University of Newcastle, Australia
5 years full-time, up to 12 years part-time
Combine electrical engineering expertise with advanced mathematics to become a versatile problem-solver. This 5-year program prepares you for careers in technology, energy, communications, and research by integrating hands-on engineering projects with rigorous mathematical training.
Applicants must have completed a senior secondary school qualification equivalent to the Higher School Certificate (HSC). A selection rank of 77.00 is required for domestic students at Newcastle campus. International applicants must demonstrate English language proficiency with IELTS overall minimum 6.0 and section minimum 6.0. Prior knowledge in mathematics and physics is essential for success in this program.
Core electrical engineering subjects include introduction to electrical engineering, digital and computer electronics, electric energy systems, electrical and electronic circuits, circuits and signals, embedded computing, electric machines and power systems, analog electronics, power electronics and renewable energy systems, control system design, analog and digital communications, and signal processing. Mathematics components cover advanced physics, calculus, complex analysis, linear algebra, mathematical modeling, quantum mechanics, and semiconductor physics. Students also study engineering programming with Python, professional engineering practice, sustainable engineering, and engineering project management. The program includes a final-year engineering project spanning two parts.
The University of Newcastle is ranked 1st in NSW for skills development in engineering programs. The university offers accreditation through Engineers Australia, enabling graduates to join as graduate members upon completion. The program emphasizes practical, industry-focused learning through mandatory 12-week work-integrated learning placements and real-world capstone projects in partnership with industry partners. Newcastle's strong reputation in engineering education and research ensures students receive world-class instruction from experienced academics.
Graduates pursue diverse career paths including roles as data mining analysts, electrical design engineers, automatic control systems engineers, robotics engineers, and economic/social statisticians. The program prepares students for positions in communications, international finance, energy sector, medical and health research, and technology industries. With 94.9% employment within four months of graduation, graduates work in both hands-on fieldwork and design roles, as well as leadership positions managing people and projects across multiple sectors.
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