Why Is Aluminum Used for Soda Cans?
Discover the science behind why is aluminum used for soda cans? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is aluminum used for soda cans? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why do batteries have plus and minus? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is carbon fiber used in race cars? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why do some materials bend and not break? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is fiber optics made of glass? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is graphite used in pencils? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are some plastics hard and others soft? and how it connects to everyday engineering and FIRST Robotics.
Find out what goes into making the smooth roads we drive on.
Discover the science behind why does charcoal burn? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why do clothes dry in the sun? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does a compass point north? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does concrete get hard? and how it connects to everyday engineering and FIRST Robotics.
Discover the pulleys and counterweights that power giant cranes.
Discover how thick concrete walls stop entire rivers.
Discover the cofferdams and caissons used to build underwater columns.
Analyze the bottlenecks and throughput equations required to go from making 10 units to 10,000 units.
Learn the complex logistics of delivering manufacturing parts exactly when they are needed.
Learn the traffic engineering secrets behind why circles are safer than squares.
Learn how deep foundations keep giant buildings standing tall.
Discover how sensors on factory machines communicate with each other in real-time to prevent breakdowns.
Learn how thick steel cables support massive bridges like the Golden Gate.
Learn about the steel skeletons that let architects use so much glass.
Learn the industrial process of shredding and melting down huge metal vehicles.
Learn about the sensors and timers that control busy intersections.
Find out how engineers dig tunnels underwater without flooding.
Learn how barcodes and robots help sort millions of items every day.
Learn how clean water travels from deep underground right into your sink.
Explore the amazing journey of a package from factory to front porch.
Understand the exothermic chemical reaction that slowly turns liquid cement to solid rock.
Learn the math behind 'cycle time' and how fast cars can be built.
Discover the science behind why do mirrors reflect light? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are neon lights colorful? and how it connects to everyday engineering and FIRST Robotics.
Learn how industrial engineers use advanced math to optimize airplane flights and factory schedules.
Discover the science behind why is paper made from trees? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does a prism make a rainbow? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does salt melt ice? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does a sponge soak up water? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does a whistle make sound? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does wool keep you warm? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are some rocks heavy and others light? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is rubber an insulator? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is sand used to make glass? and how it connects to everyday engineering and FIRST Robotics.
A beginner's guide to understanding the differences between Servo motors and DC motors, and when to use each in your robotic designs.
Learn the fundamental differences between force applied to a material and how that material deforms.
Discover how high-rise buildings are designed to withstand gale-force winds without snapping.
Examine the civil engineering costs versus the long-term transportation benefits of bullet trains.
Explore how artificial intelligence is changing the way we transport physical goods.
Explore the massive mechanical 'moles' that cut through solid mountain rock to build subways.
Analyze the geometry and load distribution of complex truss bridge networks.
Discover the science behind why does water expand when it freezes? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is water a liquid at room temperature? and how it connects to everyday engineering and FIRST Robotics.
Learn how factories make thousands of the same toys every day.
Learn why builders need special drawings before making a house.
Discover the seesaw-like physics behind this unique bridge design.
Learn how engineers calculate the exact environmental impact of a product from blueprint to landfill.
Find out how different companies work together to make your favorite snacks.
Explore how robots and machines do the dangerous jobs in factories.
Discover the recipe for the most used building material on Earth.
Explore the shock absorbers and base isolators that stop buildings from collapsing during quakes.
Find out how industrial engineers design chairs and tools to keep our bodies healthy.
Discover how engineers find the fastest, safest, and best way to do everything.
Discover how cutting out 'waste' helps companies save money and time.
Discover how workers make sure every single phone is perfect before selling it.
Understand the invisible pushing and pulling forces acting on bridges.
Discover the statistical tools engineers use to eliminate almost all errors in a process.
Learn how civil engineers design entire cities for optimal water flow, electricity, and transportation.
Learn about the safety gear engineers use on construction sites.
Discover how arch bridges use curves to stay super strong.
Discover the science behind why do balloons pop? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are bricks red? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why do ceramics break easily? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does copper turn green? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is cork used for bottles? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are diamonds so hard? and how it connects to everyday engineering and FIRST Robotics.
Analyze the ancient Roman engineering that still influences modern water transport.
Discover why the triangle is the strongest shape in architecture.
Learn about the massive HVAC ducts that keep giant skyscrapers cool.
Before cutting metal or 3D printing plastic, modern engineers build their entire machines in a virtual environment. Here is why.
Understand how water, ice, and heavy trucks slowly destroy asphalt.
Discover how steel bars give concrete the superpower to bend without breaking.
Learn how breaking a big job into small steps makes everything faster!
Discover the science behind why does ice melt? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is glass transparent? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does glue stick? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is gold shiny? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does hot air rise? and how it connects to everyday engineering and FIRST Robotics.
Understand how mixing carbon and iron changed construction forever.
Discover the science behind why do magnets stick to the fridge? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does metal feel cold? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why do some metals rust? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is the ocean blue? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does popcorn pop? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are rubber bands stretchy? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is rubber used for tires? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is salt a crystal? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does silk feel smooth? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does silver tarnish? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why does soap make bubbles? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why are sponges full of holes? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is steel so strong? and how it connects to everyday engineering and FIRST Robotics.
Discover the science behind why is teflon non-stick? and how it connects to everyday engineering and FIRST Robotics.
Walking is harder than it looks! Find out why engineers usually put wheels on robots.
Discover the science behind why does wood float? and how it connects to everyday engineering and FIRST Robotics.
An introduction to the Proportional, Integral, and Derivative math that stops robot arms from oscillating violently.
The braking systems, counterweights, and safety mechanisms keeping elevators safe.
Using upstop wheels wrapped underneath the tubular steel rails.
Creating a mini-Earth environment to protect astronauts from the vacuum of space.
The third rail system and how electric trains operate efficiently in tunnels.
Using electromagnets and light sensors to check the size, weight, and metallic composition.
Simulating flight conditions by blowing air past a stationary object.
Wearable robotic suits that enhance human strength and endurance.
Direct human manipulation of an organism's DNA to introduce new traits.