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Computer Science and Engineering | ||||||||||||||||||||||||||||||||||||||
The discipline of Computer Science and Engineering can be broken down into two parts.
Computer Engineering The discipline of Computer Engineering prepares students to undertake the production of high quality computer systems that will meet the needs of industry for efficient, reliable computer systems and be of general benefit to society. Specialisations within Computer Engineering include elecommunications, electronics, system and control and advanced computing. Computer Engineering graduates work in the development and application of computing technology, especially systems that integrate software and hardware. Career opportunities include computer systems engineers, communications engineers or design team leaders. Computer Science Computer Science involves the study of omputational systems, and encompasses the fundamental areas of algorithms, networks, databases, graphics and artificial intelligence. Computer Science graduates are employed as application programmers, user support (identifying problems and potential solutions) or system analysts, database administrators. The major areas of Computer Science are: • Software engineering methodologies • Database design and implementation • Operating systems and computer networks • Microprocessor-based systems • Computer graphics, artificial intelligence and robotics • Human computer interaction Studying Computer Science and Engineering at UNSW The study of Computer Science and Computer Engineering at UNSW is primarily through the School of Computer Science and Engineering www.cse.unsw.edu.au which offers a number of undergraduate single and combined degree programs of study (please refer to the tables below for all related programs/plans). The School also offers honours, postgraduate, and research programs.
Computer Science and Engineering can be studied as
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