One of my greatest frustrations as a facilitator is meeting teachers who respond to teaching methods that integrate ICTs by saying:
“That’s all well and good… but it’s easier for you… in your subject area … with your access … with the kind of students you teach … etc … yadda yadda yadda … blah blah blah”
It’s my firmest belief that these teaching methods do not subscribe to the “buts” rather allow teachers to address the needs of all students across all curriculum areas. I have always tried to provide teachers with examples of how digital pedagogy can enhance their own classroom, but at times you hit a brick wall when it comes to the necessary motivation, inclination, imagination to change. In my experience, many teachers need to be shown the digital pedagogy in use, and be provided with evidence that students outcomes are enhanced.
I am in the fortunate position of having two very disparate teaching backgrounds from which to draw the above evidence. It has been a long time coming, but next term I have been given the opportunity to teach our Year 8 Extension Maths class, so I will finally be able to provide Maths teachers with some examples of how digital pedagogy can fit within the Mathematics classroom.
As mentioned, on of my biggest frustrations is the “That’s all well and good” mindset and that frustration was enhanced by those Maths teachers who adopted the “Sure that works for you in English, but you don’t understand how Maths works, and it just doesn’t fit into our teaching area…” Well, I did understand Maths, and I could see how it fit into the subject area, but didn’t have the concrete examples to provide, as I was loaded with a full English timetable.
Well now I’ve got the chance. Term Four baby! Yeah! Here’s what I plan:
Context:
The class I will be teaching is a trial of a 1-1 laptop programme, and they are high ability Maths students. Each student has their own Macbook that they will bring to class. Because of the lack of knowledge of digital pedagogy principles at my school, this technology has primarily been used as a publishing tool for the past three terms… these students have rarely used the technology to access connected learning environments, or web 2.0 technologies to enhance their learning.
Unit: The Geodesic Dome (Geometry)
Summary: This unit will explore traditional concepts of Geometry (Area, Volume, Scale, Dimension, Diagrams, Sketches, Plans) and give them real life applications (Building a Geodesic Dome, Creating a floor plan, building a 3D model). It also aims at drawing students’ attention to the learning process and what it means to think mathematically and build mathematical knowledge. This will be done through the use of a variety of digital pedagogy tools that will connect the learners with other learners and expose the learning process (Blogs, Wikis, Discussion Forums).
Learning Experiences/Activities:
Some general ideas:
Reference Wiki: The start of this unit is quite content heavy… so I thought I’d allow students to place their learnings in a wiki for reference later in the unit. Due to the nature of these students, I want to give them complete ownership of this tool, and only intervene with constructive feedback as it gets compiled. Focus here will be on how reference material is remembered and retained by the learner. Students, as authors, will get a chance to explore how we learn mathematically as they create a tool that supports the range of learners in their class.
Weekly Blog: One of the major tools we’ll use in this unit is a weekly reflective Blog. Because of the practical nature of many of the activities, this will be perfect for them to reflect upon their experiences and share in the experiences of others. As with the wiki above, I want these students to become comfortable in talking about the learning experiences and sharing thoughts, creations, successes, failures, difficulties, processes, teamwork, collaboration, etc.
Google Sketch-Up: The whole second half of the unit will involve students utilizing Google Sketch-up to create floor plans for their own house design, which will then lead to an entire 3D model of the dwelling. This will capitalise on the theory from the first half of the unit and place it in a real life context. It will also give the unit an end point; something that they have produced, something that they own. By the end of this unit, you will have produced a 3D model of your ideal house… drawn to scale… how cool is that!
Discussion Board: I’m going to use this tool in the form of a help forum as the class starts to use Google Sketch-Up for their design task. I’m no expert in the software, so I want them to become independent users of it, supporting each other and sharing knowledge. If they rely on my limited knowledge then what they produce will be limited to that. I intend to spend considerable time discussing how to access support to discover how to make the software work for them…
So there’s my ideas… what do you reckon? … I’m off now to write a unit plan, and shape them all into a cohesive unit of work…
I’m looking forward to seeing the dramatic affect digital pedagogy has in my mathematics classroom… will keep you all posted…