Information Technology Infrastructure Bachelor's Degree

Julia Nelson
  • Credits: 120 total, including 30 for admission
  • Availability: Also offered as a minor and certificate
  • Course Options: Evening, online, and daytime

Upgrade to a Balanced IT Degree

Position yourself for success in this industry-driven bachelor’s degree designed for working adults. Explore real-world problems and solutions through a unique combination of business and IT courses. You'll gain the in-demand technical and professional skills that can set you apart.

You can also specialize your expertise through one of six tracks (or choose a self-designed option): 

  • Data Science
  • Data Management
  • Systems
  • Security
  • Development and Operations (DevOps)
  • Networking

Requirements and Courses

You'll work with your advisor to construct a plan with 120 semester credits, including 89−98 within the major. Consult the course prerequisite guide for suggestions on the best course sequence. (See the Admission section below for information about transferring credits.)

Students apply after completing some college credits (30 for “premajor” and 45+ for “major status”). These count toward your 120+ credit total. When taken at the University, they include:

Admission Prerequisites

  • Mathematics* (Mathematical Thinking LE) (MATH 1042 or 1142 or 1271)
  • Physics I and Lab* (Physical Science LE) (PHYS 1101W or 1301W)
  • Intro to Computing & Programming Concepts* (CSCI 1103 or 1113 or 1133**)
  • Intro to Algorithms and Data Structures* (CSCI 1913 or 1933**)
  • Machine Architecture and Organization* (CSCI 2021)

Preparatory Courses

  • English Composition (WRIT 1301 or 1401)
  • Public Speaking or Interpersonal Communication (COMM 1101 or 3402 or 3605W)
  • Introduction to Statistics (STAT 1001 or 3011 or SCO 2550 or EPSY 1261)
  • Financial Accounting (ACCT 2050 or APEC 1251)
  • Technical Writing (WRIT 3001 or 3152W or 3562W, or PHYS 1101W or 1301W, or WRIT 3257)
  • Microeconomics (SOCS and GP LEs) (ECON 1101 or APEC 1101)
  • C Programming Language & Applications (INET 3101)
  • Web Infrastructure or Discrete Structures of Computer Science* (INET 3102 or CSCI 2011**)

* Required completion (or in progress) before official admission to the U of MN Bachelor of Applied Information Technology Infrastructure (ITI) major.

** Required to enroll in CSci courses beyond ITI major requirements.

  • INET 4001 Intro to Operating Systems (4 cr) (replaces CSci 4061)
  • INET 4002 Foundations of Networking (3 cr) (replaces CSci 4211)
  • INET 4031 Intro to Systems (4 cr)
  • INET 4051 IT Infrastructure Operations (3 cr)
  • INET 4082W IT Infrastructure Projects and Processes (3 cr)
  • INET 4153 Intro to Security: Policy and Regulation (4 cr)
  • INET 4707 Intro to Databases (4 cr) or CSCI 4707 Practice of Database Systems (3 cr)

You may propose an equivalent course for department approval.

Management (Choose one)

  • ABUS 4022W Management in Organizations
  • HSM 4561W Health Care Administration and Management

Business Communication

  • ABUS 4023W Communicating for Results 

Cost Accounting (Choose one)

  • ABUS 4101 Accounting and Finance for Managers
  • HSM 4541 Health Care Finance

Quality and Process Improvement (Choose one)

  • ABUS 3301 Introduction to Quality Management
  • MM 4201 Quality Engineering and Process Improvement

Business Elective

  • Must be an ABUS, IDSC, or MGMT 3XXX or 4XXX course, or other department-approved elective.

Our tracks—Data Science, Data Management, Systems, Security, DevOps, and Networking—prepare students for employment in the most current and in-demand computer technology areas.

You can also design your own course of study. Your IT infrastructure advisor will help you determine the option that best fits your career goals. 

For course descriptions, visit the University Catalog.
For course details (date, time, instructor, etc.), visit the Class Search.

Data Science

Learn to use massive amounts of data to ask questions, find patterns and anomalies, and further the research and development of industries outside of IT, such as health care and biological sciences. 

