167
Georgia Tech Fact Book
2015
RESEARCH
GEORGIA TECH RESEARCH INSTITUTE
quasi-static to UV wavelengths. ACL is a leader in precise radio frequency (RF) and electro-optical/
infrared (EO/IR) measurements in addition to technology development.
Aerospace, Transportation and Advanced Systems (ATAS)
ATAS develops advanced technologies and systems from concept development to prototypes. Includ-
ed are system simulations and test and evaluations related to threat radars, missiles, air and ground
vehicles, unmanned and autonomous systems, transportation systems, power and energy systems, and
food processing technologies.
Applied Systems Laboratory
ASL conducts applied research of air and missile defense and rotary-wing aviation systems that in-
clude systems modeling and simulation, systems-of-systems, and family of systems interoperability,
re control, command and control, and tactical software development and engineering.
Cyber Technology and Information Security Laboratory (CTISL)
CTISL conducts applied research focused on cyber threats and countermeasures, secure multi-level
information sharing, resilient command and control network architectures, reverse engineering, infor-
mation operations and exploitation, and high performance computing and analytics. CTISL engineers
develop and apply cutting edge technologies in computing, network architectures, signal and protocol
exploitation, Web crawling, malware analysis, and reverse engineering (hardware and software) to
solve the tough problems. CTISL brings this knowledge to the classroom by providing professional
education offerings across the cyber landscape.
Electronic Systems Laboratory (ELSYS)
ELSYS delivers innovative products, research, and education, making positive and lasting impacts on
our customers. Our mission is to solve problems and advance solutions to meet state and national ob-
jectives. ELSYS employs an “end-to-end” approach to developing electronic warfare and other elec-
tronic systems solutions. ELSYS human systems research supports U.S. government agency needs,
industrial product usability and accessibility evaluation, and workplace health and safety programs.
Electro-Optical Systems Laboratory (EOSL)
EOSL conducts research and development of electro-optical systems with expertise that spans the
electromagnetic spectrum from radio frequency (RF) through ultraviolet (UV). Research includes
LIDAR, infrared countermeasures modeling and simulation, RF transmit/receive modules for radar,
growth and application of carbon nanotubes, multifunctional materials, radio frequency identication
(RFID) and optical tagging, and chem-bio sensors. EOSL is also home to the Medical Device Test
Center, the Landmarc Research Center, SENSIAC, and the Environmental Radiation Center.
Information and Communications Laboratory (ICL)
ICL conducts a broad range of research in areas of computer science, information technology, com-
munications, networking, and technology policy to help customers master information. Research
supports national security; emergency response; interoperability of interconnected systems; planning,
learning and decision support; and systems engineering. The lab also helps customers develop com-
mercial products from university research and conducts activities in support of technology transfer,
including training, exercises and information diffusion.
Sensors and Electromagnetic Applications Laboratory (SEAL)
SEAL research falls into four primary areas: intelligence, surveillance, and reconnaissance (ISR); air
and missile defense; foreign material exploitation and electromagnetic systems; and electronic attack/
electronic protection (EA/EP). SEAL researchers investigate and develop radio/microwave frequency
sensor systems with particular emphasis on radar systems engineering, electronics intelligence
(ELINT), communications intelligence (COMINT), measurements intelligence (MASINT), electro-
magnetic environmental effects, radar system performance modeling and simulation, advanced signal
and array processing, sensor fusion, antenna technology, and EA/EP. SEAL also develops advanced
signal and data processing methods for acoustic sensors. Multisensor intelligence exploitation archi-
tectures and algorithms covering all wavebands serve as another critical element of the lab’s research
and development efforts.
Locations and Facilities
GTRI is headquartered on the Georgia Tech campus in Midtown Atlanta, with ofces located in the
430 10th Street North & South buildings, Centennial Research Building, 250 14th Street, the Georgia
Public Broadcasting Building at 260 14th Street, Baker Building, Hopkins Building, Machine Ser-
vices at 676 Marietta Street, the ninth oor of the Wells Fargo Building at Atlantic Station, several
ofces in the Atlanta Technology Center on Northside Drive, and Technology Enterprise Park II.
GTRI also operates a major off-campus research facility approximately 15 miles from the Georgia
Tech campus, in Cobb County. The Food Processing Technology Division of GTRI's Aerospace,
Transportation, and Advanced Systems Laboratory is located in a brand new, state-of-the-art facility
on the south side of campus. GTRI also operates a fully-functioning research laboratory in Hunts-
ville, Alabama. On-site research and business services also take place at GTRI eld ofces located
at: Huntsville, Alabama; Tucson, Arizona; San Diego, California; Shalimar, Florida; Jacksonville,
Florida; Panama City, Florida; Orlando, Florida; Warner Robins, Georgia; Pearl City, Hawaii; Aber-
deen, Maryland; Pax River, Maryland; Dayton, Ohio; Hampton Roads, Virginia; Washington, D.C;
and Quantico, Virginia. As the largest employer of Georgia Tech students, GTRI hires close to three
hundred graduate and undergraduate students to work side-by-side with researchers in any given year.
The students are immediately put to work on real projects, for real sponsors, who need real-world
Source: Ofce of the Vice President and Director, Georgia Tech Research Institute