School of Informatics, Computing, and Cyber Systems

The School of Informatics, Computing, and Cyber Systems (SICCS) integrates a range of educational programs and interdisciplinary research. Our programs integrate computational and data sciences with engineering, natural and social sciences, arts, and business. Our faculty and academic programs combine expertise in environmental and ecological informatics, health and bioinformatics, computer science, and electrical engineering.

Who We Are

Our Degrees

We offer undergraduate and graduate programs in Informatics, Electrical Engineering, and Computer Science. Our students are involved in a broad range of research and applied experiences. Explore our programs below!

Undergraduate

Graduate

Research & Emphasis Areas

Our school’s faculty, students, and staff bring interdisciplinary expertise to bear on applied and basic research problems in several emphasis areas, and in partnership with a variety of local and global partners.SICCS currently emphasizes five major areas of research.

Computer Science

Electrical Engineering

Health and Bioinformatics

Astroinformatics

Ecological and Environmental Informatics

News

Take a look at what’s currently happening in the world of Informatics, Computing, and Cyber Systems.

Research led this grad student from the Arctic to Arizona, then into the most prestigious fellowship in STEM

“I became increasingly interested in remote sensing—what information we can extract from images, how this information can stretch field data across regions and what discoveries can be made as a result,” she said. “It was this interest that spurred me to return to school and further my education.” Read More

NAU electrical engineers to lead development, commercialization of next-gen cybersecurity solutions for Internet of Things

The security platform Afghah and her team are developing is a software-hardware hybrid implementing physically unclonable functions that rely on the unique properties of a device’s memory—variabilities generated through the fabrication process—to provide a technological “fingerprint” unique to each device. Read More

Data scientists mapped supply chains of every U.S. city. What it says is bigger than just where your food comes from.

“Members of the public should know where their food, energy and water are coming from, to understand how connected they are,” he said. “That can affect the way they see the world, and it can make you realize that problems in other places—other people’s problems—are actually your problems too.” Read More