Information technology program

Build the technology behind a connected world

Technology powers nearly every part of modern life. Businesses, governments, health care systems and communities rely on technology professionals to manage networks, protect information, develop solutions and keep critical systems running.

At the Ira A. Fulton Schools of Engineering at Arizona State University, information technology students learn how technology, people and organizations work together. Through hands-on projects and real-world problem-solving, you’ll develop the technical knowledge and practical experience needed to adapt to emerging technologies and make an impact across industries.

You’ll explore the systems that support our digital world while building the skills to design, manage and secure them.

Learn by doing

Information technology is a field built on practice. That’s why ASU Engineering emphasizes hands-on learning that helps students apply concepts in real-world settings.

Students work on projects that reflect current industry challenges, collaborate with peers from diverse backgrounds and gain experience using technologies that power modern organizations. Along the way, they build critical thinking, communication and leadership skills that employers value.

Explore high-demand technology fields

Information technology spans a wide range of specialties and career paths. Students can explore areas such as:

  • Cybersecurity: Protect systems, networks and data from evolving threats while helping organizations build stronger digital defenses.
  • Networking: Design, manage and optimize the infrastructure that connects people, devices and information.
  • Artificial intelligence: Explore how intelligent systems, machine learning and automation are transforming the way organizations operate.
  • Cloud technologies and security: Learn about modern cloud environments and the strategies used to protect critical digital resources.

Why ASU Engineering?

The Ira A. Fulton Schools of Engineering is one of the largest engineering and technology colleges in the nation. Students join a community that values collaboration, innovation and hands-on learning while working alongside faculty, researchers and industry partners. Here, you’ll gain the knowledge, experience and confidence to tackle complex challenges and create technology solutions that improve lives.

Undergraduate degree options

A person seated at a desk uses a computer workstation with two monitors displaying technical diagrams and text documents. A keyboard, mouse, and office supplies are on the desk.

Information technology, BS


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Available online

Two people in an office cubicle review information displayed on a computer monitor. One person stands and points at the screen while the other sits and looks at the data.

Information technology (cybersecurity), BS


Are you interested in the fast-growing field of cybersecurity? Learn how to safeguard valuable data and build in-demand skills to help combat evolving cyber threats.

Available online

Close-up view of a network server rack with multiple blue and yellow Ethernet cables connected to ports. Indicator lights are illuminated on the networking equipment.

Information technology (networking), BS


As adoption of increasingly sophisticated mobile devices and cloud computing continues to increase, so does the demand for skilled network professionals. Gain IT industry skills to design the computer networks that are integral to modern life.

Available online

More information technology, BS program information

Educational objectives and outcomes

Educational objectives and outcomes

Information technology program educational objectives

Information technology is for those who want to be responsible for designing, selecting, implementing and managing computer-based information solutions. The information technology graduate can design and create effective solutions to today’s knowledge-based problems.

The goal of the Information Technology program is to produce graduates who have the ability to show several of the following characteristics at or within a few years after graduation, depending on industry expectations:

  • As our graduates mature, they will hold positions of increasing responsibility and leadership within their respective IT organizations;
  • Our graduates will have made demonstrable progress toward a graduate degree or be considered for technical promotion within three to five years of graduation;
  • Our graduates will continually demonstrate professional ethical standards as they hold positions of increasing responsibility within their organizations;

Information technology program student outcomes

These are the documented student outcomes used to ensure students graduating with a bachelor’s degree in Information Technology (IT) meet IT Program Educational Objectives. These outcomes coincide with ABET criterion three. These outcomes identify knowledge expectations for a graduating student in the Information Technology program.

  • Analyze a complex computing problem and to apply principles of computing and other relevant disciplines to identify solutions.
  • Design, implement, and evaluate a computing-based solution to meet a given set of computing requirements in the context of the program’s discipline.
  • Communicate effectively in a variety of professional contexts.
  • Recognize professional responsibilities and make informed judgments in computing practice based on legal and ethical principles.
  • Function effectively as a member or leader of a team engaged in activities appropriate to the Information Technology discipline.
  • Use systemic approaches to select, develop, apply, integrate, and administer secure computing technologies to accomplish user goals.
  • Demonstrate an ability to assist in the creation of an effective project plan.
Accelerated Master's degree option

Information technology Accelerated Master’s degree option

High-achieving on-campus information technology, BS students (all concentrations) may be eligible to earn both a bachelor’s and master’s degree in as little as five years through an accelerated program.

Admission to the master’s program requires a separate application. Students are encouraged to review eligibility requirements through The Polytechnic School’s accelerated degree programs.

Computer specifications recommendation

The IT program recommends the following specifications in laptop computer:

  • CPU: Any modern (2015+) x64-capable quad-core processor or better.
  • RAM: 16GB or more.
  • Storage: 512GB of available fast storage (e.g., SSD) or greater.
  • Operating System: Must be able to run Microsoft Windows natively or through virtualization.
  • MacBook is not recommended.

Accreditation

The information technology, BS program at Arizona State University is accredited by the Computing Accreditation Commission of ABET, http://www.abet.org.

Graduate degree options

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Artificial intelligence in information technology, MS


Join a graduate program that bridges artificial intelligence and information technology. You’ll explore trustworthy AI, cloud automation and cybersecurity while creating real-world solutions through projects. With guidance from expert faculty, you will learn to design secure and ethical AI systems that empower innovation in every industry.

Two students sit at an outdoor table in a courtyard, talking and smiling while working with a laptop and printed materials. Trees and campus seating are visible in the background.

Information technology, MS


Enhance your technical expertise and prepare for leadership in today’s technology-driven world. With the advanced IT skills and strategic mindset you gain in the program, you’ll be well positioned to manage complex systems, design solutions and guide organizations through digital change.

Available online

Three people stand on an outdoor campus walkway engaged in conversation. One person gestures while speaking as the others listen, with buildings and landscaping visible in the background.

Information technology, DIT


Advance your career in the growing field of information technology. This program leverages industry expertise, challenges paradigms and emphasizes technical skills to help you move forward in your professional field. You’ll learn to combine applied research, industry practices and leadership to build innovative solutions to complex industry challenges.

 

Cityscape at dusk with colorful digital lines and light trails representing data and connectivity across the skyline.

Cloud security architecture (graduate certificate)


Strengthen your expertise in protecting cloud-based systems. Learn how to design and secure enterprise cloud infrastructures through applied, hands-on experience. Build in-demand skills in risk management, identity protection and regulatory compliance to prepare for advanced roles in cybersecurity and cloud architecture.

More IT program information

STEM-designated

STEM designation makes students within the program at ASU eligible for STEM specific Scholarships, OPT extension for International Students, and expanded GI benefits for Student Veterans.

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