art
health
artificial intelligence
human-machine interaction
learning + teaching
robotics
design
technology
architecture
consumer electronics
kids
music
human-computer interaction
wearable computing
bioengineering
politics
data
sensors
networks
machine learning
entertainment
social science
environment
cognition
economy
space
wellbeing
history
storytelling
computer science
interfaces
covid19
ethics
engineering
developing countries
prosthetics
creativity
community
civic technology
alumni
biology
privacy
social robotics
communications
augmented reality
social media
neurobiology
imaging
urban planning
public health
computer vision
virtual reality
synthetic biology
industry
biotechnology
food
transportation
biomechanics
energy
affective computing
government
social networks
data visualization
social change
ocean
behavioral science
fabrication
climate change
data science
zero gravity
medicine
startup
women
agriculture
blockchain
cognitive science
materials
genetics
prosthetic design
racial justice
manufacturing
diversity
3d printing
gaming
neural interfacing and control
banking and finance
fashion
ecology
electrical engineering
construction
cryptocurrency
bionics
microfabrication
civic action
human augmentation
security
open source
systems
performance
natural language processing
marginalized communities
language learning
healthcare
internet of things
autonomous vehicles
perception
collective intelligence
microbiology
sustainability
interactive
mechanical engineering
visualization
water
social justice
mapping
physiology
physics
nanoscience
nonverbal behavior
code
chemistry
voice
rfid
cities
long-term interaction
clinical science
sports and fitness
trust
biomedical imaging
hacking
orthotic design
networking
pharmaceuticals
algorithms
mechatronics
soft-tissue biomechanics
open access
assistive technology
autism research
textiles
mental health
member company
law
gender studies
real estate
internet
culture
exhibit
wireless
science
news
cells
business
decision-making
asl
MIT City Science has developed an international network of cooperative City Science LabsWe are developing concepts and key technology that …
What will be the impact of shared autonomous micro-mobility systems? Will autonomy make the micro-mobility systems even more attractive?&nb…
More than 95% of the ocean has never been observed by humans, even though the ocean plays the largest role in the world's climate system, h…
X-AR is an augmented reality (AR) system that gives humans "X-Ray Vision" X-AR is a new AR headset that enables users to see things th…
Our Oceans IoT technologies enable new applications in climate and ecological monitoring, aquaculture, energy, and robotic navigation. …
Van-Atta Acoustic Backscatter (VAB) is the first technology for ultra-low-power underwater networking and communication, which can transmit…
FuseBot is a robotic system that can efficiently find and retrieve both RFID tagged and untagged target objects in line-of-sight, non-line-…
A lightweight research platform to develop autonomous technology Designed to transform bicycle-sharing systems into an on-demand mobil…
Can we build a battery-free underwater GPS? While underwater localization is a long-studied problem, we seek to bring it to batt…
Tidmarsh is a 600-acre former cranberry farm near Plymouth, MA that has undergone a restoration to wetland. We have instrumented the site w…
Often, we neglect to see the city as living, complex, and dynamic. However, shrouded by its masses of concrete and steel lie unique ecosyst…
Today’s health sensors (which monitor breathing, heartbeats, steps, etc.) require their users to wear them on their bodies. In contrast, ou…
EEEeb Spring 2019: Urban OceansMarch 24, April 7 and 21, May 19, June 2 To register, please visit this link.…