Charles Darwin University
5 years full-time, 10 years part-time
This internationally accredited combined Bachelor and Master degree qualifies you as a professional engineer with specialization in civil, electrical, or mechanical engineering. Developed with industry leaders, you'll graduate job-ready with 750 hours of professional practice experience.
Applicants must meet one of the following: successful completion of NTCET/SACE Stage 2 with Mathematical Methods or Physics and an ATAR of at least 80; completion of a national Diploma qualification or higher; at least 0.5 year of full-time higher education study with GPA of 3.7 or above; equivalent overseas qualifications; or a STAT Multiple Choice score of 157. Prerequisite knowledge in mathematics and physics is essential.
The course covers comprehensive engineering fundamentals including mathematics, statics, dynamics, and design principles in Year 1. Year 2 introduces specialization-specific units such as mechanics of solids, fluid dynamics, and materials engineering. Year 3 includes advanced topics like safety and reliability, programming, and research methodology. Years 4-5 focus on specialized electives and a major research thesis or design project. Civil specialization covers structures, water resources, roads, bridges and marine structures. Electrical specialization includes electronics, telecommunications, power systems and renewable energy. Mechanical specialization covers design, manufacturing, robotics and thermal systems.
Charles Darwin University is ranked #3 in Australia for engineering and technology employment outcomes and #4 for engineering starting salary (GUG 2024). The university is in the top 100 globally for quality education and holds a five-star rating for graduate employment outcomes. CDU's engineering program is developed with global industry leaders, offers flexible study options (online, on-campus, full-time, part-time), and provides real-world experience through mandatory professional practice placements and industry projects.
Graduates can pursue careers as professional engineers in design, construction, infrastructure development, renewable energy, manufacturing, and project management. Civil engineers work on structures, water systems, roads and bridges. Electrical engineers design power systems, renewable energy solutions, and control systems. Mechanical engineers develop machinery, manufacturing solutions, and transportation systems. The professional recognition from Engineers Australia at both Engineering Technologist (Bachelor) and Professional Engineer (Master) levels opens international career opportunities under the Sydney and Washington Accords.
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