2026-2027 Course Catalog
Artificial Intelligence and Autonomous Systems, B.S.**
|
|
**This program is not currently accepting new students.**
The Bachelor of Science in Artificial Intelligence and Autonomous Systems is a 120-credit undergraduate program designed to prepare students for professional careers in artificial intelligence, robotics, automation, and intelligent systems engineering. The program focuses on the integration of AI algorithms, autonomous decision-making, machine learning, control systems, and embedded technologies to design and implement intelligent machines and autonomous platforms that interact safely and effectively with the physical world. Students learn to design, analyze, and manage systems that combine perception, computation, and control - from industrial robots and drones to intelligent vehicles and smart infrastructures.
Program Educational Objectives
Graduates of the Artificial Intelligence and Autonomous Systems program will:
- Enter the workforce as knowledgeable, ethical professionals contributing to the design, programming, and deployment of AI-driven and autonomous systems.
- Apply computational and engineering principles to develop intelligent solutions that integrate software, hardware, data, and real-world context.
- Communicate effectively and work collaboratively in interdisciplinary environments involving AI, robotics, control, and data systems.
- Pursue lifelong learning through professional development, certification, or graduate education in artificial intelligence or related fields.
Student Learning Outcomes
Upon graduation, students will be able to:
- Identify, formulate, and solve complex computing or engineering problems using AI and machine learning principles.
- Apply design thinking to develop intelligent and autonomous systems that meet user needs and constraints including safety, ethics, and sustainability.
- Communicate technical information clearly in written, oral, and visual formats to a variety of audiences.
- Analyze the societal, legal, and ethical implications of artificial intelligence and autonomy and make informed professional judgments.
- Function effectively as members or leaders of diverse, multidisciplinary teams.
- Design, conduct, and evaluate experiments or simulations to validate intelligent system performance.
- Acquire and integrate new knowledge and tools to stay current in a rapidly changing technological landscape.
|
