BEE 7600

Nucleic Acid Engineering

Course Description

Course information provided by the 2025-2026 Catalog.

Nucleic Acid Engineering provides a comprehensive examination of the engineering aspects of nucleic acids beyond their biological context. By integrating molecular biology, bioengineering, and Artificial Intelligence, this course promotes a multidisciplinary and active learning environment. It explores the structure-property-function relationships of nucleic acids, focusing on the development of various nanostructures, devices, and materials derived from nucleic acids. The course also covers molecular toolkits for nucleic acid manipulation, their non-biological functions, and practical applications.

Enrollment Priority REF-FA25 Enrollment limited to: graduate students; seniors with permission from instructor.

Last 4 terms offered (None)

Outcomes REF-FA25

• Describe and identify the structures and functions of nucleic acids, demonstrating a deep understanding of their biological and engineering aspects.
• Apply engineering principles to biological molecules, specifically connecting these principles to the manipulation and use of nucleic acids.
• Design and evaluate nucleic acid-based systems, showcasing their ability to conceive and assess innovative engineering solutions.
• Utilize AI in nucleic acid engineering projects, applying AI tools to enhance the design and analysis of nucleic acid systems.

View Enrollment Information