As the world of work evolves, we see a growing need for expertise in the robotics and automation field - in Aotearoa and globally. This is based on their widespread applicability in many industries, including healthcare, agriculture and manufacturing.
What you'll learn apply scientific, engineering and technological principles to mine development projects apply information technologies and mining software tools to develop mine plans access, evaluate and synthesise mine planning and design information from...
Shape the future of the civil engineering industry with this qualification.
Entry Requirements
An IELTS score (academic) of 6.0 with no band score less than 5.0 or equivalent.
Equivalent to Australian Year 12 with a pass in Year 11 Maths is required for entry into this course.
OR Completion of MEM30505 Certificate III in Engineering - Technical or MEM30522 Certificate III in Engineering - Technical is required for entry into this course.
Please view Admission requirements for your country of origin.
In our increasingly binary world, become an in-demand computing professional with an edge. Prepare to be at the forefront of technology, digital industries and computer science, with a program accredited by the Australian Computer Society.
Mathematics plays a crucial role in almost every sector of the economy. From finance to engineering, teaching, medicine and politics - mathematics is essential to model, analyse and solve problems.
With our interconnected degrees in Engineering, ICT and Industrial Design, you can pursue exciting opportunities in diverse areas and learn how to address humanity's global goals and challenges.
Become an in-demand computing professional. Get the edge with real-world project experience. This degree is designed for high achievers who want to take on advanced ICT studies and high-level research.
Infrastructure is a key priority for the Australian Government, who have initiated a range of large-scale projects to address issues such as urban congestion and national connectivity.
The future is moving fast. With evolving technologies creating opportunities for engineers of all stripes, there's never been a better time to grow your skillset in this high-demand and growing field.
Engineers are facing untold opportunities - and challenges. With robotics, artificial intelligence, climate change and globalisation transforming the playing field, businesses need highly skilled engineering leaders who can predict and respond to rapid change.
Engineering is a precise practice, and this double degree will arm you with the science disciplines to hone your technical precision. You'll study applied mathematics or physics and learn to balance the numbers with the art of creative and critical thinking.
Entry Requirements
The University's Undergraduate Programs Admission Policy will apply.
Prior OP students: Applicants who graduated with an OP in or before 2019 can apply to Queensland Curriculum and Assessment Authority (QCAA) for an ATAR statement. For more information visit qcaa.qld.edu.au/senior/australian-tertiary-admission-rank-atar.
The Master of Civil Engineering/Master of Engineering Project Management provides students with advanced study across the breadth of specialisations in Civil Engineering and Project Management.
Entry Requirements
To be eligible for admission to Master of Civil Engineering/Master of Engineering Project Management, a student must hold:
a Bachelor degree in Civil Engineering or equivalent three-year or four-year Civil Engineering undergraduate degree from a recognised university (or another tertiary education institution of equivalent standing);
OR a Bachelor Honours degree in Civil Engineering or equivalent four-year Civil Engineering undergraduate degree from a recognised university (or another tertiary education institution of equivalent standing).
Notwithstanding the amount of credit which may be given towards a Masters degree, a student will be required to complete 60 credit points of courses from each of the degree programs in order to be awarded the double degree.
Note: Only graduates of civil engineering will be admitted to this program due to its focus on technical design. The program is, therefore, not suitable to other engineering graduates.
This program provides students with advanced study across the breadth of specialisations in Civil Engineering. It is designed to extend and deepen the knowledge and skills gained from an undergraduate degree in civil engineering.
Entry Requirements
To be eligible for admission to Master of Civil Engineering Advanced, a student must hold:
a Bachelor degree in Civil Engineering or equivalent three year or four year Civil Engineering undergraduate degree from a recognised university (or another tertiary education institution of equivalent standing)
OR a Bachelor Honours degree in Civil Engineering or equivalent four year Civil Engineering undergraduate degree from a recognised university (or another tertiary education institution of equivalent standing)
OR a Graduate Certificate in Civil Engineering.
Students admitted to the program with a Bachelor Honours degree in Civil Engineering or equivalent four year Engineering undergraduate degree or a Graduate Certificate in Civil Engineering will be eligible for 40 credit points of advanced standing towards the program. The following degrees are considered to be equivalent to a Bachelor honours degree in Engineering:
four year Engineering undergraduate degree that includes a significant final year research project component (i.e. one semester thesis) from an Australian university
four year Engineering undergraduate degree that includes a significant final year research project component (i.e. one semester thesis) from a NOOSR Section 1 University.
Students currently enrolled in the Master of Civil Engineering (5642) will be eligible to transfer to the Master of Civil Engineering Advanced prior to graduation. Graduates of the Master of Civil Engineering (5642) are not eligible for admission to this program.
Develop skills for real-world research and innovation through examining engineering principles and systems, and exploring scientific methods and theories. Pursue a career aligned with your interests by choosing majors and subjects relevant to your professional goals.
Entry Requirements
ATAR 70
Recommended Knowledge
English (Units 3/4,C) and Mathematical Methods (Units 3/4,C)
This course is an engineering technologist-level program which is similar in nature to the Bachelor of Engineering (Honours) (C09066) but does not provide full professional engineering status.
This course deals with the broad aspects of environmental management relevant to practising professionals in engineering science, planning, architecture, law, surveying, health and building.
