Master of Science Degrees in Technology, Business, and Management
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Master’s Program with a Concentration in Artificial Intelligence
The University of North America (UoNA) offers the Master’s Program
with a Concentration in Artificial Intelligence to prepare graduate
students and working professionals to lead AI-driven innovation
across diverse industries. This advanced program provides a
comprehensive foundation in machine learning, deep learning, natural
language processing, generative AI, data analytics, and responsible
AI governance. Students learn to evaluate AI opportunities, develop
and deploy AI-enabled solutions, interpret data-driven insights, and
navigate the ethical, legal, and regulatory considerations
associated with artificial intelligence in modern organizational
environments.
Designed for individuals seeking to enhance their career pathways with high-demand AI skills, the program integrates interdisciplinary coursework with practical, hands-on learning experiences. Students develop the technical proficiency and strategic judgment necessary to implement AI technologies that advance operational efficiency, strategic decision-making, and digital transformation initiatives. To tailor the degree to their professional goals, students select one of five specialized concentration tracks, each aligned with key industry domains.
Designed for individuals seeking to enhance their career pathways with high-demand AI skills, the program integrates interdisciplinary coursework with practical, hands-on learning experiences. Students develop the technical proficiency and strategic judgment necessary to implement AI technologies that advance operational efficiency, strategic decision-making, and digital transformation initiatives. To tailor the degree to their professional goals, students select one of five specialized concentration tracks, each aligned with key industry domains.
AI in Business
This concentration focuses on leveraging artificial intelligence to enhance business strategy, operational efficiency, marketing analytics, customer engagement, and innovation management. Students explore how AI-driven automation, predictive analytics, and generative AI tools create competitive advantage and support data- informed decision-making across enterprise environments.
AI in Finance & Accounting
This concentration applies AI methodologies to financial reporting, auditing, fraud detection, forecasting, budgeting, risk assessment, and managerial accounting. Students gain expertise using AI tools to automate workflows, improve accuracy, detect anomalies, strengthen internal controls, and deliver actionable financial insights in support of organizational strategy.
AI in Healthcare
This concentration examines AI applications across clinical care, healthcare administration, population health, and public health systems. Students study AI-assisted diagnostics, predictive health analytics, healthcare data management, workflow automation, and interoperability standards. Emphasis is placed on regulatory compliance, privacy, security, and ethical considerations unique to healthcare environments.
AI in Cybersecurity
This concentration integrates AI and machine learning into modern cybersecurity practices, focusing on threat detection, digital forensics, SOC automation, secure AI system design, and adversarial machine learning. Students develop the skills needed to analyze cyber threats, automate investigative processes, protect AI-driven systems, and defend organizations against increasingly sophisticated digital attacks.
AI in Information Technology
This concentration prepares students to apply AI across enterprise IT environments, cloud ecosystems, and software development processes. Students explore intelligent automation, cloud-based AI services, data engineering, AI-enabled DevOps, and IT infrastructure optimization. The track emphasizes designing and managing AI-powered systems that support digital transformation and enhance IT service delivery.
AI in Computer Science
This concentration is designed for technically oriented students seeking advanced expertise in AI system design, algorithm development, and computational methods. The track provides rigorous training in programming, algorithms, software engineering, data structures, and systems design while integrating advanced AI concepts such as machine learning, deep learning, natural language processing, and generative models. Students learn to build, evaluate, and optimize AI-enabled systems within complex enterprise architectures, cloud environments, and data-intensive applications. This concentration prepares graduates to become technical leaders capable of designing and deploying scalable AI solutions across diverse computing domains.
AI Concentration Tracks
Graduate Programs Overview
UoNA offers a select group of focused master’s degree programs
designed to provide a high quality, practitioner-oriented education
to students from around the world. Courses within the master’s
degree programs are delivered on-ground and online. Each program has
multiple specializations to choose from.
Applied learning is an integral part all master’s programs offered at UoNA. Success in the academic programs relies on students having access to a work environment that allows them to apply the course content and activities. Concurrent work experience provides a direct link between the knowledge gained in the courses and the application of that knowledge in practice.
Applied learning is an integral part all master’s programs offered at UoNA. Success in the academic programs relies on students having access to a work environment that allows them to apply the course content and activities. Concurrent work experience provides a direct link between the knowledge gained in the courses and the application of that knowledge in practice.
