Bachelor of Engineering (Honours)

Curtin's Bachelor of Engineering (Honours) provides an industry-connected university experience designed to equip you with the expertise to solve complex societal and industrial challenges. The program begins with an Engineering Foundation Year (EFY), developed in collaboration with industry experts. This foundational year introduces essential concepts and skills applicable to all engineering disciplines, allowing you to explore various fields before selecting your specialized major. Following the EFY, you will delve into units specific to your chosen major, with opportunities to select specializations that enhance or broaden your knowledge. The program culminates in an honours-level research project in your final year, offering in-depth understanding and demonstrating your project management capabilities to future employers. A key component of the degree is the mandatory Engagement with Professional Practice (EPP), requiring at least 450 hours of work experience, co-curricular activities, or curricular projects to gain practical, real-world experience.

Curriculum

The Bachelor of Engineering (Honours) program is structured around an Engineering Foundation Year (EFY) followed by three years of specialized study. The EFY focuses on building fundamental engineering theory and practical skills in a dedicated studio environment, preparing students for their chosen major. Years 2-4 involve major-specific units, optional specializations, and a final-year honours research project. The program also mandates significant Engagement with Professional Practice (EPP).

1. Foundation Year
   • Engineering TheoryN/A
   • Practical SkillsN/A
   • Design and Simulation ProjectsN/A
   • Professional Career SkillsN/A
2. Years 2-4
   • Major-specific UnitsN/A
   • Specialization Units (Optional)N/A
   • Honours Research ProjectN/A

Careers

Graduates of the Bachelor of Engineering (Honours) are prepared for a wide range of roles across various industries. The program's focus on practical experience, professional accreditation, and specialized majors equips students with the skills demanded by employers. Opportunities exist in design, development, project management, and research within sectors relevant to the chosen engineering major.

• Chemical Engineer
• Civil Engineer
• Electrical Engineer
• Electronic Engineer
• Energy Engineer
• Environmental Engineer
• Industrial Engineer
• Systems Engineer
• Mechanical Engineer
• Mechatronic Engineer
• Metallurgical Engineer
• Mining Engineer
• Software Systems Engineer