Phenomena-based learning (PhenoBL) has been in the spotlight recently. First popularised due to Finland’s decision to revolutionise their curriculum in 2016, this buzzword is back on everyone’s lips again. This time, it’s in connection to the Next Generation Science Standards. We decided to demystify exactly what phenomenon-based learning is, and why it’s becoming increasingly popular.
Finland’s Phenomenal Institute says that in phenomena-based learning and teaching, “holistic real-world phenomena provide the starting point for learning. The phenomena are studied as complete entities, in their real context, and the information and skills related to them are studied by crossing the boundaries between subjects”.
In simpler words, PhenoBL is a method of understanding a phenomenon – an observable event – using various methods and perspectives, which may often overlap. PhenoBL takes a broad, multi-faceted look at events and occurrences happening in the real world, such as climate change, migration, or even the European Union. Looking at these subjects from a number of different angles helps the students to truly understand the workings of natural and societal events. We’ve created a quick shortlist of the all the features of PhenoBL to give you a quick overview of what it means in terms of teaching in the classroom:
Getting real:The real world is the bedrock of PhenoBL – providing a much-needed starting point that is repeated at every stage. Students and teachers choose to focus on a real-world phenomena: rain, space travel or perhaps something problematic, like soil erosion. Students study a phenomenon that interests them, and use scientific enquiry and problem-solving skills with the aim of understanding it and demystifying it.
Question and more questions:PhenoBL thrives on curiosity, and so students are encouraged to question what is around them. It’s not a revolutionary concept. Centuries ago, Socrates used a similar method of questioning to guide his students: in order to find the right answers, they had to know how to ask the right questions. PhenoBL echoes this approach, prioritisinghowoverwhyin order to inspire students to make observations.
Contextualise:Phenomenon-based learning builds tangible connections between curriculum theory and the real world, but it also serves to link the various, separate subjects that students learn in schools: the Egyptian pyramids display an acute knowledge of physics engineering, both of which require precise, complex calculations, and the study of fossils and sedimented craters – a perfect mix of geography and science – have helped scientists come to understand the Earth’s biodiversity millions of years ago.
Change in a teacher's role:PhenoBL recasts the teacher's role, changing them from a provider of knowledge to a guide that helps students find knowledge on their own. This might initially be a slightly uncomfortable proposition for both teachers and students – watching students struggle prompts many teachers to want to jump in with the answer. But stick with the altered lesson structure: the aim is still to achieve learning goals.
Other skills:The beauty of PhenoBL is that it also integrates the learning of important social skills, such as clear communication and the ability to function in a team. PhenoBL also encourages the use of other pedagogy models: project-based learning, integrated-learning and inquiry-based learning, to name just a couple.
So do we really need PhenoBL? Absolutely! In a world that is changing rapidly, PhenoBL lays the foundation for truly preparing the next generation to think and act like real-world scientists. PhenoBL allows students to own the learning process, transforming them from passive participants within education to active learners. What's more, PhenoBL goes a step further in addressing the STEM crisis by combining it with the creativity of the arts, giving the next generation a rounded, holistic education.
Interested? Watch out for our next blog, How to use phenomenon-based learning in the classroom!