悉尼大學

Lead the next generation of engineering innovation and development. Designed for students who demonstrate outstanding academic ability, the Bachelor of Engineering Honours (Dalyell Scholars) provides access to a suite of enrichment opportunities and distinctive units of study that cultivate a sophisticated understanding of your chosen engineering stream.

The Dalyell Scholars Program replaces the University of Sydney?s Advanced Engineering and offers greater opportunities to excel and new real-world challenges to conquer.

Exclusive to high achieving students (ATAR of 98+), the program is designed to equip you with those highly-valued skills by enriching your learning experience with leadership training, travel opportunities and mentoring from academics and experienced engineers. Through these experiences you?ll develop professional skills such as communication, teamwork and project management, enhancing your employability prospects and embarking you on a promising career in engineering or computing.

Majors

• Chemical Engineering (Major)
• Computer Engineering (Major)
• Construction Management (Major)
• Electrical Engineering (Major)
• Environmental Engineering (Major)
• Geotechnical Engineering (Major)
• Humanitarian Engineering (Major)
• Information Technology (Engineering) (Major)
• Internet of Things (Major)
• Materials (Major)
• Mechanical Engineering (Major)
• Mechatronic Engineering (Major)
• Power Engineering (Major)
• Space Engineering (Major)
• Structures (Major)
• Telecommunications Engineering (Major)
• Transport Engineering (Major)

Careers & future study

Career paths

Along with career options from your chosen engineering stream, the valuable insights you gain through your studies as a Dalyell Scholar will open up a range of opportunities across the public and private sectors including in business, banking, consulting, entrepreneurship and project management. Our engineering graduates can be found in a broad range of careers and roles, including all branches of engineering such as civil, chemical, mechanical, mechatronic, biomolecular and space. They work in robotics, transport and logistics, agribusiness and renewable energy; in building design, construction, communications, medical device manufacturing and disaster recovery.

Future study options

The faculty provides a link between postgraduate students in the different Engineering and IT disciplines. We offer a welcoming and supportive environment in which to undertake challenging coursework programs and research. Our postgraduate coursework and research is focused on industrial applications supported by strong fundamental research programs run by internationally recognised academics.