It has been a long-standing commentary that resides with teachers around the country, that technology education suffers at the hands of science and mathematics. I have heard many jokes since I began my teaching career in 1997, as a student aged 18. Isn’t it sad, that twenty years later, we are no further forwards? Most would probably argue that we have actually slipped backwards, and there is sufficient evidence to suggest that they may be correct. We know that STEM (Science, Technology, Engineering and Maths) education is an international priority. Humanity is seeking to explore its potential through new, exciting and emerging technologies, yet it is more often than not, that the ‘T’ and the ‘E’ is missed out from STEM. Much of the focus sits on science and with initiatives such as the Scottish Attainment Challenge; it now also sits with Maths.
If you teach Technology Education and you’re reading this, my next statement will resonate deeply with you. The majority of people outwith our subject discipline do not understand what we do. There are many misconceptions that we simply chop up bits of wood, play with metal, draw pretty pictures and use computers to generate portfolios. They are, of course, correct in many respects, but this perception is superficial and does not penetrate the domain level knowledge that we transfer through multi and interdisciplinary learning experiences, nor does it fully interrogate the range of skills that permeate everything that we do.
Over the last 12 months, I have seen many instances where STEM has not been presented accurately. If the people mean science, why not just call it so? The attractive, political advantage of referring to STEM sounds grand, but it does not fool me. It should not fool you, either. Much of the education system (including the constituent parts within Government) need to get their act together. If I had my way, I would refer to it as TEMS, where Technology and Engineering becomes priority and Science takes a back seat for once. Or at least, there is real parity between them. It is even more frustrating when I go around the country; to see that primary teaching colleagues (I am careful here – not all are included in this category for many are excellent!) tell me that their Technologies curriculum is based on making a Powerpoint and using a digital device. That is not acceptable. Something is broken and all aspects of the education system need to consider fair and equitable representation of the national curriculum. We are, I suggest, doing our kids an injustice.
These issues are also apparent internationally. A valued colleague recently attended a presentation by Dr Mark Sanders of Virginia Tech, who was discussing a history of Technology Education in the United States. Mark is a proponent of Integrative STEM Education where the ‘T’ and ‘E’ form the central contexts for learning, in which pupils purposefully learn about relevant science and maths. Whilst my colleague found this interesting (taking his notes) one statement stuck with him, which he later shared with my students. Mark said that technology education in the US suffered from a serious lack of ability in effective PR. He went on to cite the Maker Movement as something that is attracting far more attention, federal funding and support. It is being spoken about as a new frontier, combining learning and making things is the new way forward. Since then, I have been far more aware of this type of discourse. In an article, read on the train on the way to campus, I read about the introduction of a maker space into the classroom and the piece began by effectively asking the following question (this next bit is paraphrased): ‘Can you imagine the possibilities we could get by combining DIY [Do It Yourself] with education?!!’. Another LinkinED in post said that STEM offered fantastic learning potential for pupils to actually make things.
Interestingly, some schools around the world have now adopted this title for their workshops and studios, for example the Makerspace in Robert Thirsk High School, Calgary. Check out the text below from their website. Sound familiar?
“Keith Christensen, CTS Learning Leader, and Scott Blenkhorne, Technology Learning Leader, have been working hard to create an inviting active learning space with an amazing variety of tools and equipment. Highlights include a plotter printer, 3D printer, laser cutter, vinyl cutter, a sewing machine, robotic kits, Arduino microcontrollers, and Raspberry Pi kits.”
I have discussed this at length with some of you and we believe that people are blissfully unaware of the fact that this already happens in schools. Politicians cite the importance of meeting the future skills required for emerging industries, yet our national courses are often omitted from further and higher education entry requirements and in some instances, completely misrepresented. It would seem then, that Dr Sanders is correct and that the growing PR crisis around our subject area also exists here in Scotland.
To conclude, I want to leave you with a few questions for your reflection.
- Do you agree with my concerns?
- Why is the maker movement receiving such attention, funding and support while Technology Education does not?
- When the subjects/national qualifications were re-developed as part of Curriculum for Excellence, did we do this correctly?
- What is problematic about the advertising slogan: ‘Design and Technology: The Maker Subject?’ What branding do you think we need to apply to our discipline? Do we need a brand?
- How can we address this PR crisis? What actions need to be taken and by whom?
Thanks to my colleague, Dr Morrison-Love [University of Glasgow] for the usual, inspiring pep talk over coffee, that resulted in this post!