
Computer Science
A course by
AUT
Study computer science and gain the skills to develop sophisticated software solutions, solve complex problems and use the power of computing technologies innovatively as part of the Bachelor of Computer and Information Sciences.
Interested in this course? Enquire now for Domestic & International pricing
Interested in this course? Enquire now for Domestic & International pricing

Learn to design and implement sophisticated software using computer science principles.

Apply computing theories, algorithms, and best practices to find solutions to real-world problems.
The Computer Science major at AUT combines computing theory with practical application, preparing students to design, develop, and implement innovative software solutions to real-world problems. Core topics include advanced programming, data structures, algorithm design, operating systems, computer graphics, and artificial intelligence. Students also gain workplace experience through project work with industry clients or research centres. Graduates are well positioned for global careers in software engineering, systems analysis, and technical leadership in the IT sector.
What you need to know first
University Entrance or equivalent



Computer Science
A course by
AUT
Study computer science and gain the skills to develop sophisticated software solutions, solve complex problems and use the power of computing technologies innovatively as part of the Bachelor of Computer and Information Sciences.
Interested in this course? Enquire now for Domestic & International pricing
Interested in this course? Enquire now for Domestic & International pricing

Learn to design and implement sophisticated software using computer science principles.

Apply computing theories, algorithms, and best practices to find solutions to real-world problems.
The Computer Science major at AUT combines computing theory with practical application, preparing students to design, develop, and implement innovative software solutions to real-world problems. Core topics include advanced programming, data structures, algorithm design, operating systems, computer graphics, and artificial intelligence. Students also gain workplace experience through project work with industry clients or research centres. Graduates are well positioned for global careers in software engineering, systems analysis, and technical leadership in the IT sector.
What you need to know first
University Entrance or equivalent


In-person study
Face-to-face learning in a physical classroom setting
City Campus, Auckland
It will take a total of 3 years

Gain skills in programming languages, object-oriented programming, and practical software development.
NCEA: at least 14 credits in Level 3 Calculus, Mathematics, or Statistics (recommended)
Basic knowledge of Digital Technologies (recommended)
In-person study
Face-to-face learning in a physical classroom setting
City Campus, Auckland
It will take a total of 3 years

Gain skills in programming languages, object-oriented programming, and practical software development.
NCEA: at least 14 credits in Level 3 Calculus, Mathematics, or Statistics (recommended)
Basic knowledge of Digital Technologies (recommended)