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Master of Science in Information Technology (MSIT) Degree
Online Master's Degree in Information Technology (IT)
The online IT Master's degree program is designed for students seeking to advance into leadership roles in the field of information technology. The online Master of Science in Information Technology (MSIT) degree is designed to provide students the opportunity to develop knowledge, skills, and abilities relevant to the workforce. The program emphasizes hands-on, problem-based learning.
In this industry-focused curriculum, you will have an opportunity to study how to design, analyze, test, and implement systems. You can also explore software development management, global technology management, enterprise architecture, and technological innovations. You will have the opportunity to study and apply advanced technical communications throughout the program. Courses focus on both technical topics and legal and ethical issues.
Next start date
Program Credits
45
Each Course Length
5 Weeks
Location
Online,
Atlanta,
Houston,
Classes start on Sep 03, 2025
Online MSIT Overview
This one-year online master's degree program in IT is designed to help students develop industry-relevant knowledge and skills, giving them the opportunity to prepare to pursue the next step in their career path.
In this specialized curriculum, you can study the skills needed to lead an organization’s information technology projects, processes, and department. The areas covered include systems analysis & design, technical communication, software development lifecycle, global technology management, enterprise architecture, and emerging technologies.
Program concentrations:
Online MSIT Courses
Course Name
& Number
Course Number
Credits
Program Core
|
System Analysis and Design
ITCO502
This course focuses on advanced concepts in systems analysis, modeling, system design, testing, and implementation. Models covered in this course can include dynamic, static, and structural. Students have the opportunity to learn and use Computer-Aided Software Engineering (CASE) tools.
This course focuses on advanced concepts in systems analysis, modeling, system design, testing, and implementation. Models covered in this course can include dynamic, static, and structural. Students have the opportunity to learn and use Computer-Aided Software Engineering (CASE) tools.
|
ITCO502 | 4.5 | ||||
|
Advanced Technical Communication
ITCO512
This course is designed to provide students with skills to create and present oral, written, and visual technical communication in a variety of forms and in different professional settings. Emphasis is placed on the importance of stakeholders, situational requirements, and various forms of communication to include executive briefs, design specifications, project plans, user manuals, and position papers, and formal recommendations.
This course is designed to provide students with skills to create and present oral, written, and visual technical communication in a variety of forms and in different professional settings. Emphasis is placed on the importance of stakeholders, situational requirements, and various forms of communication to include executive briefs, design specifications, project plans, user manuals, and position papers, and formal recommendations.
|
ITCO512 | 4.5 | ||||
|
Software Development Management
ITCO522
This course is designed to provide students with the requisite knowledge to oversee or lead software development. Topics can include the principles of object-oriented software development, software quality assurance, agile methodology, and scrum.
This course is designed to provide students with the requisite knowledge to oversee or lead software development. Topics can include the principles of object-oriented software development, software quality assurance, agile methodology, and scrum.
|
ITCO522 | 4.5 | ||||
|
Global Technology Management
ITCO532
This course is designed to provide students with the requisite knowledge to oversee or lead software development. Topics can include the principles of object-oriented software development, software quality assurance, agile methodology, and scrum.
This course is designed to provide students with the requisite knowledge to oversee or lead software development. Topics can include the principles of object-oriented software development, software quality assurance, agile methodology, and scrum.
|
ITCO532 | 4.5 | ||||
|
Enterprise Architecture
ITCO542
This course focuses on enterprise systems architecture and related tools and frameworks. Students will have the opportunity to analyze enterprise requirements and recommend specific architecture based on requirements. Infrastructure components of data, software, hardware, networks, and architecture are covered along with a focus on data storage, hyperscale computing, and risk management.
This course focuses on enterprise systems architecture and related tools and frameworks. Students will have the opportunity to analyze enterprise requirements and recommend specific architecture based on requirements. Infrastructure components of data, software, hardware, networks, and architecture are covered along with a focus on data storage, hyperscale computing, and risk management.
|
ITCO542 | 4.5 | ||||
|
Innovations and Emerging Media
ITCO552
This course is designed to provide students with the opportunity to learn about current information technology innovations and emerging media. Contemporary topics may include artificial intelligence, machine learning, blockchains, cryptocurrencies, IoT, autonomous vehicles, and digital media. Specific focus is placed on the resultant ethical, social, legal, and cultural issues such as net neutrality, broadband regulation, privacy, and intellectual property rights.
This course is designed to provide students with the opportunity to learn about current information technology innovations and emerging media. Contemporary topics may include artificial intelligence, machine learning, blockchains, cryptocurrencies, IoT, autonomous vehicles, and digital media. Specific focus is placed on the resultant ethical, social, legal, and cultural issues such as net neutrality, broadband regulation, privacy, and intellectual property rights.
|
ITCO552 | 4.5 | ||||
|
Capstone
ITCO592
This course is designed to provide students with the opportunity to demonstrate mastery and critical knowledge from the MSIT degree program. Concepts, content, and knowledge from the MSIT program and selected concentration area are designed to help students perform a comprehensive analysis and study in a selected area of interest. Students are required to conduct research in their concentration area and prepare a formal technical report detailing their research and application of prior course concepts.
This course is designed to provide students with the opportunity to demonstrate mastery and critical knowledge from the MSIT degree program. Concepts, content, and knowledge from the MSIT program and selected concentration area are designed to help students perform a comprehensive analysis and study in a selected area of interest. Students are required to conduct research in their concentration area and prepare a formal technical report detailing their research and application of prior course concepts.
|
ITCO592 | 4.5 | ||||
| 31.5 Total Credit Hours | 31.5 Total Credit Hours | |||||
Program Learning Outcomes
- Scientific Methods
Design IT architecture to solve organizational requirements. - Application
Design plans for IT projects, programs, and operations. - Communication
Communicate technical information in various professional settings. - Big Picture
Evaluate emerging technologies in support of organizational goals. - Management
Demonstrate the ability to manage processes specific to an IT domain.
