Undergraduate

Applied Artificial Intelligence

    Overview

    The Bachelor of Science in Applied Artificial Intelligence (BSAAI) prepares students to apply artificial intelligence to solve real-world organizational problems and to implement AI-enabled solutions responsibly across industry domains. The program emphasizes hands-on development of AI applications, including data preparation, model selection and evaluation, prompt-driven and model-assisted workflows, system integration, deployment fundamentals, monitoring, and governance.

    Students develop the computing and quantitative foundations needed to effectively use AI systems while focusing on workplace applications of real datasets and end-to-end use cases. Program core courses feature virtual lab exercises completed with cloud-based and open-source tools such as Google Colab, Visual Studio Code, and Anaconda. The curriculum prepares graduates for roles such as AI Application Developer, AI Analyst, Data/AI Specialist, and other positions requiring integral AI competencies.

    The BSAAI program comprises 40 courses for a total of 180 quarter-hour credits, delivered in UoNA's hybrid format of online coursework and on-campus Saturday sessions. All UoNA bachelor's degree courses are 4.5 quarter-hour credits.

    Learning Outcomes

    Graduates of the BSAAI program will be able to:

    1. Apply AI methods to practical problems by selecting appropriate techniques (including machine learning, deep learning, and generative AI) based on requirements, constraints, and risk considerations.
    2. Prepare and manage data for AI applications by performing data collection, cleaning, preprocessing, feature preparation, and documentation aligned with quality and governance expectations.
    3. Develop and evaluate AI solutions by training or configuring models, validating performance with appropriate metrics, and interpreting results for technical and non-technical stakeholders.
    4. Integrate AI into software and business processes by deploying AI components through APIs or tools, implementing human-in-the-loop workflows where appropriate, and supporting operational use.
    5. Monitor and maintain AI-enabled solutions by identifying model drift, documenting changes, and applying basic practices for reliability, security, and ongoing improvement.
    6. Demonstrate responsible and compliant AI practice by identifying bias and privacy risks, applying transparency and accountability principles, and adhering to relevant ethical and regulatory expectations.
    7. Deliver an applied portfolio-level project that demonstrates end-to-end implementation of an AI solution, including problem definition, data workflow, solution design, evaluation, and communication of outcomes.

    Curriculum

    General Education (14 Courses)

    Students select 14 general education courses from the list below, with a minimum of one course from each of the three general education categories: Science and Mathematics, Arts and Humanities, and Social Science.

    • Course
      Credit Hrs
    • ENGL 101 - Oral Communications

      4.5

    • ENGL 102 - English Composition

      4.5

    • ENGL 103 - Advanced Writing

      4.5

    • DIGI 201 - Information Literacy in Contemporary Society

      4.5

    • FINS 201 - Financial Literacy in Contemporary Society

      4.5

    • MATH 101 - College Algebra

      4.5

    • MATH 102 - Calculus

      4.5

    • QANT 301 - Statistics

      4.5

    • SOSC 101 - Sociology

      4.5

    • SOSC 102 - Psychology

      4.5

    • SOSC 103 - Political Science

      4.5

    • SOSC 201 - Law and Ethics

      4.5

    • SOSC 202 - American Cultural Studies

      4.5

    • SOSC 203 - World History – Ancient to 1750

      4.5

    • SOSC 204 - World History – 1750 to Present

      4.5

    • SCIN 201 - Future Studies

      4.5

    Common Core (7 Courses)

    • BSAI 201 - Principles of Artificial Intelligence

      4.5

    • INST 201 - Introduction to Information Systems

      4.5

    • MGMT 110 - Business Communications

      4.5

    • MGMT 201 - Principles of Management

      4.5

    • MGMT 203 - Principles of Project Management

      4.5

    • RESH 401 - Research Methods

      4.5

    • TECH 301 - Technology Management

      4.5

    Program Core (10 Courses)

    • BSAI 204 - Essential Applications for AI

      Examine machine learning, deep learning, natural language processing, computer vision, and generative AI, focusing on how applications are selected to solve organizational problems. Prerequisite: None.

      4.5

    • BSAI 206 - Programming for AI Applications (Python)

      Build AI-enabled applications in Python, including working with AI libraries, REST APIs, structured and unstructured data, and automation frameworks. Prerequisite: None.

      4.5

    • BSAI 208 - Data Preparation and Feature Engineering for AI

      Collect, clean, transform, validate, and document real datasets for AI systems, with attention to data governance and ethical handling of sensitive information. Prerequisite: BSAI 206.

      4.5

    • BSAI 302 - Machine Learning for Applied Solutions

      Implement supervised and unsupervised models for classification, regression, clustering, and anomaly detection, and present findings to technical and non-technical stakeholders. Prerequisite: BSAI 206.

      4.5

    • BSAI 304 - Applied Deep Learning and Generative AI

      Build image, text, and predictive models with deep learning frameworks, and apply transformer models and prompt-driven generative AI tools. Prerequisite: BSAI 302.

      4.5

    • BSAI 402 - AI Systems Integration and Deployment

      Integrate AI models into software systems through APIs, containerization, and cloud deployment, with practical MLOps fundamentals for monitoring and version updates. Prerequisite: BSAI 302.

      4.5

    • BSAI 404 - AI for Business and Organizational Applications

      Design AI-enabled solutions aligned with organizational objectives, including ROI analysis, adoption strategy, change management, and vendor evaluation. Prerequisite: BSAI 204.

      4.5

    • BSAI 405 - Responsible and Ethical AI Implementation

      Address bias, fairness, privacy compliance, risk management, and accountability frameworks for deploying AI systems in the real world. Prerequisite: BSAI 204.

      4.5

    • BSAI 406 - AI Product Development and Innovation

      Manage the lifecycle of AI-enabled products, from problem definition and prototyping through validation, roadmaps, and executive communication. Prerequisite: BSAI 304.

      4.5

    • BSAI 408 - AI Automation and Intelligent Workflows

      Design AI-driven automation using prompt engineering, document processing, chatbots, and decision-support systems to improve operational performance. Prerequisite: BSAI 304.

      4.5

    Elective (8 Courses)

    Students with guidance from their academic advisor will select 8 elective courses. The undergraduate-level courses offered by UoNA for the bachelor’s programs are available in the catalog at uona.edu/catalogs.

    Capstone (1 Course)

    • CAPS 490 - Undergraduate Capstone

      4.5

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