for some type of assessment. However, e-portfolios are relatively new so questions about its use are bound to arise.

The article points out two main uses for portfolios. Portfolios are a documentation of a students learning progress which includes artifacts, work samples and reflections of the learning journey. Many portfolios take a constructivist approach with students themselves choosing what to place in their portfolios. However, in some programs standardized directions are given for artifact selection and organization. These portfolios are constructed with the intentions of outside readers in mind and are used for accreditation. Some argue that portfolio creations should be for either student reflection OR for assessment and if one portfolio is to serve two purposes, neither will be done well.

Wetzel and Strudler found benefits to using e-portfolios to include:
* increased opportunities to reflect
* better access to and organization of professional documents
* increased technology skills
* better understanding of teaching standards
* better faculty access for assessing student work
* increased faculty communication with students
* improved tracking of student performance for purposes of accreditation
* improved tracking of student performance for purposes of improvement

Disadvantages of e-portfolios identified by Wetzel and Strudler include:
          * issues pertaining to program implementation
          * issues pertaining to access to and reliability of the technology
          * issues of time and effort expended
          * lack of compatibility with faculty members’ beliefs, values, and needs

Wetzel and Strudler wrote this report 5 years ago. Since then, access to and reliability of technology as greatly increased. Also, as e-portfolios are used more frequently by an institution the ‘kinks’ to program implementation are ‘ironed out’. As well, as faculty members become more accustomed to technology in their everyday world this might cause the compatibility issues with faculty member’s beliefs, values, and needs to lessen. Although the authors do not come out and answer the question “Are electronic portfolios a good idea for teacher education?” the evidence is clear that the benefits outweigh the disadvantages associated with electronic portfolios.


E-portfolios for starters

The short YouTube video “E-portfolios for starters” list four main reasons why to use e-portfolios. Although it is aimed at student teachers, these reasons apply to many other individuals as well.

The four main reasons to use e-portfolios are:
          * to help keep track of work, work samples, and artifacts
          * to increase the ease of sharing information and collaboration with others
          * to showcase activities and achievements
          * to store personal reflections




Davr055 (2008). e-portfolios for starters, YouTube. Retrieved from http://www.youtube.com/watch?feature=player_embedded&v=6B3tujXlbdk


Wetzel, K. & Strudler, N. (2008). Are Electronic Portfolios a Good Idea for Teacher Education?. In K. McFerrin et al. (Eds.), Proceedings of Society for Information Technology & Teacher Education International Conference 2008 (pp. 181-186). Chesapeake, VA: AACE.







Unit 1: Theories of Learning and Multiple Intelligences


I believe that Tapscott’s statement “Growing up is about learning. The Net Generation are beginning to process information and learn differently than the boomers …. The destination is different and so is the route the kids must take” (Tapscott, 1996) is very true. However, I believe that this was also true for every generation, although it is truer for the Net Generation than those previous.

As a teacher, I am prepared to assist my students on achieving a ‘different route’. Personally, I feel that the current curricular objectives are too restrictive and narrow and that high stakes testing has taken the teaching of these objectives to the extreme. Students have a multitude of different ways in which they learn, things that they are good at, and things they are interested in. Due to time constraints and mandated directives I am hoping to use technology to provide students with different ways to learn, to capitalize on their multiple intelligence and learning styles, and to provide them with greater opportunities to partake in learning activities of things they are interested in.

One way that I am trying to change to achieve this goal is to engage students in a more collaborative role in the teaching / learning process. For example, depending on the topic being covered I will allow students to use technology to find additional information and then share this with the class. In effective, I am trying to stop being the ‘fountain of knowledge’ and allow students to use technology to discovery knowledge on their own. I am trying to change my teaching style to one of facilitator rather than teacher.

Another way that I am trying to collaborate with my students in designing lessons is to encourage them to find resources that would aid in concept learning. For example, I often use a YouTube video as part of my lesson to demonstrate a concept. Before the next class students will bring me their suggestions of videos to use as a refresher of the concept with other students.

Technology has changed the way I teach. More and more I find myself taking a constructivist approach. My students and I use technology more than any other means to instruct, learn, and assess. Every day my students and I access Moodle and Google Apps for Education (Drive, gmail, YouTube, Blogger, etc.). We also have an online subscription to Raz Kids and IXL Math.

Education is all about the students. We must do what’s right by them. I must do right by them. As I have already pointed out, one of the ways that I am trying to do this is by becoming an educational leader in the integration of technology in my school. As Afshari, Bakar, Luan, Samah, & Fooi (2008) point out “educational leaders must understand, promote and implement the notion that technology integration is not about the technology; it is about focusing on the future generations and leading teachers to a change in pedagogy”. Many teachers like to say “It’s all about the students”, but how many who ‘talk the talk’ are actually ‘walking the walk’.

Tapscott (1998) highlights eight shifts of interactive learning that would aid teachers greatly in becoming technology innovators. These shifts that are a significant change away from current practice in many schools are:
1.    From linear to hypermedia learning
2.    From instruction to construction and discovery
3.    From teacher-centered to learner-centered education
4.    From absorbing material to learning how to navigate and how to learn
5.    From school to lifelong learning
6.    From one-size-fits-all to customized learning
7.    From learning as torture to learning as fun
8.    From the teacher as transmitter to the teacher as facilitator

Lehmann (2009) points out, certain technologies are transformative. I am hoping to use the transformative tools of technology and used them to empower students. If education is ‘all about the students’ then our pedagogical approaches must change to reflect this.

Afshari, M., Bakar, K. A., Luan, W. S., Samah, B. A., and Fooi, F. S. (2008). School leadership and information communication technology, The Turkish Online Journal of Educational Technology, 7(4), 82-91.

