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Systems Engineering is a multidisciplinary methodology that facilitates the development of intricate systems. Numerous sophisticated engineering products (like those in aerospace and automotive industries) require extensive integration and coordination between mechanical, electronic, and software components.
Systems Engineers evaluate and structure the functionality of these systems, incorporating adaptive and intelligent software that enables systems to perceive and react to variations. A Systems Engineer must comprehend the wider context of a system, encompassing human factors, operational procedures, and data movement. The Systems Thinking methodology acquired in this course prepares engineers to tackle comprehensive challenges involving competing requirements and intricate relationships.
Recent initiatives have involved building a gesture recognition system for interpreting British sign language, as well as constructing a systems model for iron accumulation in neurological disorders.
Opting for the MEng degree allows you to investigate specialized aspects of Systems Engineering through fourth-year core and elective modules, along with a collaborative project.