ROBOTS IN THE REAL WORLD
WORKING WITH HUMANS

Our research teams solve pressing robotics challenges in three overarching areas:
autonomous systems, cyber-physical technologies, and medical robotics.

Many of  the robotics systems we develop are able to adapt and evolve based
on the people and situation - the context - they encounter.

Faculty, students, and professional research staff in each of the
Contextual Robotics Institute's three core research areas will be housed in
collaborative research laboratories - collaborations - in Franklin Antonio Hall,
the newest engineering building at UC San Diego.

No front page content has been created yet.

Robotic News


Contributing to the Expansion of Robotics Research at IROS 2024

Contributing to the Expansion of Robotics Research at IROS 2024

October 14, 2024

From better algorithms for self-driving vehicles, to better solutions for robotics surgery, and better ways for robots to manipulate objects, researchers at the University of California San Diego are presenting their work at the IROS 2024conference Oct. 14 to 18 in Abu Dhabi. Full Story


What Is Embodied Intelligence and What Can It Do

What Is Embodied Intelligence and What Can It Do

September 30, 2024

Artificial intelligence might be the focus of many conversations today, but it cannot touch or manipulate the physical world without a body. A group of robotics experts got together at the University of California San Diego to talk about the many ways intelligence could be embodied to interact with the real world.    Full Story


Groundbreaking vine robots with magnetic skin could transform cancer treatment

Groundbreaking vine robots with magnetic skin could transform cancer treatment

August 5, 2024

A new class of robot with magnetic skin and movement that mimics creeping vine plants, could transform cancer diagnosis and treatment. The soft, slender, “magnetic vine robots” developed by researchers at the University of Leeds in collaboration with engineers at the University of California San Diego not only “grow” as they move, they can also squeeze through gaps almost 40 per cent thinner than their resting diameter.  This enables them to navigate narrow, complex pathways deep inside the human body, such as the bronchial tree.   Full Story


News Archive

Seminars

Jun 03, 2024

"Metric-Semantic Mapping and Task Planning for Autonomous Robots"

Monday, June 3rd @ 2pm PDT

Location: Franklin Antonio Hall (FAH) 4202 & Zoom

Speaker: Dr. Nikolay Atanasov

May 20, 2024

Sustainable 'Relationship' with Interactive Robots

Monday, May 20th @ 2pm PDT

Location: Zoom

Speaker:  Dr. AJung Moon

May 13, 2024

"Cognitively-Aware Adaptive Automation to Enhance Human Learning"

Monday, May 13th @ 2pm PDT

Location: Franklin Antonio Hall (FAH) 4202 & Zoom 

Speaker: Dr. Neera Jain