Electrical Engineering

Researchers have synthesized a novel boron-carbon-nitrogen material that overcomes long-standing performance limitations in two-dimensional electronics.

Researchers have developed a high-speed micro-LED that could replace power-hungry lasers in short-range data center communications.

Industrial motors consume nearly one-third of U.S. electricity, but widespread adoption of variable frequency drives could unlock massive efficiency gains.

The partnership aims to integrate high-voltage conversion and rapid-response storage to meet the power density demands of next-generation AI infrastructure.

The Defence Research and Development Organisation is evaluating directed-energy weapon integration to counter drone threats using mobile rotary-wing platforms.

Small modular reactors require a hybrid approach to turbine design to manage high-moisture environments and extended operational lifespans.

The new hardware-encrypted charging system allows for remote capacity upgrades and enhanced security for residential and commercial electric vehicle infrastructure.

The engineering firm is expanding into extra-high-voltage substation projects to support Malaysia’s grid modernization and data center growth.

High-density AI infrastructure is accelerating the adoption of solid-state power conversion, offering a modular alternative to century-old transformer designs.

A new interfacial growth technique enables the production of air-stable, wafer-scale superconducting films, overcoming a critical barrier to quantum hardware miniaturization.