Category Archives: Teaching & Pedagogy
Biorender.com is an incredible FREE tool for students and teachers. With a large library of icons and process diagrams, it is a quick, clean and attractive way to build infographics, diagrams and figures.
It has a huge selection of backgrounds and templates, form cells and processes to organisms and biotech. Templates include science journal, poster and more.
If you love knowing stuff, learning stuff, inquiry, imagery and Moana as much as I do, then you might like the latest post on my ideas blog: “Curriculum as a Compass?“.
As any teacher knows, “transfer” is notoriously difficult to truly teach, yet it is a part of the IB’s ATL skills framework as it is really important in empowering self-directed learning. Here’s a post on Webb’s DOK4 and how it might be used as a tool for teaching transfer of knowledge, skills and concepts. Also, DOK is a not wheel.
This post is to share some resources that are of great use for students and teachers, produced by the Learning Scientists (@AceThatTest) and Oliver Caviglioli. They are free to use and share* downloadable, printable, practical, evidence-based and great for DP students.
In IBBio there is a lot to learn. To learn it well – to understand, apply and make connections – takes effort and discipline. But it can be done efficiently, effectively and enjoyably. These six strategies might help you in planning your studies (or designing your course).
The Learning Scientists also have a useful podcast and YouTube Channel to explain the strategies. See this example on Dual Coding. If you want to read more, they have an open-access paper “Teaching the Science of Learning” in Cognitive Research: Principles & Implications.
What Does This Look Like In The Classroom? is a conversational and handy book for teachers wanting to put learning research into action in the classroom. It’s written in a Q&A style with an expert panel of respondents (including Dr. Yana Weinstein). Review of the book here.
Learning How To Learn is an enjoyable 4-week course on Coursera, from UC San Diego. It would benefit teachers and students alike, and explores how we learn, the traps we fall into and how to learn effectively. This is good free professional learning. If you want to pay and take the assessment, you will get a UCSD certificate.
Summer holidays are here!
Here are some suggestions for a productive summer.
With eight weeks off, there’s a lot you can do to make next year more successful.
1. Unbroken rest.
Block out at least two full weeks with no school work. Let your mind wander, your health recover and your sleep be deep. Reset your balance, get active and maybe even try something new – and non-academic. You will feel better and be better able to focus on the challenges of next year. If you try to do a little work each day, it will always be in the back of your mind, causing stress.
2. Focused Extended Essay work
The Extended Essay is supposed to take around 40 hours of effort. That’s one full Monday-Friday working week. Set aside some time, with peace and the resources you need, to write the best draft you can. If your EE is causing you stress, get it done sooner in the break – you will be better able to enjoy the rest of your vacation.
3. Review this year’s learning
Once you have rested and recovered, set aside a full day or two to focus on Biology. Go through your notes, work on vocabulary, make connections across topics, practice questions from the book, re-read the chapters or presentations, watch (or re-watch) the CrashCourse videos, use the sortable syllabus to practice the assessment statements, practice drawing, labeling and annotating. There is a strong positive impact of spaced practice on learning, so taking the time to review will help make your foundation stronger for next year.
4. Read about science for fun
Science is far more than the list of assessment statements we study in class. It is a fast-moving pursuit of knowledge that connects ideas from around the world and across the disciplines. And there is a lot written about science every week. Dip into the science news, read longer articles or pick up a science book. You’ll enjoy it and it will help you make more connections.
As you read science, think about the following questions:
- How does this connect to what I already know?
- What vocabulary is important in this text? How much is known or unknown to me?
- What are the implications of this information for science or the wider world?
- What Theory of Knowledge questions does this connect to? What questions does it raise?
Some suggestions for summer reading:
- National Geographic’s Phenomena salon, with blogs by Ed Yong, Virginia Hughes, Carl Zimmer, Nadia Drake and Brian Switek. These are all excellent writers, bringing research to life in informative, current, mid-length articles. Ed Yong even posts a weekly ‘missing links’ collection of loads of collected articles, news items and funny bits from around the internet.
