case-studies

A €200 million Siemens factory illustrates how AI, digital twins and robotics are transforming advanced manufacturing.

Future lunar missions will require communications, navigation, and autonomous systems that generate far more data than traditional radio systems can handle.

Tasmania’s all-electric ferry demonstrates how advances in batteries, charging infrastructure, and vessel design are bringing zero-emission shipping closer to reality.

Can software, robots, and wastewater help solve the West’s growing critical minerals problem?

A Dutch team combined robotic concrete printing, prestressed hollow beams, and custom materials to build the world’s first 3D-printed concrete pedestrian bridge.

Airbus’s 100% SAF-powered A350 test flight offers engineers the strongest real-world evidence yet that cleaner jet fuels can reduce both carbon emissions and the hidden warming effects of contrails.

A 100,000-ton bulk carrier slicing through the North Pacific might not look revolutionary at first glance—but rising from its deck are three towering, spinning cylinders that are quietly reshaping maritime engineering.

Star Catcher’s 1.1 kW demonstration showed how multi-wavelength lasers, beam steering, and standard solar cells could support future orbital power networks.

From bacteria-infused concrete mixes to real-world infrastructure pilots, engineers are rethinking how cities age, endure stress, and survive the climate era.

In a sealed “biobag,” fetal lambs developed normally for up to four weeks outside the womb.

From passive back-support frames to sensor-driven powered suits, industrial exoskeletons are moving from pilot programs to real worksites.

Engineers can now define a target mechanical response and generate a printable lattice to match it, turning materials design into a programmable process.

New gene drive experiments aim to suppress malaria mosquitoes while navigating resistance and containment risks.

Engineers are testing whether embedded coils and rails can deliver hundreds of kilowatts to vehicles in motion.

A closer look at how metabolic engineering and industrial fermentation could provide a biological route to a key rubber precursor.

By using less material and tapping high-altitude winds, these kites could reshape renewable energy generation.

Fermentation-derived spider-silk fibers are entering automotive trials as OEMs test them against leather on cost, durability, and scale.

Once prized for performance, rare-earth magnets are becoming a strategic risk—forcing electric motor designers to rethink everything from torque to cooling.

Satellites reveal the hottest city blocks, and engineers use that data to cool streets with reflective pavement, trees, and smarter design.

Data-center operators are starting to feed recovered heat into buildings, creating new energy streams and cutting cooling costs.