Students gain knowledge and understanding of: Fundamental concepts, principles and theories underpinning electrical and electronic engineering; appropriate numerical methods to solve technical problems; principles and practice of electrical and electronic engineers; business and management practices for engineering; roles and responsibilities of professional engineers. discipline-specific skills in: the use of computers in creation, innovation, design, and rapid prototyping; generic and specialised numerical methods for modelling engineering problems relevant to Electrical and electronic engineering; selection and application of principles of data collection and manipulation methods to support problem solving; skills of analysis, synthesis and evaluation to support design.