MIT Lincoln Laboratory
Cyber Security and Information Sciences
MIT LINCOLN LABORATORY
MAKE A DIFFERENCE
For over 60 years, Lincoln Laboratory
has been the part of MIT focusing
on advanced technology for national
security. We employ some of the
nation’s best talent to develop
solutions to hard problems that make
a difference to the country and to
the world. In the Cyber Security and
Information Sciences Division, we’ve
been growing fast. From conducting
fundamental research to deploying
technology prototypes for operational
users, our team is dedicated to
serving the nation and the world.
We’re proud of the work that we do
and the team that we’re growing.
Take a look through the pages
that follow. If you’d like to join
our team, contact us at
http://www.ll.mit.edu/employment/
Stephen Rejto
Head, Cyber Security and Information
Sciences Division
MIT Lincoln Laboratory
CYBER SECURITY AND INFORMATION SCIENCES
“I love working here because of the people.
Everyone is friendly and intellectually curious,
and when you combine that with the type of
work we do, you end up having fascinating
discussions.”
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“Lincoln Laboratory affords the opportunity
to collaborate with talented and personable
colleagues on interesting problems critical to
national security. The emphasis on continued
growth and learning fosters an environment that
keeps pace with cutting-edge advancements
in technology, guaranteeing the operational
relevance of our work.”
Alexia Schulz
PhD, Physics, 2007
Harvard University
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PhD, Mathematics, 2014
University of California, Los Angeles
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“I love the Lab’s flat organizational culture and
its sense of mission. Everyone contributes, and
everyone’s contributions matter.”
“Working at Lincoln Laboratory means exciting
technical challenges every day, incredibly smart
people, and an atmosphere that forces me to
learn and grow as an engineer and scientist.
At the end of the day, I know that I’m not just
building widgets – I am making a real impact on
problems that actually matter.”
Patrick Hulin
BS, Mathematics and Computer Science, 2014
Massachusetts Institute of Technology
1
HANDS-ON RESEARCH
TECHNOLOGY
Lincoln Laboratory engages in a wide variety of research and development for cyber
security and information sciences. From development and prototyping through transition
into operations, Lincoln Laboratory researchers are tackling challenging problems to
advance state-of-the-art systems and technologies.
Matthew Alt monitors signal
traces to analyze the startup
behavior of an automotive
engine management unit as
part of an effort to rehost the
engine software in a virtual
machine. The rehosted
software allows testing of
cyber resiliency techniques
to protect automobiles from
malicious cyber attacks.
2
Brandon Matthews develops
testbed components for
evaluating cell phones in a
realistic wireless environment.
The Cyber Security and Information Sciences Division
performs R&D in the areas of
• Intrusion detection
and prevention
• Human language
technology
• Cloud security
• Visual analytics
• System exploitation
• Data sensing and fusion
•Cryptography
•Human-machine
interaction
• Metrics and measurement
• Big data analytics
• Social network analysis
•High-performance
secure computing
Resilient Systems
Director Eric Evans and Jeremy Kepner, with the
LLGrid team, cut the ribbon to inaugurate the newly
deployed EcoPod, which houses Lincoln Laboratory’s
“green” SuperCloud research supercomputer.
3
SERVICE TO THE NATION
IMPACT
Lincoln Laboratory researchers don’t just sit behind desks, and the technology we develop doesn’t
just sit on a shelf. From pioneering research to leveraging the best ideas, we solve problems in the
most relevant and difficult technical areas of national security.
4
United States Cyber Command personnel
from across the country participate in a
series of cyber defense training exercises
hosted by Lincoln Laboratory.
Daniel Souza demonstrates real-time
cyber and radio-frequency data feeds
into augmented-reality glasses.
Diane Staheli and Rick Larkin test
advanced technology prototypes
for U.S. Southern Command.
5
COLLABORATIVE ENVIRONMENT
PEOPLE
Lincoln Laboratory’s Cyber Security and Information Sciences Division is committed to technical excellence
through the people it hires. Fostering an inclusive workplace helps ensure that the division maintains an
excellent, diverse staff, thereby strengthening its ability to develop innovative solutions to problems.
• 300 people
•Patents
• Best paper awards
• Academic collaborations with
numerous universities
• R&D 100 awards
• Technical excellence awards
• IEEE/ACM fellows
Elizabeth Salesky and Jessica Ray
develop algorithms for human language
understanding and translation.
6
Kara Greenfield explores extracted information
using VizLinc, a Lincoln Laboratory-developed
open-source software system that integrates
information extraction, search, graphical
analysis, and geolocation.
STAFF ACADEMIC PROFILE
Degrees
Bachelor’s
20%
Disciplines
Master’s
45%
Physics
6%
Mathematics
10%
PhD
35%
Authors display their cover article
of the March 2014 issue of IEEE
Security & Privacy magazine.
Other
6%
Computer
Science
57%
Electrical
Engineering
21%
7
ACTIVITIES AND OUTREACH
8
MIT LL CTF
Lincoln Laboratory Cyber Capture
the Flag event for local universities.
Beaver Works is an incubator for research and innovation.
This hands-on laboratory is a joint venture between
Lincoln Laboratory and the MIT School of Engineering.
9
How to Apply
APPLY FOR AN ON-CAMPUS INTERVIEW
Please visit your career center’s online
recruiting system AND the Laboratory’s website:
www.ll.mit.edu/college/oncampus.html
SEARCH JOB LISTINGS
http://www.ll.mit.edu/employment/
Due to the unique nature of our work,
we require U.S. citizenship.
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MIT Lincoln Laboratory’s fundamental mission
is to apply science and advanced technology
to critical problems of national security. As an
Equal Opportunity Employer, we are committed
to realizing our vision of diversity and inclusion
in every aspect of our enterprise.
MIT Lincoln Laboratory
This work is sponsored by the Air Force under Air Force Contract FA8702-15-D-0001. Opinions, interpretations, conclusions, and recommendations are
those of the author and are not necessarily endorsed by the United States Government.