Bachelor of Engineering (Research and Development) (Honours)
Australian National University
CRICOS provider number: 00120C TEQSA provider ID: PRV12002
Courses included
This course has been cancelled
About
This elite engineering degree is unique in Australia, with an innovative structure that allows you to get involved in engineering research projects and advanced courses. You can study fundamental engineering courses while you are immersed in research groups covering a range of engineering disciplines.
This is a research-focused professional degree for exceptional students who are interested in changing the world and becoming an innovator or a future leader in engineering. Students will have the opportunity to work with researchers of international distinction.
Areas of study
Electronic and communication systems, humanitarian engineering, mechatronic systems, renewable energy systems, environmental systems, aerospace systems .
Career opportunities
Academia; research development; engineer in transport, renewable energy and power, consultancy, communications, electronics, robotics, defence.
Professional recognition
Engineers Australia.
Practical experience
Work Integrated Learning, including industry internships.
Honours
Awarded to all Engineering (Research and Development) students, subject to progress requirements.
Fees and charges
The Australian Government pays part of the tuition fee for this course. The remaining balance is paid by the student. Information about ANU student contributions.
Essential requirements for admission
Co-Curricular or Service Experience (Year 12 or IB applicants only): The Co-Curricular or Service Experience requirement has been removed from the application process for 2025 admissions. This change will make ANU more accessible to Year 12 students looking to join ANU. You don’t need to submit any additional documents regarding this change.
Prerequisites
ACT: Mathematical Methods (major). NSW: Mathematics Advanced. Students without these prerequisites may be eligible for entry, subject to undertaking the ANU Mathematics bridging course.
Admission criteria
Applicants with recent secondary education
Minimum selection rank: 98.00. Due to the competitive nature of our admissions process, we cannot guarantee entry to applicants who meet the minimum selection rank for their preferred program.
Assumed knowledge: ACT: Physics (major). NSW: Physics.
Recommended studies: ACT: Specialist Mathematics (double major). NSW: Mathematics Extension 2.
Other applicants
Refer to the ANU general admission criteria.
Student profile
View the ANU student profile.
Further information
View all details of this course on the ANU website.
Australian National University degrees
The academic content of all programs is subject to routine review.
ATAR profile
ATAR-based offers only (semester 1, 2024)
Use all ATAR profile data as a guide only; it provides a broad overview of the ATARs and selection ranks of previous Year 12 students admitted into that course. ATARs and selection ranks required for entry in 2024 may be different. If you are unsure about including a course among your preferences, contact the relevant institution.
- This ATAR profile table is in line with Commonwealth Government transparency requirements. It is based on offers to recent school leavers (ie completed Year 12 in the last 2 years) who were selected solely or partly on their ATAR. Note that some institutions further differentiate this information on their websites.
- The ATAR values exclude any adjustment factors.
- The selection ranks include the ATAR and any adjustment factors.
Abbreviations
– = data is not available.<5 = less than 5 ATAR-based offers were made.
N/A = no offers were made on the basis of ATAR.
NC = new course
NP = Not provided by institution
NR = No reportable profile
NS = No Semester 1 offers
NN = Unavailable (other)
NO = Entry on other criteria
Student profile
Course updates
Courses are added and cancelled throughout the admissions year and course details are subject to change. Check the UAC course search regularly.
Combined options
ANU flexible double degree options allow you to create your own study program.