Electrical Engineering | EngiSphere

Data Center Digital Twin (High-Performance Computing) © AI Illustration

Digital Twin for High-Performance Computing | Smarter, Greener, Faster

Discover how a new Digital Twin framework reshapes supercomputer scheduling, energy efficiency, and sustainability through smart simulation.

AI; Computer Engineering; Electrical Engineering; Energy efficiency; Machine Learning; Management

Multi-Agent System of Small Drones Flying in Formation © AI Illustration

Smarter Paths for Multi-Agent Systems

A breakthrough in distributed control shows how swarms of robots, drones, and vehicles can safely move in formation while avoiding obstacles—fast, reliable, and scalable.

AI Agent; Computer Engineering; Electrical Engineering; Industrial Engineering; Mechanical Engineering

A Smart Grids Central Power Control Building © AI Illustration

Smarter, Stable Smart Grids | Hybrid AI

A new hybrid Machine Learning + Reinforcement Learning approach boosts Smart Grid stability prediction and control—paving the way for efficient, real-time power management.

AI; Computer Engineering; Electrical Engineering; Energy Engineering; Machine Learning; Smart grids

A Nuclear Power Plant © AI Illustration

Smarter Safety for Nuclear Power Plants

How Hybrid AI Detects Anomalies in Nuclear Power Plants for Safer, Smarter Operations.

AI; Electrical Engineering; Energy Engineering; Nuclear; Safety

A DC Motor © AI Illustration

How Biomimicry Boosts DC Motor Control

Discover how engineers combined zebra-inspired optimization with sliding mode theory to build a faster, more stable brushless DC motor controller.

Biomimicry; DC Motor; Electric Motor; Electrical Engineering; Mechanical Engineering

A Passenger Entering a Connected and Autonomous Vehicle in an Airport Terminal © AI Illustration

Smarter Cities with Connected and Autonomous Vehicles

How connected self-driving cars could revolutionize parking, traffic flow, and urban design by cutting parking demand and reshaping mobility.

Automotive; Autonomous Vehicles; Civil Engineering; Electrical Engineering; Mechanical Engineering; Smart Airports; Smart cities; Urban Transportation; Urbanism

A Smart Home Connected to a Smart Grid © AI Illustration

Smarter Smart Grids | Fighting Cyber Attacks with AI

How neural networks detect and classify hidden cyber threats in home energy systems, making the smart grid more resilient and secure.

AI; Computer Engineering; Cybersecurity; Electrical Engineering; Machine Learning; Smart grids; Smart Homes

Four Tiers of 6G Networks © AI Illustration

Sustainable 6G | with Satellites, HAPS & UAVs

How a multi-tier 6G network using satellites, high-altitude platforms, and drones can cut energy use while keeping latency low.

6G; Electrical Engineering; Sustainability; Telecommunications

Energy Use in Modern Buildings © AI Illustration

Smarter EnergyPlus Simulations

An open-source tool makes EnergyPlus building models easier to run, analyze, and manage—saving time, storage, and headaches.

Architecture; Building; Civil Engineering; Data Science; Electrical Engineering; Energy Engineering; Sustainability

Autonomous Underwater Vehicle (AUV) with Foldable Solar Panels © AI Illustration

AUV Solar Optimization | The Next Wave in Marine Robotics

How engineers are boosting AUV (Autonomous Underwater Vehicle) endurance with solar panels and AI-powered shape optimization.

AI; Electrical Engineering; Energy efficiency; Energy Engineering; Mechanical Engineering; Ocean Engineering; Photovoltaic; Robotics; Solar Energy

Illustration of Deploting Digital Twin in Intersection Traffic Management © AI Illustration

Digital Twin for Smart Intersections | The Future of Traffic Management

A real-time Digital Twin platform merges LiDAR sensing with simulation to optimize intersections, enhance safety, and cut congestion.

Civil Engineering; Electrical Engineering; Infrastructure; Smart cities

Energy Resources in Renewable Energy Systems © AI Illustration

Energy Resources vs Droughts | Building Weather-Proof Power Systems

How smart planning can safeguard renewable-heavy energy systems against extreme weather, ensuring energy resources adequacy and resilient systems for the future.

Climate Change; Electrical Engineering; Energy Engineering; Energy Systems; Renewable Energy; Sustainability

An Insect Like Robot Inspired by Biomimicry © AI Illustration

Biomimicry in Robots | Mastering Insect-Like Aerobatics

MIT engineers develop a deep-learning control system enabling a tiny robot using biomimicry to perform high-speed saccades, flips, and agile maneuvers under extreme disturbances.

Biomimicry; Computer Engineering; Deep Learning; Electrical Engineering; Mechanical Engineering; Robotics

Smart Water Quality Testing © AI Illustration

Easy Water Quality Testing with Smart Circuits

A new sensor model uses electrical circuits to analyze water quality—perfect for green buildings and real-time monitoring.

Chemical Engineering; Civil Engineering; Electrical Engineering; Quality Control; Sensors; Sustainability; Water Engineering

Self Driving Car Inside an Expressway Tunnels © AI Illustration

Can Self-Driving Cars Handle Long Expressway Tunnels?

How engineers are solving GPS blackouts in ultra-long expressway tunnels for autonomous driving.

Autonomous Vehicles; Civil Engineering; Computer Engineering; Electrical Engineering; Infrastructure; Mechanical Engineering; Transportation

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