- Dip into the #IBBio stream on Twitter once in a while – teachers are posting links, resources and articles there all the time.
- TED’s Science stream has stacks of great talks that connect to our course.
- You can also hear lots of useful podcasts: The Guardian Science Weekly, Naked Scientists, Science Magazine Podcast, RadioLab and lots more listed at PopSci.com.
- For some great books you might want to check out Adam Rutherford’s Creation, Rebecca Skloot’s brilliant The Immortal Life of Henrietta Lacks, Ben Goldacre’s Bad Science and Bad Pharma, Richard Dawkins’s Selfish Gene, or The Oxford Book of Modern Science Writing for a great compendium of lots of writers.
Have a great summer.
And keep that brain Fresh…
If you’re an IB Biology teacher here’s a challenge (or perhaps not):
- List and describe the four basic biological concepts that run through the discipline of Biology.
Got it? Here they are (highlight to see):
- Structure & Function
- Universality versus Diversity
- Equilibrium within Systems
They are on page 40 on the subject guide.
Teachers in MYP schools will be well aware of the concept-based nature of the Next Chapter as it arrives, but in reality it may already be here in our classes. How many times do we ask students how the knowledge we have gathered in a lesson or sequence connects to other knowledge, looking for commonalities and themes? This, in a simple way, is teaching for conceptual understanding*. We want students to be able to recognise concepts in new content – the universal nature of the genetic code and the diversity it facilitates; adaptations to maintain homeostasis (equilibrium) within living systems, the relationships we see between structure and function in all living systems and the process of evolution by natural selection that underpins them all.
I want to make it a personal goal this year to be more explicit in the learning of the big ideas of Biology: the concepts. We’ll start this week with a group task for students to try to connect these concepts to their latent understandings of Biology and we’ll build from there.
Some ideas for teaching the concepts in Biology:
- Jigsaw tasks for students in different groups as we review a unit: one group for each concept who need to explain how the content of the unit feeds into that one conceptual understanding.
- Connect-extend-challenge (a visible thinking routine**). As we build a body of biological knowledge students can reflect and review based on how this connects to each of the four concepts, how they might extend their understanding with deeper questions and what they have found challenging in the unit/ lesson.
- Concept walls: spaces in different parts of the classroom where students might pin their thoughts on the topic (or post post-its).
If you have more ideas for how to use the concepts of biology to strengthen students’ understanding, please share!
* ‘Teaching the Disciplines – Nurturing big Ideas for Deeper Understanding’ is an excellent document from the MYP section of the OCC. Read the section on the sciences.
**Harvard’s Project Zero has a fantastic set of thinking routines to make thinking visible. Try them out!
As we study science, a lot of our time and resources are devoted to implementing an engaging practical scheme of work. Are we really making the most educational use of this time, these resources and the opportunities that we have?
Teachers all over the world use experiments and demonstrations to engage students in the concept being taught. But does this actually improve student learning? Two recent videos have got me thinking about this issue, and before you read on you should watch them both.
The first is from UK science teacher & communicator Alom Shaha (@alomshaha), half the brains behind the sciencedemo.org website. The video was produced for the Nuffield Foundation’s new Practical Work for Learning resource. He refers to a number of research papers in the video, and is also one of the leaders of the #SciTeachJC (science teachers journal club) twitter discussion group.
Do you recognise those labs and how do you use them? Do the labs we do really help us teach the concepts we intend them to, and how can we rethink (or at least evaluate) our use of labs.
The second video is from US Chemistry teacher Tom Stelling (@ChemistTom), on his “vRant” about students asking to “blow something up” and the dangers of ‘wow’ demos as distraction rather than education.
Note: this post rambles a bit from here on. If you want to know more, please read on. Otherwise, all the good bits were in Alom & Tom’s videos.