  • INET 4707 Intro to Databases (4 cr, spring and fall)
  • INET 4061 Data Science I: Fundamentals (3 cr, spring and fall)
  • INET 4710 Data Science II: Big Data Analytics (4 cr, spring)
  • 3-5 credits INET electives

Data Management

This track features hands-on experience with data, starting in relational databases, migrating to NoSQL (big data) concepts, and culminating with building infrastructure to support data management.

  • INET 4707 Intro to Databases (4 cr, spring and fall)
  • INET 4709 Data Management I: Fundamentals (3 cr, in redevelopment)
  • INET 4711 Data Management II: Distributed Systems (4 cr, spring)
  • 3-5 credits INET electives


Stepping from the fundamentals of bare metal computing to cloud, virtualization, and software-defined networking requires a unique focus. 

  • INET 4031 Intro to Systems (4 cr, spring and fall)
  • INET 4032 Systems I: Storage (4 cr, fall)
  • INET 4083 Systems II: Analysis and Design (3 cr, spring)
  • 3-5 credits INET electives


The Security track provides foundational knowledge in not just "keeping people out," but also the how and why of security breaches. This specialty examines the tools and mechanisms to track who did what, and covers the exponentially growing challenges of cloud security. 

  • INET 4153 Intro to Security: Policy and Regulation (4 cr, spring and fall)
  • INET 4165 Security I: Principles (3 cr, spring)
  • INET 4007 Security II: Cyber Security (4 cr, fall)
  • 3-5 credits INET electives


This track covers the development of applications, as well as the role of code in the building, managing, and monitoring of infrastructure and operating systems and the packages required to run those applications.

  • INET 4002 Foundations of Networking (3 cr, spring and fall)
  • INET 4021 DevOps I: Network Programming (4 cr, spring)
  • INET 4121 DevOps II: Development Strategies (4 cr, fall)
  • 3-5 credits INET electives


The Networking track develops foundational knowledge of how networks work—everything from theory to physical devices.

  • INET 4002 Foundations of Networking (3 cr, spring and fall)
  • INET 4011 Networking I: Network Administration (4 cr,  fall)
  • INET 4XXX Networking II: Emerging Technologies (4 cr, in redevelopment)
  • 3-5 credits INET electives

Additional Electives

These courses can be used in a track or to round out your 120 credits:

  • INET 3350 Special Topics in IT Infrastructure (1−3 cr, offered as needed)
  • INET 4193 Directed Study (1−4 cr, offered every semester)
  • INET 4596 Internship (1 cr, offered every semester)

Your plan will also include courses that fulfill University of Minnesota Liberal Education requirements (unless you've completed the Minnesota Transfer Curriculum at a MNSCU institution) and Writing Intensive requirements. 

While you can transfer credits from other institutions, 30+ of your 120 credits (at a GPA of 2.0+) must be at the U of M, including 24 after admission.

For more information about these requirements, visit One Stop.


The IT infrastructure degree accepts applications from students with some college credits. You may apply at either Premajor (30+ transferable credits amassed) or Major (45+ transferable credits amassed) status.

Current U of M Students: You can run a "what if" APAS report to see how your coursework meets the manufacturing program requirements.

Transfer Students: Sometimes foundation courses can be taken at another school, including community colleges. Consult Transferology to see how credits might transfer to the University of Minnesota. To learn more about the ITI major and transfer coursework, contact an advisor.

Fall Semester Application Deadline | August 1
Spring Semester Application Deadline | December 1

Premajor Admission Criteria

  • 30+ transferable premajor credits
  • +2.5 GPA
  • Demonstrated interest in IT field

Major Admission Criteria

  • 45+ transferable premajor credits
  • 2.5+ GPA
  • Completion of (or in progress) the following five courses: Short Calculus or Calculus I; Physics I and lab; Introduction to Programming; Introduction to Algorithms and Data Structures; Machine Architecture and Organization (CSCI 2021)

Secondary Review Factors

  • A pattern of steady improvement in academic performance
  • Nonacademic experience in a related field
  • Work experience, paid or unpaid
  • Extenuating circumstances

In addition to meeting specific college admission requirements, transfer students must be eligible to return to their previous colleges or universities. The University also reserves the right to deny admission to an otherwise admissible applicant if the University determines that the applicant's enrollment would not be in the applicant's and/or the University's best interest.

Transcript Review

If you have a PDF of your transcript available, an advisor would be happy to review your transcript and send you a report of what transfers.

