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Engineering Management leadership has emerged as a crucial capability in today's fast-paced global tech industry. The Master of Science in Engineering Management program aims to deliver cutting-edge technological knowledge and exceptional graduate education for engineers, scientists, and technologists seeking to enhance their expertise in engineering management, with focus areas including:
Systems Engineering for overseeing all phases of system lifecycles.
This concentration addresses sophisticated technological systems that significantly impact society and individuals. These systems consist of three primary components: a) intricate products like aircraft, naval vessels, ground vehicles, and defense equipment, b) information networks and infrastructure such as air traffic control systems, transportation networks, and public utilities, and c) the entities responsible for creating, operating, and sustaining these products and services, including various organizations (both commercial and governmental, profit and non-profit), military operations, and public sector institutions. The systems engineering curriculum covers essential knowledge about system lifecycle processes, encompassing conception, development, implementation, and retirement.
Program Educational Objectives:
Graduates of this program will demonstrate the ability to:
Understand core principles of systems and general systems theory.
Develop both discrete and continuous systems using relevant systems theory, functional specifications, and component coordination.
Verify system functionality through comprehensive testing and assessment techniques.
Sustain peak system performance by applying fundamental systems management practices.