MSIS Artificial Intelligence Systems Management

Program Overview

Strayer University's MSIS with an Artificial Intelligence Systems Management concentration equips students with the knowledge and skills to understand AI technologies, implement AI initiatives, and manage AI systems effectively. The program consists of 12 courses, including core subjects in AI systems management, AI strategy, and innovation. Students develop skills such as evaluating AI technologies, creating implementation strategies, and overseeing AI projects to meet business goals. The program is designed for professionals seeking to advance their careers in the intersection of AI and business.

Program Outline

This concentration is suitable for individuals who are interested in the intersection of AI and business strategies.

Outline:

• Program Structure: The program consists of 12 courses, each lasting 11 weeks.
The overall program length depends on how many courses you take at a time.
• Individual Modules:
• CIS-509 - Fundamentals of AI Systems Management:
This course provides a comprehensive introduction to the fundamentals of AI systems management. It covers various AI strategies and their impact on business performance and capabilities. Students will gain an understanding of how AI can be leveraged to optimize business processes, improve decision-making, and drive innovation. Emphasis will be placed on understanding the managerial aspects of AI, such as aligning AI strategies with business goals, assessing ethical considerations, and managing risks associated with AI systems. Students will learn how to develop AI strategies aligned with business goals, create implementation roadmaps, and overcome common challenges associated with AI adoption. They will explore topics such as data governance, privacy, and security in the context of AI implementation while gaining hands-on experience through practical exercises and case studies. Prerequisite: CIS509
• CIS-548 - AI for Innovation and Strategic Decision-Making:
This course explores how AI can drive innovation and support strategic decision-making within organizations. Students will learn about AI-enabled innovation processes, such as generative design, deep learning, reinforcement learning, and advanced analytics. Students will explore ethical considerations, bias mitigation, and the responsible use of AI systems while working on real-world projects to apply AI techniques to strategic business challenges. Prerequisite: CIS509
• CIS 510 - Advanced Systems Analysis and Design:
This course provides an integrated approach to system analysis and design processes. Students will explore advanced topics to evaluate and select system development methodologies and design system solutions. The role of effective interpersonal communication techniques and integration practices with users and user systems is emphasized. Emphasis will be placed on the application and strategic use of database systems. Students will examine and address real-world projects and problems and apply project management techniques to create practical solutions. The course takes an integrative and senior management approach to address the integration of a broad range of technologies inclusive of databases, security, networking, computer infrastructure, and human computer interaction.

Careers:

• Potential Career Paths:
• Security engineer
• Security consultant
• Network security engineer
• Network engineer
• Employment Settings:
• Engineering
• Land-based or online college or university
• Insurance carrier
• Consulting firm
• Bank
• Government – local, state, federal
• Skills Developed:
• Evaluate data or information by breaking it down to identify underlying principles, reasons, or facts.
• Create specific goals and plan and prioritize your work to meet those goals.
• Oversee projects to guarantee they meet budget, timeline, and scope expectations.
• Conduct surveys, connect with customers, or use other methods to evaluate customer needs and priorities.
• Create implementation strategies that incorporate cost-benefit or return on investment (ROI) analyses.
• Identify project resourcing needs and recognize when additional support is needed.
• Conduct risk assessments and create response strategies.
• Review an organization’s technology use and suggest ways to improve it, including hardware and software upgrades.
• Determine project feasibility and requirements based on data processing proposals.

Other:

• Accreditation: Strayer University is an accredited institution and a member of the Middle States Commission on Higher Education (MSCHE or the Commission) www.msche.org.
Strayer University’s accreditation status is Accreditation Reaffirmed. The Commission’s most recent action on the institution’s accreditation status on June 22, 2017, was to reaffirm accreditation. The Commission’s geographic area of accrediting activities is throughout the United States.
• Class Size: Class size varies based on course objectives and the teaching demands of the subject matter.
• Transfer Credits: Courses from another institution may be eligible for transfer credits to Strayer, which can help reduce the number of courses you need to graduate and your overall tuition.
You can transfer up to four classes toward your master’s degree. Students enrolled in the Master of Business Administration in North Carolina or Pennsylvania may transfer up to four classes.
• Military Tuition Assistance: Scholarships are offered to eligible students currently serving in the military, as well as military spouses.
Strayer is also approved by Veterans Affairs to accept and process veteran education benefits.
• Veteran Benefits: In addition to participating fully in the Yellow Ribbon Program, Strayer is approved by Veterans Affairs to accept and process veteran education benefits.
Student veterans can receive transfer credit for military training and life experiences.
• Alumni Satisfaction: 86% of Strayer master's alumni agree that Strayer was the right choice for earning their degree.
(Strayer Alumni Survey, 2023)