Artificial Intelligence La Trobe University

Overview

During this Artificial Intelligence programme from La Trobe University you'll learn from educators who are leading the way in virtual reality and computer engineering. Whether you want to upskill or break into the AI industry, they'll work closely with you to understand your career goals – then help you achieve them.

Or, if you want to keep advancing your AI knowledge after you finish the graduate certificate: continue on to our Master of Artificial Intelligence. You could specialise in key areas including interactive media and computer vision, intelligent systems and robotics, or natural language processing.

Key Features

You'll learn:

• Problem solving with AI

Discover how research skills and algorithms are used to develop AI-based solutions for societal and industrial benefit, including the legal and ethical impact of AI.

• Machine learning

Develop data analysis skills to design, implement and evaluate machine learning techniques for practical outcomes.

• Computer vision

See how AI mimics the human brain to locate objects in digital images and videos by using neural outcomes networks designed for image recognition.

• Natural language processing

Understand the interactions between computers and human language that are used to programme computers to process and analyse large volumes of data.

Career Opportunities

After graduation, you could work across a range of sectors including healthcare, manufacturing, agriculture, the automotive industry and more. Possible roles include:

• Artificial intelligence architect

Identify how to successfully apply AI technology in business settings.

• Software engineer

Use engineering principles and computer language to design, develop and maintain AI software systems.

• Computer vision scientist

Programme software to process and analyse image and video data used in automation and predictive decision-making.

• Speech recognition engineer

Apply your knowledge of digital signal processing to create algorithms that accurately detect and process spoken words.