Biotechnology and Human Systems

Our R&D seeks to improve human conditions on many fronts. The technology and systems we develop enhance disaster response capabilities, advance defenses against biological and chemical threats, and improve the health and performance of the nation's service members and civilians.

A green spider-web looking image with a black background.

Bioanalytics Systems and Technologies
Biological and Chemical Technologies
Counter-Weapons of Mass Destruction Systems
Human Health and Performance Systems
Human Resilience Technology

We seek to leverage algorithms and analytics to derive insights from rapidly expanding biological datasets and develop solutions to address national security needs.

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The exterior main entrance of MIT Lincoln Laboratory is shown with a radar antenna in the background.

MIT Lincoln Laboratory is a workhorse for national security

Apr 11

Steve Gillmer is shown smiling next to the industrial knitting machine in red and blue light.

Knitted microtissue can accelerate healing

Feb 24

an AI-enhanced device is tested on a manikin

In the Media

USAISR, MIT Lincoln Laboratory team up on AI tool for nerve block anesthetics

Feb 13

U.S. Army

More News

A small sensor being adapted for the methane-detecting network

climate

Low-Cost Methane Sensor Network

Deploying large networks of ground-based methane detectors could help detect pipeline leaks, improve climate models, and regulate emission sources.

Three project team members test the robot's flexibility in an indoor laboratory setting.

disaster relief

Vine Robots for Collapsed Structure Mapping

These robots can navigate difficult urban disaster terrain to help responders locate and access victims for rescue.

A web application of CAP images, hosted on ArcGIS, is annotated using LADI v2. Circle sizes and colors represent likelihood of damage and damage type, adjustable filters are in the middle, and the right shows a preview of a selected point.

disaster relief

Multi-label Dataset and Classifiers for Low-Altitude Disaster Imagery

This software program helps disaster responders extract actionable information from post-disaster aerial images.

Graphic showing a military servicemember on the left and a full hospital scenario on the right.

machine learning

Healthcare-Based Multimodal Recovery Prediction for the Servicemember

This machine learning model will help military and hospital personnel predict when servicemembers and patients may recover following an injury or surgery.

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It's incredibly rewarding to be able to work on high-impact projects in a multidisciplinary environment and alongside a wide range of expertise.

Chakameh Jafari

Electrical Engineer and Imaging Scientist

Biotechnology and Human Systems

Human Health and Performance Systems

More and more we are seeing the potential of focusing on user experience to identify opportunities and improve the impact of Laboratory-developed technology. I am excited by the possibilities this brings.

Jess Alekseyev

UX Engineer

Biotechnology and Human Systems

Bioanalytics Systems and Technologies

Photo of Jess Alekseyev standing in a hallway inside the Laboratory

I am most proud that my work has a tangible impact on the well-being of individuals and helps to protect U.S. citizens.

Isabel Smokelin

Biomedical Informatics Engineer

Biotechnology and Human Systems

Bioanalytics Systems and Technologies

Photo of Isabel Smokelin outside near trees in autumn

The primary places where I find inspiration are through my family and friends, fascination with technology, and the desire to make the world a better place.