With the ever-changing growth in technology and Computing, it is clear to see that schools need to move with the times. They must incorporate new skills into the curriculum, in order for students to thrive after school in the workplace. Technology is always evolving, and children require specific skills in order to evolve along with it, to reflect the rapid pace of innovation. However, one major factor often hinders this progress: the edtech needed in order to teach these skills is usually quite expensive, and not always accessible to every child.
When it comes to top classroom tech, 3D printing is continuously making headlines. Its place in the classroom is being cemented as the next generation learns to mould and manipulate the technology to feed their creativity, with applications across STEAM subjects and beyond. Historically, 3D printing has been out of reach for many smaller budgets, but rapid developments in the technology means that ‘plug and play’ 3D printers are more accessible and affordable than ever, with desktop models available for as little as a couple of hundred pounds.
With many schools across the country on the lookout for cost-effective opportunities to increase children’s understanding of how to be energy efficient, Smart Energy GB, the voice of Britain’s smart meter rollout, has come up with a solution.
All schools are stretched. We know this, but as a brand-new school with only 120 students, our budget is extremely tight - especially when we factor in recruiting experienced staff. At Aureus School in Didcot, through STEAM (Science, Technology, Engineering, Arts and Maths) specialism we are not only trying to teach our students how to be more creative. We, as staff, must do this as well in trying to make the budget work.
If you’re looking for an inspirational and educational school trip, you might not know that vertical wind tunnels provide the perfect opportunity to engage your class in STEM topics with a thrilling, hands-on learning experience!
Pulling apart education and trying to fix it can be a totally overwhelming thought. Teachers are already notoriously thinly-stretched, and getting students the results they need to succeed later in life at university and in the workplace can seem like the only thing to focus on. However, if we take a moment to breathe and think if there are better ways of doing things, we might just come across ideas that could help students to succeed later in life and may in fact help their grades along the way.
Although the new Computing curriculum was transformed to become more relevant to 21st century students, learning to code and create on the web is still generally perceived as being ‘difficult’ and ‘dull’. It’s considered to be more appealing to students who are better at Maths and Science, and not those with an interest in languages and the arts.
When you think of a classroom, what springs to mind? More than likely, a room filled with rows or clusters of tables and chairs facing a desk at the front with a whiteboard. Little has changed since the early 1900s, despite the evolution in technology and amount of resources. So why, then, are we so surprised when children become disengaged or demotivated to learn? It has been proven time and time again that pupils learn better when they can directly interact with resources and experience things first-hand. The likelihood of pupils enjoying their school time - as well as gaining and retaining valuable knowledge - significantly increases when they are allowed to lead themselves to the solutions.