From designing towering skyscrapers to crafting intricate circuits to power modern devices, engineering is the application of science to solve real-world problems. Whether it's developing sustainable energy solutions, advancing medical devices, or creating the infrastructure that supports our daily lives, engineering is a dynamic field that constantly evolves, pushing the boundaries of innovation and human ingenuity.
Engineering
Formula 1 pushes engineering to its limits, where every fraction of a second counts. This article explores the Drag Reduction System (DRS), a rear-wing mechanism that cuts drag and boosts speed, showing how aerodynamics, engineering, and future tech drive the relentless pursuit of performance.
Engineering
Floods can devastate cities, but what if we fought water with nature instead of just concrete? While relief channels redirect raging rivers, a quieter revolution is unfolding: re-meandering rivers to slow floods, restore ecosystems, and rethink how we shape the land.
Engineering
In 1989, a hidden engine defect doomed United Flight 232, killing 112. Decades later, Qantas Flight 32 suffered a similar failure but landed safely. Smarter systems and lessons learned turned potential tragedy into triumph. Two flights, one cause, two very different outcomes.
Engineering
Quantum batteries could revolutionise energy storage, offering faster charging and higher capacity. While still experimental, early prototypes show promise, potentially transforming how we power electric vehicles and renewable systems.
Physics
An introduction to the incredible materials which make modern aviation possible.
Engineering
Fast cars, cheese, and cutting-edge design. The Eton College 2025 Design trip to Italy blended roaring engines with rich tradition. From Ferrari and Ducati to Parmigiano Reggiano, students explored engineering, culture, and craftsmanship at its finest.
Engineering
F1 is more than just a race - it’s a showcase of engineering brilliance. With turbocharged V6s, energy recovery systems, and state-of-the-art aerodynamics, teams battle for every fraction of a second. Explore the tech behind the world's fastest sport and how it fuels innovation beyond the track.
Engineering
Can carbon capture save the planet, or is it just another costly distraction? Methods like post-combustion capture and direct air capture aim to reduce atmospheric CO2 levels. However, concerns about cost, energy use, and effectiveness raise questions about its role in fighting climate change.
Physics
No pump? No problem. Wilson’s Airless Gen1 Basketball ditches traditional basketball design for an airless lattice that somehow still bounces. No punctures, no pressure loss, just a $2,500 price tag and a weirdly quiet bounce. Will it replace traditional basketballs? Read more to find out.
Chemistry
Hydrogen powered cars present a sustainable transport alternative to electric cars. However, there are many questions to be answered: are they more environmentally friendly? Are they economically viable?
Engineering
Imagine cooling your food with nothing more than a rubber band. It sounds like science fiction, but the elastocaloric effect can potentially revolutionise refrigeration.
Engineering
An introduction to the invention that transformed our world.