Curtin University Courses

Curtin's Bachelor of Laws offers a rich and professionally relevant coverage of foundational areas of legal knowledge as well as developing the core skills essential to effective legal practice.

This specialisation would suit engineering students from complementary disciplines who have an interest in fluid and particle flow and processes. Students will learn how to apply basic material and energy balances to flow processes, including multi-phase and compressible flows.

The Engineering Science major provides students with an overview of the fundamental principles of engineering that span the breadth of the field.

Develop programming and practical skills along with astrophysics knowledge to prepare for projects with the Curtin Institute of Radio Astronomy investigating topics including; galactic nuclei, transient radio phenomena and the birth of the first star utilising the Murchison Widefield Array.

What you'll learn develop, apply, evaluate and manage solutions for software systems, organisations and large scale data sources using the latest advances in analytics and industry-accepted standards, GC1, GC2, GC4, GC6 apply and evaluate advanced technical...

Physics seeks to explain relationships between the smallest through to the largest structures, utilising the four known Strong, Weak, Electromagnetic and Gravitational forces.

Design and Systems focuses on the fundamentals and practice of database, embedded and space systems. Key topics in embedded systems cover architectural issues, programming fundamentals, scheduling, and interfacing.

The specialisation in Advanced Geophysical Methods is intended as a complete foundation in modern geophysics.

This double degree major is designed to provide a comprehensive understanding of, and competency in, accounting and associated fields of, business law and financial management and to equip students for a professional accounting career in commerce, industry, government or public practice.

Curtin's Bachelor of Laws offers a rich and professionally relevant coverage of foundational areas of legal knowledge as well as developing the core skills essential to effective legal practice.

This stream extends knowledge of current academic research methodology as it is applied in the field of construction management.

This extension specialisation would suit chemical engineering students who have an interest in process systems engineering, which lies at the interface between chemical engineering, mathematics and computing.