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Faster Than Sound Was Yesterday: The Hypersonic Engineering Challenge
Faster Than Sound Was Yesterday: The Hypersonic Engineering Challenge Fri, May 15, 2026 It was scary to break the sound barrier. Engineers reasoned the shockwaves would rip an airplane to shreds. They were wrong, obviously. Chuck Yeager made the X-1 go past Mach 1 in 1947, and supersonic flight eventually became so routine that the Conc... Read More
By Mentis Sciences

The Lab Nobody Photos: How to Make STEM Spaces That Actually Work
The Lab Nobody Photos: How to Make STEM Spaces That Actually Work Fri, May 01, 2026 How to Make STEM Spaces That Actually Work Read More
By Mentis Sciences

Extreme Engineering: High Temperature Composites Explained
Extreme Engineering: High Temperature Composites Explained Mon, Apr 13, 2026 Nickel superalloys are tough. Seriously tough. For decades they have been the workhorses of jet engine hot sections, withstanding temperatures that would melt most metals into puddles. They’ve earned their reputation. But they’ve hit a w... Read More
By Mentis Sciences

Braided Composite Manufacturing: Crafting A Better Future
Braided Composite Manufacturing: Crafting A Better Future Tue, Mar 10, 2026 In traditional composites, the kind designed around layers placed next to one another, like sheets stacked up on a table, that crack has an easy route. It glides between layers, like a letter opener through an envelope. The technical term is delamina... Read More

The Cardboard Box Problem: What Engineering Toolkits Get Wrong
The Cardboard Box Problem: What Engineering Toolkits Get Wrong Mon, Mar 09, 2026 Give a kid a STEM kit with step-by-step instructions and just see what happens. They follow directions. They assemble parts. They reach the predetermined outcome. And then... nothing. The kit goes on a shelf. The learning stops. Mission accomplished... Read More

Prototyping for Aerospace: From the Screen to the Sky
Prototyping for Aerospace: From the Screen to the Sky Sun, Feb 15, 2026 How engineers are making planes that run on batteries and not hydrocarbons Every modern airplane is built twice. First on screens. Then in metal. And that’s not a figure of speech. Airbus put it bluntly: "We're essentially manufacturing each aircr... Read More

Virtual Labs in K-12: When Kids Discover They're Actually Good at Science
Virtual Labs in K-12: When Kids Discover They're Actually Good at Science Thu, Feb 05, 2026 How digital experiments are redefining ‘who can feel like a scientist’ The kid who never raises her hand in science class? She is about to perform a genetics experiment. Not because someone forced her. Because nobody's watching. That's what ... Read More

Inside Composite Testing: The Detective Work Keeping Planes Aloft
Inside Composite Testing: The Detective Work Keeping Planes Aloft Thu, Jan 29, 2026 And then there's the matter of cracks in airplane wings. But they don't tell you they are there. Down in that wing, wedged among sheets of carbon fiber as thin as a fingernail, where it would be impossible to spot an opening even with a microsc... Read More

STEM Virtual Labs: 5 Trends Shaping 2026
STEM Virtual Labs: 5 Trends Shaping 2026 Thu, Jan 29, 2026 You stroll into a high school science lab in 2026 and what are you seeing? The same stuff your parents saw. Bunsen burners that with clogged nozzles and worn O-rings. Flasks and beakers someone chipped in 2014. A fume hood that haunts us with its unt... Read More

Hypersonic Radome Materials: Engineering at the Extremes of Physics
Hypersonic Radome Materials: Engineering at the Extremes of Physics Mon, Dec 08, 2025 Here's a challenge in materials engineering so steeped in science fiction it even sounds made up. Design a substance that shields delicate electrical circuits when traveling at five times the speed of sound. The surface temperature exceeds the melti... Read More

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