Master of Science in Hospitality Management (MSHM)
The goal of the Master of Science in Hospitality Management is a business-focused hospitality degree designed to help students with hospitality industry experience rise to new levels. It provides the executive management, leadership and analytical skills needed to advance within the industry.
learn moreMaster of Science in Computer Science (MSCS)
The goal of the Master of Science in Computer Science (MSCS) is to prepare technical computing specialists. As such, the program provides students with a solid background in computing and technology in order to prepare them to work within business enterprises.
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The goal of the Master of Science in Information Technology is to produce graduates that are prepared to meet the technology and operations needs of modern businesses. As such, the program provides students with a solid background in both business and information technology in order to prepare them to work within business enterprises.
learn moreMaster of Business Administration (MBA)
The goal of the MBA program is to prepare students to become managers in leadership positions for industry, government, and the not-for-profit sector and to provide them with a breadth and depth of knowledge that is supported by the ability to effectively address real world issues. The program has an international focus, and themes and cases drawn from all parts of the world are interwoven throughout.
learn moreMaster of Science in Accounting and Finance (MSAF)
The goal of the MSAF program is to prepare managers to make sound accounting and financial decisions. Accounting and financial analysts who are able to identify and create solutions based on accurate quantitative analysis and compliance with current accounting and finance regulations. Topics include preparation of tax documents, auditing methods, budgeting, cost analysis, investment forecasting, and financial reporting. The integrated curriculum includes accounting and finance concepts and applications that enable graduates to become efficient managers of effective monetary transactions and investment leaders to support nation and international businesses and institutions.
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The goal of the MSCYS program is to equip technologists with the competencies to develop, implement and maintain an effective cyber defense strategy for a range of organizations. Topics include network and systems security, identity management, network defense, information assurance compliance, strategic planning, organizational leadership, disaster recovery, business continuation and cybersecurity ethics. With emphases on governance, leadership, and responsibilities, the strong analytical and ethical concepts and applications will provide technology specialists with the tools to create and monitor business and enterprise security in an ever-connected cyber world.
learn moreMaster of Science in Management and Data Analytics (MSMDA)
The goal of the MSMDA program is to prepare analysts who are able to identify and frame business decisions, including acquisition, management, and utilization of big and fast-moving streams of data. Objectives emphasize the creation, analysis, solution, interpretation, and presentation of models using appropriate mathematical approaches and analytical tools by providing an integration of these concepts and skills. The breadth and depth of management and data analytics theories and applications support the ability of graduates to become future industry leaders who can effectively design and manage decision models that can be utilized in the global marketplace.
learn moreMaster of Science in System and Application Engineering (MSSAE)
The goal of the System and Application Engineering program is to advance the knowledge and competency of engineers and IT specialists in current and emerging technology and applications, including cloud infrastructures and mobile computing. System and application architecture are examined to enable graduates to design, operate, and maintain systems, networks and applications for a range of enterprises and organizations. Complex systems and applications are investigated within current operational and security issues. Exercises in data analytics, virtual machines, artificial intelligence, and specialized system solutions are applied for optimizing operational efficiency.
learn moreMaster of Science in Educational/Instructional Technology (MSEIT)
The goal of the Educational/Instructional Technology program is to enrich the ability of educators to adapt teaching methods by including technologies to promote active learning. The accessibility of technology and digitalization of resources for all students are explored. Applications include enhancing instruction, curriculum, and assessment with data- and technology-driven approaches. Topics in individualized and out-come based learning utilizing technologies are investigated. Emphases on leadership, innovation, and ethical considerations will provide educators with the fluency to develop and manage instructional technology in the classroom and system-wide initiatives.
learn moreCertificate in Organizational Leadership (OL)
The intent of the Organizational Leadership certificate is to prepare executives to develop and analyze management strategies that can be utilized in private businesses, government agencies, and other professional environments. Managerial leaders who are able to identify and create solutions based on analyses to improve organizational effectiveness that advance operations and systems. Graduates from a self-selected area who have the tools to improve performance and outcomes by providing leadership within an organization or a department within an organization. Managers with the competencies to lead local, national, and global organizations by clearly presenting and implementing effective strategies and applications.
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