16 highly ranked degree programs
More than 120 globally recognized faculty members guide our computer science, software engineering and industrial engineering degree programs. With offerings on the Tempe, Polytechnic and West Valley campus, plus online everywhere anytime, we have multiple locations and flexible education offerings designed to support a variety of learners.
Computer science
and engineering
Our program provides a comprehensive understanding of computing systems, software and hardware. You’ll study both the mathematical and theoretical foundations of computing and the practical aspects of designing and building computing systems. Whether you want to work for a tech giant or your own startup, there’s a room for both creativity and personal career growth here.
Software
engineering
Software engineering is the discipline of designing, developing, testing and maintaining computer systems and applications. And software is everywhere. Whether it’s a mobile app, a website, or software that controls industrial systems, what you build can have a massive impact on daily life. You can change the world through the software you create.
Industrial engineering and engineering management
Are you a problem-solver who wants to use both your creative and analytical skills? Are you an aspiring entrepreneur with a passion for making things work? Industrial engineering combines the power of computer science, applied mathematics and scientific principles to design the systems that ensure people and products get where they need to go.
Undergraduate degrees
Computer science
Industrial engineering
Computer systems engineering
Informatics
Engineering management
Software engineering
Graduate degrees
Computer engineering
Industrial engineering
Computer science
Robotics and
autonomous systems
Data science, analytics and engineering
Doctor of Engineering
Nine innovative
research centers
Our researchers are applying real imagination to artificial intelligence, using computer science and industrial engineering to innovate in the space domain, creating new solutions in cybersecurity and robotics and creating solutions that power scientific and medical progress. Our research themes re-envision where we’ve been and rethink where we’re headed.
Artificial intelligence
As the home of inspirational innovators and master mentors, we are developing new tools and algorithms to power scientific and technological advancement in health care, robotics, transportation and more.
Health care
Researchers leverage the power of AI to improve health and wellness outcomes. We are building the educational programs of the future that create a bridge from engineering solutions to compassionate care.
Transportation
From computer vision innovations to groundbreaking driving algorithms to supply chain expertise, our transportation team is on the go. Our faculty members are getting people and products where they need to be.
Robotics
If the work is dirty, dull or dangerous, our faculty members are creating robotics to deal with it. Our team studies impactful solutions in health care, national defense and manufacturing.
Space
Our researchers work collaboratively on NASA-backed projects to tackle the data deluge, using AI and industrial engineering to help us better understand far off planets — and the one we call home.
Industrial engineering
Our industrial engineering program combines a deep level of systems expertise with developing technology to prepare advanced engineers for roles leading large projects and teams.
Homeland security
Our faculty members oversee a dynamic portfolio of projects designed to develop advanced analytical tools and technologies for homeland security operations.
Cybersecurity
We’re developing the systems needed to keep our data and dollars safe. In collaboration with key agencies, our team is creating an international computer security hub.
Software engineering
Our software engineering program creates meaningful research opportunities, giving students the tools they need to succeed in industry today and tomorrow.
Top computer security professionals competed for prizes and bragging rights at annual Computer Security Applications Conference.
Ana María Tárano and the team in the Kerner Lab have created the Maui Nui Crop Monitor to provide localized data to Hawaiian agricultural stakeholders.
ASU faculty members awarded funding to open AI+X opportunities from middle school to graduate school.
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