Associate Degree in Mathematical Studies

Our Associate Degree in Mathematical Studies will accelerate your path towards a qualification in mathematics, preparing you to move into a new role or address any skills gaps. Youll complete the same coursework as the first two years of Adelaide Universitys Bachelor of Mathematics (Honours).

During your studies, develop problem-solving skills and understand key mathematical tools and techniques. Youll be able to communicate intricate ideas, conduct research and apply mathematical concepts to fields like science, engineering and technology. As you progress, discover advanced topics including multivariable calculus and differential equations, preparing you to tackle complex problems and contribute to various industries.

Mathematics is an area that underpins a wide range of sectors. You could pursue a career in modern science, engineering, technology, business and academia the possibilities are endless. You might even choose to complete one more year of study and gain a bachelors level qualification in mathematics.

What youll learn:

Our Associate Degree in Mathematical Studies will cover a broad range of topics that can be applied to science and engineering problems preparing you for work in various industries.

In your first year, cover topics on problem solving and programming, calculus, linear algebra and statistics. Learn programming skills and hone your problem-solving skills. In calculus classes, explore differential and integral calculus, understanding how they apply to functions, vectors and complex numbers. Youll also discover concepts in linear algebra and matrix theory, along with foundational statistical theory like probability and hypothesis testing.

Second year will focus on communication and research skills in mathematics, statistical practice, multivariable calculus, differential equations and algebra. Build skills in mathematical writing, intercultural communication and ethical research practice. Apply Generalized Linear Modelling (GLM) methods to industry problems. Dive deeper into multivariable calculus, exploring partial derivatives, gradients and integrals. Be introduced to group theory and advanced linear algebra, focusing on their use in number theory, cryptography and the physical sciences.

Throughout your studies, there will also be opportunities to tailor your learning with elective courses.