The Screen Arts major is an excellent springboard for a career in the film, television and media industries, combining practical production skills with creative and analytical thinking.
The Computational Science major introduces students to aspects modern computing. It covers fundamental programming and theoretical knowledge. Students are exposed to both theoretical and practical aspects of computing with an emphasis on the skills sought out by employers.
Civil engineers may be involved in a wide variety of projects across a range of sub-disciplines. This extension specialisation builds on knowledge developed through the Civil Engineering major, providing expanded knowledge across a broad range of commonly practised areas.
This double degree major is designed for students who are interested in pursuing careers in finance, broadly defined to include corporate finance, financial institutions, financial markets and various branches of the financial services industry.
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 highlights the way in which chemistry is an integral science required to develop solutions to sustainability. A broad range of topics will be covered, including water, energy, industry and the environment.
The Mathematical Optimisation Specialisation is designed to provide students with the necessary skills in mathematics and the ability to apply them to problems stemming from mathematical modelling and optimisation.
This specialisation focuses on the fundamental concepts and challenges in both high- and low-level aspects of cybersecurity within an applied and project-based learning environment.
Many Civil Engineers become involved in the design and construction of geotechnical and transportation projects. This extension specialisation provides expanded knowledge in construction and analysis techniques useful for these types of projects.
Design for manufacturing (DFM) is the general engineering practice that focuses on creating products at lower costs by optimising the selection of materials and manufacturing processes early in the design process.
