Skip to main content

Keep coming back to DI

March 2020 I embedded myself into improving my teaching practice, using twitter, reading blogs and books, watching webinars, listening to podcasts etc. I quickly discovered Direct Instruction by Siegfried Engelmann, reading everything I could from blogs by Kris Boulton, Sam Hall and Naveen Rizvi to finding out about Project Follow Through and eventually reading the Theory of Instruction by Siegfried Engelmann himself. 

It was a tough read but fortunately there are some very clever teachers who were able to write blogs or make infographics to clear a few concepts up for me but Direct Instruction made perfect sense to me. I began to introduce choral response into my lessons, tried to be really clear and efficient with my explanations. I even changed the independent practice that students were doing so that out of 10 questions, only 2/3 of them were from the new content learned in the lesson with the rest being from previous learning. 

I have found it a really effective way of teaching and have seen all of my students succeed using this method of instruction. I haven't yet delved into full teaching scripts but I am using consistent language for parts of my lessons and for explanations so not to confuse students. I really like Engelmann's ideas of using examples and non examples to explain a concept. This has again made concepts much clearer for my students. The clear concise explanations meant that students were focussed on the key messages to learn for that lesson reducing cognitive load. 

After reading Engelmanns Theory of Instruction I widened my scope to learn about other ways of improving my practice. I can say that after all of this it has amazed me that all of the ideas about Cognitive Load, using examples and non examples, interleaving, spacing practice, Rosenshines principles were all being used by Engelmann way before any of these ideas were formally written about. The more I learn the more I can see that Direct Instruction is a super effective way of teaching. I know my students have greatly benefitted from it in my classes. 

Kris Boulton summarises this really well in the ResearchEd guide to explicit and direct instruction. "Direct instruction is entirely consistent with the recommendations of cognitive science. For example DI programmes carefully manage cognitive load at all times. they avoid split attention and redundant information. Minimally different concepts are separated out by weeks or months in the learning sequence. Heavy use is made of the retrieval spacing and interleaving effects. there is also frequent application of dual coding throughout the programs. In addition other successful instructional approaches are found at work in DI programs. for example they are expressly created according to principles of mastery curriculum design and the principles of variation theory. Direct instruction is perhaps the only comprehensive theory of instruction that tacitly weaves together everything we know about effective instructional design from cognitive load theory the new theory of disuse mastery design and variation theory." 

A limitation is that true Direct Instruction is using the scripts and workbooks that Engelmann has produced and refined over years of study. I do believe that we can take away lots of principles and rules to use within our teaching. Personally I have tried to ensure I use consistent, clear and concise language when explaining a concept. I make sure to include examples, non examples and boundary examples when explaining concepts. I fade my the work from completing being done by me, to doing it with the class to finally giving students independent practice, Doug Lemov calls this I, We, You teaching. 

Another negative I hear is that it creates robotic teaching. This really frustrates me. Have you ever watched a good film and thought 'these actors are like robots'? I didnt think so. Scripts are used to inform what is being said to ensure that nothing is missed in the explanation and also to formally assess students understanding. A great teacher can use the script and make it their own so that students are fully engaged in the lesson.

My sell to students is that the best way for you to learn is if I taught you 1 to 1. This can't happen in a class of 30 so using techniques such as choral response and mini whiteboards means I can hear and see answers from everyone. This creates an illusion of teaching you 1 to 1 which is the most effective way to learn. 

If you haven't already I would strongly urge you to look into Engelmanns Direct Instruction. A good starting point would be to look on NIFDI.com where there are sample lessons and regular webinars. Also purchase the ResearchEd guide to explicit and direct instruction. 

Popular posts from this blog

📝 Weekly Report #21

The trainee teacher in our department has started to teach my Year 10 group this week. It has taken me back to when I was training and the struggles that I had and the feedback my mentor would give me. One thing I didn't consider back then was how the class teacher feels who I was taking over from.  I know that as a trainee I was no where near being an amazing teacher but over time I have continually improved. So it has been a struggle for me to allow the trainee to teach my class thinking that there would be aspects that I know I could deliver much better. On the flip side of this it has been great to learn from him by watching him teach and being able to give small steps to improve for next time. The initial focus has been on general pedagogy, e.g. use of questioning, planning for misconceptions etc. It's made me reflect on my own teaching ensuring I don't just talk it, I walk the walk too! I've also enjoyed seeing the improvements he has been able to make lesson on l...

Equivalent Fractions with Ratio Tables

The following is a slide taken from NCETM Checkpoints. I was happy with the fraction pair on the right but the left stumped me! Then I had that 'aha' moment!  What I used to do I never used to teach equivalent fractions like the one on the left to my classes. I would just use arrows to multiply both numerator and denominator to find an equivalent fraction, very similar to the fractions on the right.  The issue with this though is, like me, students don't necessarily see all of the multiplicative relationships between the fractions as well as within the fraction. They are missing that key knowledge to support them answering the first pair of fractions.   What I do now Ratio tables allow students to see those multiplicative links. By doing this it makes questions like the checkpoints task much easier for students to do.  Disclaimer: this isn't the only way I teach equivalent fractions. I also show students how prime factors can also help us. There will be a future...

Ratio Tables: Why you need to use them?

Only 36% of students were able to answer the question on the right. Whereas 75% of students were able to correctly answer the problem on the left. (7) Why? What's the big difference?  Students are more likely to relate values between objects (left question) than within an object (right question). (7) A similar issue comes up in the questions below. 91% getting the bottom question correct, relating 11 people to 33 people. Whereas only 51% answered the top question correctly.  Students often struggle to see all of the multiplicative links between and within values. One of the misconceptions my own students had with the right 'L' question was that the answer was 45. They had added 13cm because 8 + 13 = 21 on the base of the 'L'. "Young children tend to see multiplication additively" Dietmar Kuchemann   DfE suggests teaching multiplication as repeated addition, with arrays, in Yr2. Yr3 scaling is introduced but after that isn't mentioned again. It is as...