Applied Artificial Intelligence
Overview
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.
- 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.
- Prepare and manage data for AI applications by performing data collection, cleaning, preprocessing, feature preparation, and documentation aligned with quality and governance expectations.
- Develop and evaluate AI solutions by training or configuring models, validating performance with appropriate metrics, and interpreting results for technical and non-technical stakeholders.
- 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.
- Monitor and maintain AI-enabled solutions by identifying model drift, documenting changes, and applying basic practices for reliability, security, and ongoing improvement.
- 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.
- 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.
Learning Outcomes
Graduates of the BSAAI program will be able to:
- CourseCredit 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
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
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
CAPS 490 - Undergraduate Capstone
4.5
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.
Common Core (7 Courses)
Program Core (10 Courses)
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.