Career Outlook

  • $110K Annual mean salary of computer network architects 
  • $97K Annual mean salary of information security analysts 
  • $91K Annual mean salary of database administrators 

Source: US Department of Labor, Bureau of Labor Statistics (2018 Minnesota data)

Industry Overview

Employment of computer and IT occupations is expected to add about 546,100 new jobs from 2016-26, in part due to a greater emphasis on cloud computing, big data, and information security (Bureau of Labor Statistics).

Employers are looking for highly qualified people who can work in multidisciplinary teams, with both solid business acumen as well as “soft” skills, like communicating, problem solving, and adaptability.

IT Infrastructure Graduate Outcomes

Below is a snapshot of information we collected from our alumni in the first year after graduation (averages of the years 2013−2018).

Paid employment: 93%
Closely/somewhat related to major: 97%
Very/moderately satisfied with job: 90%

IT Infrastructure Graduate Positions

  • Computer Systems Manager    
  • DevOps Engineer
  • Software Engineer    
  • Senior Network Security Engineer    
  • Business Development Manager
  • Systems Analyst    
  • Software Developer

Visit Career and Internship Services for job search and internship resources, employment listings, and alumni data.

Connect with other U of M students and alumni to share job, internship, and volunteer information on GoldPASS.

Career Paths by Track

    Students will have a strong path into the data science industry with an applied knowledge of how companies and organizations are using data in new and different ways. Your business card might read:

    • Business Intelligence Analyst
    • Information Technology Analyst
    • Application Integration Engineer
    • Software Engineer
    • Program Research Specialist
    • Statistical Analyst

    The ability to manage data is the key to making important decisions and creating new ways to improve business. Your business card might read:

    • Database Manager
    • Database Administrator (DBA)
    • Database Analyst
    • Database Programmer
    • Management Information Systems Director (MIS)
    • Programmer Analyst

    Systems experts bring business and IT together by analyzing an organization’s systems and procedures and designs solutions to help it operate more efficiently and effectively. Your business card might read:

    • Applications Analyst
    • Business Systems Analyst
    • Information Systems Analyst (ISA)
    • Systems Engineer
    • Information Systems Analyst
    • Management Information Systems Manager

    The growing capabilities of technology mean that there are more valuable data to manage and secure, and ensuring that security will always be an area worthy of examination. There will be a shortage of 1.8 million information security workers by 2022, according to a Center for Cyber Safety and Education study

    Your business card might read:

    • Computer Security Specialist
    • Data Administrator
    • Information Security Manager
    • Information Security Officer
    • Information Systems Security Analyst
    • Information Technology Specialist

    There is a tremendous demand to simplify and commoditize core tasks to create infrastructure, operating systems, and applications so that consumers will be able to use applications faster. Your business card might read:

    • Computer Network Specialist
    • Network Technical Analyst
    • IT Infrastructure and Operations Manager
    • System Engineer
    • Software Performance Engineer
    • Business Development Operation Manager

    Networking is both a physical and logical way to understand how data flows, but it is also critical in understanding how software enables computing devices to transmit data. Your business card might read:

    • Information Technology Director
    • Local Area Network (LAN) Administrator
    • Network Engineer
    • Systems Administrator
    • Network Analyst
    • Telecommunications Engineer

    Internships and Directed Study


    An optional internship (INet 4596) provides admitted students with the opportunity to gain hands-on experience. Or, if you are already employed, you may be able to create a new project within your current role. The internship earns one credit.

    Directed Study Option

    If you have a project in mind that does not involve an employer, you may instead enroll in a Directed Study (INet 4193). A Directed Study is a self-designed research project. It will typically have a credit level of 1 to 4 credits and will include delivery of a paper and a presentation.

    Tuition, Fees, and Financial Aid

    We want to ensure you have access to the education you want. Find out more about financial aid or talk to our scholarship advisor.

    Learn More

    Complete the form below to learn more about the Information Technology Infrastructure program.

    Contact Information

    612-624-4000 or 800-234-6564 |

    20 Ruttan Hall, 1994 Buford Ave, Saint Paul, MN 

    In-Person Hours: Monday−Friday, 8 a.m.−4:30 p.m.

    Phone Hours: Monday−Friday, 8 a.m.−4:30 p.m.