Chlorine is Green, Zoos Have Life and Kings are Killed: Using Etymology in Science

It started with a happy accident. I had finished a lesson with my Year 8s and, surprisingly, we had powered through the material with 15 minutes to spare. My plan for the next lesson was to introduce Fertilisers and Pesticides by looking at the etymology of the words. I thought, "Why not? Let’s lean into… Continue reading Chlorine is Green, Zoos Have Life and Kings are Killed: Using Etymology in Science

Usefully Incorrect: John Dalton and the Power of a Good Model

John Dalton, known as the father of Atomic Theory, transformed ancient ideas into a foundational understanding of matter through his revolutionary model of the atom. His work laid essential principles for modern chemistry, emphasizing that science evolves by building on previous knowledge, even if initial theories are later proven inaccurate.

The Attainment/Mixed Setting Paradox: Why Is Popular Practice So Unpopular in Research?

The longstanding debate on student grouping has seen a shift in my department from mixed-attainment to attainment setting. While research suggests minimal impact, our approach emphasises tailored instruction and high student mobility. This method aims to meet diverse student needs, ensuring engagement and challenging all learners, despite controversies in available research.

Less Managing, More Teaching: The Case for Whole School Routines

By centralising routines, schools reduce the stressful cognitive load on pupils and teachers, fostering a consistent, team-oriented environment where everyone can focus on actual learning.

The Importance of Subject Knowledge: What Teaching Electrolysis Taught Me

Why is deep subject knowledge so critical for effective teaching? My 'electrolysis moment' taught me it’s the foundation of all pedagogy. This post explores why teacher CPD must focus on building this expertise, moving beyond generic strategies to truly improve student learning and teacher confidence.

Toxic Legacies: Mercury, Minamata, and Karen Wetterhahn

Laboratory safety is essential for aspiring scientists, yet often neglected due to complacency and external pressures. The tragic case of Professor Karen Wetterhahn, who died from mercury exposure despite following safety protocols, underscores the importance of vigilance and continuous education. Lessons from past incidents like Minamata Disease emphasise the need for strict safety standards.

More Testing ≠ The Testing Effect: What is the Testing Effect?

The Testing Effect enhances long-term retention through retrieval practice, not frequent testing. Completing more tests doesn't mean you'll get the testing effect.

The Purpose of Education – Why Didn’t I Learn This in School?

Education should prepare young people for life, not just work. It’s about building knowledge, understanding society, and giving everyone a fair start.

Centralised Resources: How to Spend Less Time Planning and More Time Teaching

Centralising educational resources enhances teaching effectiveness by providing a consistent repository of materials. This approach fosters collaboration, allows for flexibility, and ensures all students receive quality instruction, ultimately improving learning outcomes and teacher development.

Curing Malaria Under the Secracy of War: Who was Tu Youyou and what was Project 523?

During the Vietnam War, malaria surged, prompting Ho Chi Minh to seek help from China. This led to Mao Zedong initiating Project 523, where scientist Tu Youyou discovered artemisinin, a revolutionary malaria treatment. Despite initial secrecy, artemisinin's contributions to global health were eventually recognised, culminating in Tu's Nobel Prize in 2015.