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Master the Art of Complex Systems with a Master of Science in Systems Engineering

The Master of Science in Systems Engineering at the University of St. Thomas is an applications-oriented program designed to help students transition from the role of a Domain-Expert Engineer to a Systems Engineer. This program is ideal for professionals who need to design, develop, and manage large and complex systems across various industries.

Choose your path with specialized STEM-approved concentrations to advance your career.

• The Industrial Engineering track emphasizes optimizing production systems and enhancing the manufacturability of new products. It integrates various components—workers, machines, materials, information, and energy—to improve efficiency and productivity. Key areas of study include Operations Management, Quality Control, Supply Chain Management and Work Design and Ergonomics.
• The Systems Engineering track takes a broader view, emphasizing the design, integration, and management of complex systems across various domains. It prepares students to handle the complexities that arise in interconnected systems, focusing on holistic approaches to problem-solving. Key areas of study include Systems Design and Architecture, Requirements Engineering, System Integration and Verification and Lifecycle Management.

Why Choose St. Thomas M.S. in Systems Engineering?

• Applications-Oriented Curriculum: Designed in collaboration with industry leaders, our curriculum ensures you gain the expertise that employers demand.
• Learn from Experienced Faculty: Benefit from the insights of faculty who bring extensive real-world experience in systems engineering, providing practical knowledge that you can apply immediately.
• Flexible Learning Options: Our program offers both part-time and full-time study options, with evening classes designed for working professionals, allowing you to balance your education and career effectively. The M.S. in Systems Engineering is a 10 course (30 credit) program.
• Immediate Career Impact: Graduates of the program are well-prepared to make significant contributions to their organizations from day one, equipped with the skills to manage and optimize complex systems.
• Stay Ahead in a Dynamic Field: With the increasing complexity of systems across industries, this degree positions you to stay at the forefront of technological advancements and industry best practices.
• Collaborative Learning Environment: Engage with a supportive community that encourages professional growth and development.
• STEM-approved: All our graduate programs are STEM-approved.