Illuminating Energy-Efficient AI

in *NEWS, *Research, Ajay Joshi, ECE - Data Science and Intelligent Systems, ECE - Photonics, Electronics, and Nanotechnology, ECE Faculty, ECE Research, Electrical and Computer Engineering

Supported by a $1.5M NSF grant, Professor Ajay Joshi is exploring the development of novel electro-photonic computing architectures that could perform as well or better than conventional electronic GPUs.

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Smart Management for AI Power Consumption

in *NEWS, *Research, Ayse Coskun, ECE - Data Science and Intelligent Systems, ECE - Mobile/Cloud Computing and Cybersecurity, ECE Faculty, ECE Research, Electrical and Computer Engineering, Emiliano Dall'Anese

A pair of BU ECE faculty researchers are teaming up to work on a solution that will be environmentally sustainable … and help to sustain AI’s continued growth.

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NIH Awards $3.1M Grant to Kayhan Batmanghelich for Pulmonary Biomarker Research

in *NEWS, *Research, ECE - Bio-ECE and Digital Health, ECE - Data Science and Intelligent Systems, ECE Faculty, ECE Research, Electrical and Computer Engineering, Kayhan Batmanghelich

AI-driven approach integrates Multi-Modal Data and Biomechanics for Better Diagnosis and Tracking of Chronic Obstructive Pulmonary Disease (COPD)

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MechE Students Work With Alum to Bring AI-Driven Product to Market

in *NEWS, Mechanical Engineering, Steve Chomyszak

What does it take to design an aesthetically sleek AI-driven product with mass market appeal? Three MechE MS students, Ben Wheeler (ENG ’25), Nick Teguis (ENG ’25), and Tage Colberg (ENG ’25) got into the depths of this question over the Spring 2025 term. Working with Alumni Samuel (ShengEr) Zhou (CAS & QST’ 22) and […]

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BU Launches an Open-Source Infectious Diseases Monitoring Tool Powered by AI and Human Experts

in *NEWS, *Research, Biomedical Engineering, Convergent, Ioannis Paschalidis

From measles, to influenza, to mpox, to malaria—infectious diseases outbreaks are happening all over the world, at nearly all times. For health professionals and public health officials, staying up-to-date with pathogens that are particularly dangerous—or have the potential to become a pandemic, like COVID-19 did—is vitally important to help keep us all safe. But accessing real-time information on outbreaks, as they pop up around the globe, isn’t always simple; currently, much of it is aggregated by hand.

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