Graduate degree programs

This program integrates AI engineering with advanced manufacturing, preparing students to apply machine learning, computer vision and natural language processing. Graduates will learn AI engineering foundations, data collection and AI ethics and social responsibility.

This program blends advanced AI and robotics engineering, preparing students to apply machine learning, automation and generative AI in real-world systems. Graduates gain in-demand skills for roles in robotics, AI and industrial innovation.

This program prepares students to lead in smart manufacturing, combining automation, materials processing and systems management. Graduates gain advanced skills to design efficient, high-tech production systems and excel in roles across diverse industries.

This program equips students to design and manage complex robotic and autonomous systems. With a focus on systems engineering, AI and automation, graduates are prepared for advanced roles in industries from aerospace to healthcare.

This program prepares students to lead advanced research in global manufacturing. With hands-on training and industry collaboration, graduates pursue careers in academia, R&D and innovation across national labs, companies and research institutes.

This program focuses on areas in mechatronics and automation within robotics and autonomous systems. Graduates will become expert researchers equipped for impactful careers in academia, industry R&D and national laboratories across advanced engineering fields.

This program trains students to design and manage complex, multidisciplinary systems using advanced modeling and analysis. Graduates lead systems integration efforts in industry and government, driving innovation in engineering and interdisciplinary problem-solving.