The Bold World of Marcus Wachira
Wachira's ENG studies helped him flesh out the technological scaffolding of the sci-fi devices in his new book, which reached…
Groundbreaking technological advances in recent decades have enabled unprecedented access to biological systems at multiple length and time scales, resulting in an explosion of data. This information holds the key to unraveling fundamental principles governing biological systems, engineering novel bio-inspired systems, and repairing systems that have been rendered dysfunctional by age or disease.
We process large-scale data sets from genomic, molecular, neural, and other systems. To make sense of these data, we employ quantitative frameworks from artificial intelligence, data science, statistics, and signal processing. Finally, we design and engineer novel bioinspired systems, including biosensors, wearables, and brain-inspired algorithms, for a wide-range of applications in health and society.
Wachira's ENG studies helped him flesh out the technological scaffolding of the sci-fi devices in his new book, which reached…
When you teach a college course that’s a mechanical engineering advanced elective called ME309-Structural Mechanics, the shocking collapse of a…
Professor Li’s project aims to overcome fundamental challenges in Imitation Learning for AI systems.
BU researchers drew notice and garnered awards at the IEEE International Solid-State Circuits Conference.
Professor Tianyu Wang receives grant from the Chan-Zuckerberg Initiative for reinventing a quantum-inspired light source to improve deep-tissue imaging.
Ji-Xin to Deliver Annual DeLisi Lecture Rabia Yazicigil earns Early Career Research Excellence Award In recognition of their contributions to…
RASTIC is a state-of-the-art facility where students can design, build, and test a range of robotic solutions to real-world problems
The distinguished professor of photonics and optoelectronics revolutionized the semiconductor field.