A camera system integrates optical, mechanical, and electronic components to capture and process images.

Every year, millions of appliances—refrigerators, washing machines, televisions, air coolers, and more—travel thousands of kilometers through complex supply chains.

Ever wondered why your washing machine doesn’t shake itself across the room, how a refrigerator door survives years of opening and closing, or why a dishwasher frame remains perfectly sealed under high-temperature cycles?

The consumer electronics industry is moving at a pace we’ve never seen before. Think about what sits in our homes and pockets today - wearables that track our health, wireless chargers that eliminate cables, compact appliances

Ever wondered why your oven heats evenly, why your refrigerator's veggies stay crisp, or how your dishwasher reaches every corner of your plates?

When we talk about light pollution, most people imagine glowing cityscapes that obscure the stars. In infrared (IR) imaging and sensing, however, the term takes on a different meaning: stray light.

Every time you unlock your smartphone, stream a movie, or drive an electric vehicle, you are relying on a technology that rarely gets the spotlight: semiconductors.

Antenna engineering has traditionally relied on meticulous manual design, repeated electromagnetic (EM) simulations, and ..

Efficiently coupling light from an optical fiber into a photonic chip remains one of the most critical challenges in photonics.

As satellite missions grow in complexity, relying solely on a single orbit class is no longer sufficient.