Research/Computational Electromagnetism

Electromagnetic phenomena play a critical role in many technological products. We develop efficient algorithms to solve Maxwell's equations in complex geometries. Applications: design of 3D integrated circuits, metasurface antennas, metamaterials, and quantum computing devices.

Research/Computational Fluid Dynamics for Cardiovascular Diseases

Cardiovascular disease is a leading cause of death. We create advanced computational models of the human cardiovascular system to better understand the root causes of the disease, and devise innovative treatments. Our algorithms are applied to coronary artery disease.

Research/Signal Integrity & EMC

Interference can be a critical issue in electronic products, from smartphones to airplanes. We create new methods to address signal integrity and EMC issues.

Research/Power Systems

Faults and lightning phenomena can threaten the distribution of energy to our cities, causing large blackouts. We develop better models and simulation techniques to help power companies predict such events, and design reliable power networks. Check out MoM-SO, our state-of-the-art method for power cable modeling!

Our research received several international awards. Find out more here.

The Electromagnetics group operates state-of-the-art laboratories, including: 67 GHz 8-port VNA for signal and power integrity, 6 m EMC chamber, mm-wave chamber, near field scanner, 7 m antenna range.

Learn more about the courses taught by Prof. Triverio: ECE212 "Circuit Analysis", ECE259 "Electromagnetism", and his graduate course on modeling ECE1254 "Modeling of Multiphysics Systems