This program is not designed to meet the educational requirements for a specific professional license or certification that is required for employment in an occupation. As such, AIU has made no determination regarding prerequisites for licensure or certification in any state or jurisdiction.
Classes Overview
For an Online Information Technology Master's Degree, your classes may include:
System Analysis and Design
This course focuses on advanced concepts in systems analysis, modeling, system design, testing, and implementation. Models covered in this course can include dynamic, static, and structural. Students have the opportunity to learn and use Computer-Aided Software Engineering (CASE) tools.
Advanced Technical Communication
This course is designed to provide students with skills to create and present oral, written, and visual technical communication in a variety of forms and in different professional settings. Emphasis is placed on the importance of stakeholders, situational requirements, and various forms of communication. Featured forms of communication may include executive briefs, design specifications, project plans, user manuals, position papers, and formal recommendations.
Software Development Management
This course is designed to provide students with the requisite knowledge to oversee or lead software development. Topics can include the principles of object-oriented software development, software quality assurance, agile methodology, and scrum. No previous programming knowledge or skills are assumed.
Global Technology Management
This course focuses on the global nature of technology and the management of technology in the international business environment. Key concepts can include risk management, legal issues, ethical issues, cooperation, and competition.
Innovations and Emerging Media
This course is designed to provide students with the opportunity to learn about current information technology innovations and emerging media. Contemporary topics may include artificial intelligence, machine learning, blockchains, cryptocurrencies, IoT, autonomous vehicles, and digital media. Specific focus is placed on the resultant ethical, social, legal, and cultural issues such as net neutrality, broadband regulation, privacy, and intellectual property rights.
Innovations and Emerging Media
This course is designed to provide students with the opportunity to learn about current information technology innovations and emerging media. Contemporary topics may include artificial intelligence, machine learning, blockchains, cryptocurrencies, IoT, autonomous vehicles, and digital media. Specific focus is placed on the resultant ethical, social, legal, and cultural issues such as net neutrality, broadband regulation, privacy, and intellectual property rights.
Course content subject to change.
Why AIU
Faculty
Locations
Ways To Save
Mobile App
Accreditation
FAQ
An online Master of Science in Information Technology (MSIT) is a graduate-level program designed to deepen professionals’ expertise in designing, implementing, and managing technology solutions through a fully online format. Coursework typically explores advanced topics, including cloud architecture, data analytics, cybersecurity, enterprise networking, and IT project leadership. Pursuing an online MSIT offers the opportunity to refine technical skills and strategic decision-making abilities—all with the flexibility to study from anywhere. In addition to the online option, AIU also offers this graduate IT program on campus at its locations in Houston and Atlanta.
Yes, you can earn a Master of Science in Information Technology (MSIT) entirely online. AIU is a member of the American InterContinental University System. The System is accredited by the Higher Learning Commission (hlcommission.org), an institutional accreditor recognized by the U.S. Department of Education. Our online graduate IT degree program is designed to offer flexibility, enabling students to balance advanced coursework with personal and professional commitments. In addition to the fully online option, AIU also offers this master’s degree program on campus at its Houston and Atlanta locations.
Some potential career paths for an MSIT may be*:
Computer Programmer - Writes, tests, debugs, and maintains software code, translating design specifications into efficient, reliable programs and updating existing applications to meet new requirements.
Computer Systems Analyst - Evaluates an organization’s existing computer systems and procedures, recommending technology solutions that improve efficiency and align IT capabilities with business goals.
Information Security Analyst - Monitors networks and systems for security breaches, develops protective measures, and implements policies to safeguard sensitive data against cyber threats.
Computer and Information Systems Manager - Oversees an organization’s IT operations, managing staff, budgets, and strategic planning to ensure that technology resources effectively support business objectives.
Software Developers, Quality Assurance Analysts, and Testers - Creates, tests, and maintains software applications or systems, translating user needs into functional code and collaborating with cross-disciplinary teams to deliver reliable products.
Explore related computer and information technology-related job positions and descriptions from the Bureau of Labor Statistics.
*AIU cannot guarantee employment or salary. The list of career paths related to this program is based on a subset from the Bureau of Labor Statistics CIP to SOC Crosswalk. Some career paths listed above may require further education or job experience.
To start on your path to pursuing a MSIT at AIU, follow these steps:
- Explore AIUs accredited program to see how advanced courses—covering topics such as cloud architecture, cybersecurity, data administration, and IT project leadership—connect to your professional goals.
- Review the admission requirements, which typically include a high school diploma or equivalentAIU does not require SAT or ACT scores for enrollment.
- Evaluate tuition and financial aid options, including scholarships, grants, or payment plans that may help make your education more accessible.*
- Submit your application before the next term begins - once accepted, familiarize yourself with AIU’s online learning platform to prepare for your courses and begin working toward your master’s in information technology.
*University grants or scholarships are based on established criteria as published in the University Catalog or on its website and are awarded after verification that the conditions of eligibility have been met.
AIU’s online Master of Science in Information Technology is structured as a 12-month program, but your actual completion time can be shorter or longer based on factors such as transferred credits, the number of courses you take each term, and any breaks you choose to schedule.
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Classes start September 3, 2025
