Students in The Greehey M.B.A. program are leaders transforming their enterprises, institutions and communities by positively transforming themselves. Small class sizes afford each student personalized attention, one-on-one faculty interaction and the opportunity for peer-to-peer mentoring.

Self-assessment exercises, goal-setting activities and individual and group projects provide just the right context for learning, application and practice. In the process, students develop close working relationships that will benefit them and their organizations throughout their careers.

Engineering Systems Management, M.S.

Engineering Systems Management is an interdisciplinary, 30-semester hour program that emphasizes course work the areas of management, industrial engineering, systems of systems, and behavioral sciences. Thesis and non-thesis options available.

The program is designed to provide today's professional with a rigorous intellectual experience that is committed to leadership and academic excellence. Many technical enterprises in manufacturing and service industries, in the government, and in the military, require excellence in analyzing and managing people, equipment, computers, and processes. The blend of the systems approach--a global view of engineering problems--engineering management, economics and finance, and human factors courses in the ESM program provides graduates with effective tools for optimization. The engineering systems concepts that you will learn and develop will provide you with a broad view, "big picture" approach to practical problem solving.

Computer Information Systems, M.S.

The Master of Science in Computer Information Systems and the Master of Science in Computer Systems programs at St. Mary's prepare students to manage a software development project from analysis, design, implementation, testing and maintenance to management of quality, budgets, deliverables, and deadlines. Both programs are designed to provide an understanding of the hardware and software components of computer systems and the following:

Hardware organization
Data communication and databases
Software requirements analysis
Software design methodologies
Software implementation and testing
Computer security
Project management

The program is known for its practical applications and real-world problem solving. Students are able to work effectively in groups and to present information to an audience. The curriculum is continually updated to take advantage of new research findings and advances in technology and methodology. The programs offer students many advantages:

Current and relevant technical knowledge
Flexible curriculum including internship and research options
Evening and daytime classes
Small class sizes with supportive atmosphere
Multiple class locations
Faculty with theoretical and real-world experience and lessons
Academically stimulating community
Cooperative and collaborative learning environment

Computer Science, M.S.

The Master of Science in Computer Science and the Master of Science in Computer Information Systems programs at St. Mary's prepare students to manage a software development project from analysis, design, implementation, testing and maintenance to management of quality, budgets, deliverables, and deadlines. Both programs are designed are designed to provide an understanding of the hardware and software components of computer systems and the following:

Hardware organization
Data communication and databases
Software requirements analysis
Software design methodologies
Software implementation and testing
Computer security
Project management

The program is known for its practical applications and real-world problem solving. Students are able to work effectively in groups and to present information individually to an audience. The curriculum is continually updated to take advantage of new research findings and advances in technology and methodology. The programs offer students many advantages:

Current and relevant technical knowledge
Flexible curriculum including internship and research options
Evening classes
Small class sizes with supportive atmosphere
Multiple class locations
Faculty with theoretical and real-world experience and lessons
Academically stimulating community
Cooperative and collaborative learning environment