Bachelor of Artificial Intelligence

Admissions information

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• Course description arrow_forward_ios

  This course is tailored for aspiring artificial intelligence professionals eager to address the challenges posed by vast data streams and develop autonomous solutions across various sectors. Opt for this course to become part of a high-demand field, equipped with robust technical skills and an understanding of AI's potential and pitfalls.

  You will develop AI problem-solving skills, from conceptualisation to solution validation, using cutting-edge technologies. Explore deep learning, reinforcement learning, image processing, and natural language processing, ensuring a comprehensive grasp of AI's diverse landscape.

  Gain critical competencies, including mathematical foundations, software development, and IT skills, essential for AI specialisation. Engage in collaborative, inquiry-based learning activities that sharpen your analytical and management abilities for AI challenges.

  Experience a blend of lectures and hands-on projects, utilising advanced software and tools. Real-world case studies will hone your skills, preparing you for careers in industry and business. Develop critical thinking, problem-solving, interpersonal, and teamwork skills, positioning you to innovate in big data, cloud computing, and automation.

  By the end of the course, you'll be able to create AI solutions for applications like autonomous vehicles and voice assistants. Pursue roles such as AI analyst, machine learning engineer, or data scientist, and drive innovation in your chosen field.

  This course provides students with the opportunity to gain the skills and knowledge required to meet the demands of this exciting field. Students in the course engage in practical, hands-on learning using technologies to formulate and scope an AI problem, and design, develop, verify and validate solutions for defined problems. The course covers a broad range of current and emerging areas of artificial intelligence, such as deep learning, reinforcement learning, image processing and natural language processing.

• Important dates arrow_forward_ios

  Find out more about application dates relating to this course

• Year 12 adjustment factor scheme arrow_forward_ios

  If you perform highly in your Year 12 subjects, your selection rank may be boosted by the Year 12 subject scheme.

  The scheme, which is automatically applied, awards selection rank adjustments to your application based on your marks in subjects that are relevant to the courses you have applied to.

• ATAR and selection ranks arrow_forward_ios

  Your Australian Tertiary Admission Rank (ATAR) is a score between 0.00 and 99.95. It shows you how you rank compared to all the students in your year group in New South Wales. A selection rank combines your ATAR with any other adjustment points that make up your overall university entrance score. Your selection rank may differ from university to university, depending on the adjustment points granted to you at each institution.

• Scholarships and prizes arrow_forward_ios

  Discover our scholarships for undergraduate, postgraduate and research students. Our scholarships celebrate diversity and academic excellence. Use the scholarship search tool to find the right scholarship for you.

  Scholarships for domestic students

  Scholarships for international students

• Transdisciplinary Electives at UTS arrow_forward_ios

  Employers tell us the skills our graduates acquire from undertaking a Transdisciplinary Elective sets them apart from the crowd. That’s why we have embedded this program into every undergraduate degree.

  All you need to do is choose the Elective that inspires you the most.

  Transdisciplinary Electives integrate knowledge from multiple disciplines, allowing you to approach complex problems from a range of perspectives.

  By combining methods and insights from various disciplines, transdisciplinary learning often leads to breakthrough ideas and creative innovations that may not be possible within the confines of a single discipline.

  If you find yourself rapt by the world of innovation – you can pair your core degree with a Diploma in Innovation, graduating with two qualifications in the same timeframe. 

  In both instances, you’ll work on a real-world challenge presented by an industry partner organisation – partners who often create career pathways for our graduates.

  * Excludes students concurrently enrolled in the Bachelor of Creative Intelligence and Innovation.

• Course duration arrow_forward_ios

  The course is completed in three years of full-time study. Students may undertake an additional year with the Diploma in Information Technology Professional Practice (C20056).

• Admission requirements arrow_forward_ios

  Applicants must have completed an Australian Year 12 qualification, Australian Qualifications Framework Diploma, or equivalent Australian or overseas qualification at the required level.

  Eligibility for admission does not guarantee offer of a place.

• Domestic course fees arrow_forward_ios

  2025 Indicative tuition fees for government-supported domestic students

  All offers for domestic undergraduate students are for Commonwealth Supported Places (CSP).This means the Australian Government contributes to your education costs, and you pay the remaining tuition fees, known as the student contribution. If eligible, you can defer payment through HECS-HELP, or you can choose to pay your fees upfront each session.  

  2025 Tuition Fees

  Indicative first-year tuition fee:  $9,314.00

  Indicative total tuition fee:  $28,674.79 

  Additional Costs 

  Your tuition fees do not include: 

  • The Student Services and Amenities Fee (SSAF), which supports student services and activities. If eligible, you can defer this fee using SA-HELP.
  • Textbooks, materials, and other course-related costs.
  • Any applicable payment processing fees (e.g., credit card surcharges).

  Important Information 

  • Fees are shown in Australian Dollars (AUD).
  • The indicative tuition fees above are based on full-time study (1 year = 48 credit points).
  • Your actual fees depend on the year you enrol, your study load and the subjects you choose. Some subjects fall into different student contribution bands.
  • You can calculate your student contribution based on the amounts listed in the student contribution table. 

• Inherent requirements arrow_forward_ios

  Inherent requirements are academic and non-academic requirements that are essential for successfully completing a course at UTS. You can find the inherent requirements for your course via the inherent requirements directory.

• Assumed knowledge arrow_forward_ios

  HSC Mathematics Advanced and any two units of English. Mathematics Extension 1 and English Advanced are recommended.

• Professional recognition arrow_forward_ios

  Graduates are eligible to apply for professional-level membership of the Australian Computer Society.

• Recognition of prior learning arrow_forward_ios

  Students who have completed equivalent subjects at a recognised tertiary education institution may be eligible for recognition of prior learning (RPL) if the subjects completed are deemed by the Faculty to be equivalent to subjects in the course. Established agreements for RPL with external tertiary institutions are outlined in the Recognition of prior learning tool.

  To be considered for recognition of prior learning, subjects must normally have been completed no more than ten years prior to the commencement of this course. Limits apply to the number of credit points of RPL that can be granted.