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An illustration showing many repeating icons of a human face and a "robotic" face

A method to interpret artificial intelligence might not be so interpretable after all

September 25, 2023
A four-legged (quadrupedal) robot walks on a dock next to a U.S. Coast Guard ship.

An adapted robot assists with situational awareness

September 18, 2023
An 3D illustration with a blue orb and a model of a human head "staring" at eachother. Crisscrosing and surrounding them is a messy orange line, conveying confusion and frustration.

AI is smart, but does it play well with others?

September 14, 2021
in this computer-generated image, a UAV flies over a forest and road in pursuit of a vehicle.

Virtual environments provide a way to develop autonomous UAV technology

September 20, 2019
WaveSense ground penetrating radar tech comes out of MIT’s Lincoln Laboratory, a defense R&D center, and was first deployed to help troops navigate in Afghanistan in 2013.
In the Media

Self-driving cars should look down, not just ahead

August 20, 2018
Wired
Students in the Beaver Works Summer Institute’s Autonomous RACECAR course follow their cars during the program’s final race. Photo: Glen Cooper

Student engineers wrap up transformative summer program

August 9, 2018
Students sitting around tables discuss the upcoming race surrounded by laptops. Two RC cars are stationed on the floor.

High school students get ready for Beaver Works Summer Institute

July 29, 2018
Students from the unmanned aerial vehicle course race their quadcopter through the obstacle course.

Summer program inspires a new generation of engineers

September 29, 2017
The race course for the Obstacles Trial. The three obstacles (from left) were a pillar, a hoop, and a gate. The flags indicate the required path that the drone must fly through while the black squares are Augmented Reality Codes for drones to detect.
In the Media

Guest View: Dartmouth teen James Lu engineers a rewarding summer at MIT

August 16, 2017
South Coast Today
The Localizing Ground-Penetrating Radar (LGPR) uses inherently stable subsurface features and their geolocation to locate the vehicle even in adverse weather conditions.

Lincoln Laboratory enters licensing agreement to produce its localizing ground-penetrating radar

July 18, 2017
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