Bachelor of Engineering (Electronics and Communications) Honors

Electronics is a technological and scientific discipline that studies physical, non-linear, electrical systems or electronic and circular components that incorporate these materials or electrical circuits. Electronics are in great demand these days in almost every field one can think of, from the media, medical, military, to the entertainment industry. At Edith Cowan University, the Australian bachelor's course combines basic engineering methods for electronic and communication systems. It provides graduates with skills in all aspects of digital design and analog, as well as the development of communication networks and communication systems. The course focuses on the engineering principles required for analyzing and solving problems related to the design and operation of electronic and communications systems. Graduates will be transitioning to basic engineering courses, electronic circuits and systems, digital signal processing, radio communications, radio and microwave communication, computer and cellular and wireless networks.

The Electronic and Communications program focuses on developing knowledge and skills relevant to professional engineering practice and a sound theoretical foundation, including strong practical problem solving, team work and project design. As a result, as well as having many technical and transfer skills, graduates will acquire strong analytical skills, and have the ability to lead difficult projects. These courses provide a sound basis for mathematics, as well as for the basics of electronic and engineering terms in the first two years of study, as well as relevant computer technology and planning policies. In the last two years of study, advanced topics from the field of electronic and telecommunications engineering are covered to prepare students to apply their chosen profession with the right knowledge and skills.

Students working on a Bachelor's degree in electronics and embedded technology will learn how to choose, adapt and upgrade hardware / software components. Electronic and embedded technologies integrate theoretical knowledge and much of the laboratory work intended to teach, prove, test and apply rules and literature governing the field. Graduates in electronics and embedded technology can find a great deal in the automotive, electronics and electronics industries, and choose from the following options: software engineer, design engineer, electrical engineer and telecommunications engineer.