BEng (Electronics and Communications) Honours in Joondalup Australia | Edith Cowan University

This program integrates core engineering disciplines in electronics and communication systems. Graduates will acquire expertise in analog and digital circuit design, along with communication systems and network development. The curriculum emphasizes engineering principles for analyzing and solving challenges in electronic and communication system design. Students will master fundamental engineering sciences, electronic circuits, digital signal processing, wireless communications, fiber optics, computer networking, and cellular technologies.
The degree prioritizes professional engineering competencies, blending theoretical foundations with hands-on problem-solving, teamwork, and project development. Graduates will develop both technical expertise and transferable skills, including advanced analytical capabilities and leadership potential for complex engineering initiatives.
The first two years establish a robust foundation in mathematics, electronics fundamentals, engineering design principles, and programming. The final years delve into advanced electronics and communication topics, equipping students with industry-ready knowledge and practical abilities.

Program learning objectives
Master core scientific principles and specialized knowledge in electronics and communications engineering.
Employ critical thinking and engineering methodologies to solve complex technical challenges.
Execute and oversee engineering projects using systematic design processes with independent judgment.
Apply mathematical, computational, and statistical concepts essential to electronics and communications engineering practice.
Communicate effectively with both technical and non-technical audiences.
Understand global engineering contexts, including cultural diversity and indigenous perspectives.
Lead and collaborate in engineering teams while adhering to ethical, sustainable, and professional standards.
Take ownership of continuous learning, exercise professional judgment, and understand contemporary engineering boundaries and responsibilities.