Lehmann, C. (2009). Shifting ground. Principal Leadership, 10(4), 18-21.


Tapscott, D. (1998). Growing up digital, The rise of the net generation.

Unit 1: Thinking About MI in the Classroom - A Lesson Plan

A Lesson on Classifying Living Organisms

Objectives:
(206-1) Classify living things in the local habitat and create a chart or diagram that shows the method of classifying.

Materials:
·        Recording material (ie. paper, pencil, camera, smartphone) during outing.
·        Recording material on which to create a chart or diagram (ie. computer software, paper and pencil, Bristol board) after outing.

Introduction:
This learning activity takes place in 3 separate parts.

Step 1: Students and teacher go to a local habitat. Once there in small groups students locate as many different living things as possible. Students can use a camera, smartphone, paper and pencil, etc., or any combination of these to record the living things they are able to find.

Step 2: In small groups, back in the classroom, students assemble their collection of living things. They are then asked to sort these living things into different groups based on similar characteristics. During the activity probing questions are asked by the teacher such as what characteristic does each group of living things based and are there organisms that can fit in more than one group. When students are finished classifying and sorting they are asked if they can find different ways in which they could have sorted their organisms.

Step 3: Once students have decided on a classification scheme they then create a chart or diagram that illustrates their method of classification. Students can use their choice of presentation method including software (ie. Kidspiration), Bristol board, chart paper, etc. Students may use pictures and/or words in their charts / diagrams.


During the completion of this activity several multiple intelligences will be engaged. These include linguistic, logical, interpersonal, visual/special, and naturalistic.

Unit 1 Discussion Activity

First of all I will apologize for not being able to find the short Multiple Intelligences Self-Inventory on the ThirteenEdOnline site. However I did complete a similar inventory on the BGfl Multiple Intelligence website at http://www.bgfl.org/custom/resources_ftp/client_ftp/ks3/ict/multiple_int/questions/questions.cfm

When I completed the Online MI test for myself I discovered my intelligence strengths to be logical, linguistic, intrapersonal, and visual/spatial … and by far my greatest area of weakness to be musical.

I am not really surprised at the result … and I guess that I shouldn’t be since I scored relatively high in the area of intrapersonal which focuses a lot on self-awareness. I will admit though that I was a little surprised that verbal/linguistics intelligence was almost as strong as my mathematical/logical intelligence.

If I completed the same assessment on each of my students I think I would find more than a few surprises. Why? The mandated curriculum is laid out in a way that favors verbal/linguistics, with mathematical/logical coming in second. With such a heavy curriculum emphasis on this area we tend to over focus on these types of intelligence. Yes, I could pick out the students who are good drawers, however NOT being a good drawer does not preclude your from having high visual/special intelligence. Also, we normally only get to see students in only the school environment where the focus is on academics. There may be students who are very naturalist (nature smart), however the opportunity may not arise in the school environment to allow a student to demonstrate this type of intelligence meaningfully.

My understanding of multiple intelligence has influenced my choice of teaching and technology in many ways. As I have said already, our curriculums are very linguistically centered. I have found that by capitalizing on other areas of intelligence students can more easily and enjoyably achieve linguistically based outcomes. For example, I saw a big improvement in students’ motivation and writing skills when I started having them complete a writing process piece using Google Drive. Each student completed their own piece of writing but helped others revise and edit their work through the ‘share’ collaboration feature (ie. pairing word smart with people smart). A big success story for one student this past year was with Moodle and Science. The student, who was highly visual, would nearly always include a graphic from the Internet that related to the topic we were studying with her Moodle forum postings (ie. pairing word smart, visual smart, people smart). She frequently said to me throughout the year, “I usually don’t do so well for Science, but this year I feel like I’m learning a lot.” For her, when she paired Science concepts and activities with a visual representation she was much more likely to achieve the intended learning outcome.



Unit 1: Multiple Intelligence Individual Activity

The theory of human intelligence was developed by psychologist Howard Gardner. Original he suggested seven ways that people have of perceiving and understanding the world, however in 1999 he modified his list and increased the number of ‘intelligence’ to nine. These are:
1.     Verbal-linguistic intelligence
2.     Mathematical-logical intelligence
3.     Musical intelligence
4.     Visual-spatial intelligence
5.     Body-kinesthetic intelligence
6.     Interpersonal intelligence
7.     Intrapersonal intelligence
8.     Naturalist intelligence
9.     Existential intelligence

There are a number of assessment tools available to help identify ones intellectual strengths. Two such tools are:



When I completed the Online MI test for myself I discovered my strengths to be logical, linguistic, interpersonal, and visual/spatial (see diagram below). It shows that my strengths are my verbal skills, my ability conceptually and logically, my visualize, and my self-awareness. A lesson that is designed to capitalize on my strengths is much more likely to be successful. However, if a lesson’s designed focus on using strategies that are not my strength, such as Music Smart, then I will have greater difficult in achieving the intended learning outcome.

Figure 1: Terence Ball’s Multiple Intelligence Assessment Results

Although it is best that a teacher teach to the learner’s strengths the student’s weakness should not be forgotten. There will be times in which the learning outcome is not able to be taught in a way to capitalize on a student’s strengths. Students will benefit from improvements in any of their multiple intelligences. One of the best ways to improve on a student’s weakness is to match that weakness with a student’s strength so that it would be easier to learn. For example, my Music Smarts is by far my greatest weakness. A teacher that could design music lessons that capitalize on my visual and logical thinking strengths would greatly improve the likelihood I will learning a musical concept.