As you may recall, I wrote an article on September 25 titled ‘Oh SMART Board, where art thou? Part 1’ In the article, I discussed my experience with SMART Boards and an elementary and middle school level, and wanted to determine how SMART Boards were used in a post-secondary setting. However, I was not able to find one before writing the first entry. In this entry, I will recount my quest to find a SMART Board.
Oh SMART Board, where art thou? This question has been on my mind for the last several months and has driven me to explore more of Waterloo campus than most curious first year students. I don’t consider myself a detective by any means, but as I searched high and low for SMART Boards I couldn’t help but visualize myself akin to Sherlock Holmes, deerstalker perched on my head and pipe in hand. The purpose of my search was simple: to understand how interactive boards can be used in a post-secondary setting. However, the rarity of SMART Boards on campus made this question quite the challenge to answer.
After writing my first blog entry, I was informed of and was able to locate two SMART Boards on campus. One was located in a basement classroom in the east wing of Renison University College (REN), and the other was located in a conference room in Engineering Building 5 (E5). I cannot begin to describe how jubilant I was when I finally laid eyes on these beautiful pieces of technological ingenuity. Both boards were a newer model than what I was accustomed to, with an upgraded projector layout and reduction in the number of physical devices needed to interact with the board. The board in REN was situated at the front of a medium sized classroom that could accommodate ~60 students, while the board in E5 was placed more in the corner of a conference room that could hold ~30 students. What interested me was the fact that, of the two SMART Boards I located, both were being used in very different settings.
Unfortunately, I was never able to sit in on a lecture or sneak into a conference where a SMART Board was being used. However, I was able to question various staff and faculty about their thoughts towards the boards. One professor in REN (whom I have since lost the name of) highlighted that the SMART Board software made it easy to interact with slides, make notes throughout a lecture, along with save and distribute these notes after class ended. She also mentioned that students enjoyed using the SMART Board for their presentations in class. I heard similar feedback from several staff members, who noted that the board made lectures more engaging for students. When I asked about the learning curve for the board software, the professor said the basics of the software for the board were relatively easy to pick up. However, she also admitted that she hasn’t been able to explore many of the software features of the board. I expected to hear this when talking with staff, recalling from my own experience that the learning curve was relatively easy, but also had a high ceiling.
So there you have it. I was able to locate two SMART Boards, and received some feedback regarding their use in a postsecondary setting. Some could say the mystery has been solved, the case abruptly closed. Yet, I argue the contrary. In all my searching, only two SMART Boards were uncovered; less than what most elementary and high schools have. If these boards have been deemed beneficial towards interactive teaching by school boards, as shown in some research, why are they passed off in a post-secondary setting? What makes a post-secondary setting so different that SMART Boards are deemed non-beneficial to student learning? I could see the argument of class size brought forward, but I would simply rebut with possible use for tutorial or labs. Others could argue that these boards are just entertainment tools, but I would rebut that with effective training these boards could be used highly effectively.
To end this blog post, I would like to pose a question that has been on my mind throughout this quest. If SMART Boards, or any interactive whiteboards for that matter, are deemed beneficial in high school, are we doing current and incoming post-secondary students a disservice by not including them as part of our educational pedagogy? I hope the University of Waterloo, an educational institute who prides itself on innovation, looks further into whether SMART Boards hold benefit for our classrooms of tomorrow. Until then, I will continue my search, trying to unravel this tangled mystery. Oh SMART Board, where art thou?
I would like to thank Kyle Scholz and Gordon Stubley for their tips on SMART Board locations.
References: Armstrong, V., Barnes, S., Sutherland, R., Curran, S., Mills, S., & Thompson, I. (2005). Collaborative research methodology for investigating teaching and learning: the use of interactive whiteboard technology. Educational Review, 57(4), 457-469.
Beeland, W.D. (2002). Student engagement, visual learning and technology: can interactive whiteboards help? Action Research Exchange, 1 (1). Retrieved from: http://downloads01.smarttech.com/media/research/international_research/usa/beeland_am.pdf
Glover, D., Miller, D., Averis, D., & Door, V. (2007). The evolution of an effective pedagogy for teachers using the interactive whiteboard in mathematics and modern languages: An empirical analysis from the secondary sector. Learning, Media & Technology, 32(1), 5–20.