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Torrens University Australia

  • 43% international / 57% domestic

Bachelor of Software Engineering (Artificial Intelligence)

  • Bachelor

A Bachelor of Software Engineering (Artificial Intelligence) provides the technical abilities and core soft skills required for a career in AI. You'll cover topics including machine learning, computer vision and speech recognition, as well as concepts like future thinking and market insights.

Key details

Degree Type
Bachelor
Duration
6 years full-time, 2 years part-time
Course Code
099352B
Study Mode
In person, Online
Intake Months
Sep, Oct

About this course

A Bachelor of Software Engineering (Artificial Intelligence) provides the technical abilities and core soft skills required for a career in AI. You'll cover topics including machine learning, computer vision and speech recognition, as well as concepts like future thinking and market insights. You'll build a suite of skills and experience that will prepare you for a career as an AI-expert developer.

This course offers a range of technical subjects with a focus on the major areas of AI - from natural language processing to robotics. You'll identify and solve complex artificial intelligence software engineering problems and develop skills that are increasingly the mainstay of software engineering. The course is founded on strong traditional and cutting-edge software engineering know-how, such as programming, maths and statistical knowledge, as well as ethics, social responsibility and cognitive psychology. Working in teams, you'll develop collaboration, negotiation and research skills that you'll take with you to the professional environment.

Study locations

Ultimo Campus, Sydney

Surry Hill, Sydney

Torrens University Language Centre, Sydney

Fitzroy Campus, Melbourne

Flinders Street Campus, Melbourne

Online

What you will learn

  • Explore different models for pattern recognition.
  • Master the fundamentals of machine learning.
  • Discover the many important uses of data mining and visualisation.
  • Work with natural language processing and speech recognition.