3 Years On Campus Bachelors Program
Program Overview:
This degree builds your expertise step by step — starting with a strong foundation in computer science, mathematics, and statistics, then progressing into the dynamic world of artificial intelligence (AI) and machine learning (ML). You’ll learn how to design, develop, and analyse software systems that can perform tasks requiring human-like intelligence. It’s an ideal choice if you’re curious about programming, love solving problems with data, and want to shape the future of technology and innovation.
Curriculum Structure:
Year 1:
You’ll begin by developing core computing and software development skills. Courses like Object Oriented Programming (COMP SCI 1102), Introduction to Software Engineering (COMP SCI 1106), and mathematics for computing help you master programming languages, algorithms, and software design fundamentals — the essential building blocks for your later studies.
Year 2:
In your second year, you’ll move into more advanced computing concepts. Through courses such as Web & Database Computing (COMP SCI 2207), Algorithm & Data Structure Analysis (COMP SCI 2201), and Computer Systems (COMP SCI 2000), you’ll learn how data is stored, processed, and connected across systems — understanding the relationship between software, hardware, and networks.
Year 3:
Your final year focuses on AI and ML specialisation. You’ll study Artificial Intelligence (COMP SCI 3007) and choose electives like Introduction to Statistical Machine Learning (COMP SCI 3314) or Computer Vision (COMP SCI 3315). The capstone project, Software Engineering & Project (Artificial Intelligence) (COMP SCI 3310), gives you the chance to apply your skills to real-world or research-based challenges, collaborating with academics and peers to build intelligent systems.
Focus Areas:
You’ll develop expertise in programming and software development, data analysis and algorithm design, and AI specialisations such as machine learning, computer vision, and natural language processing — gaining the ability to deploy intelligent systems in real-world settings.
Learning Outcomes:
Graduates will be able to design, implement, and evaluate software systems that use AI and ML techniques, work confidently with large datasets, collaborate in multidisciplinary teams, and contribute to research or industry projects that drive technological innovation.
Professional Alignment (Accreditation):
The Bachelor of Computer Science program, which includes this degree, is provisionally accredited at the professional level by the Australian Computer Society (ACS) — an accreditation recognised internationally through the Seoul Accord.
Reputation (Employability Rankings):
The University of Adelaide is globally respected, ranked 82nd in the 2025 QS World University Rankings. In computer science and AI-related disciplines, the university is ranked among the top 100 worldwide, reinforcing its reputation as a leading institution for technology and innovation.
Here’s a closer look at the experiential learning opportunities in the Bachelor of Computer Science (Artificial Intelligence & Machine Learning) at the University of Adelaide — highlighting how you’ll build real-world skills, collaborate with others, and gain practical experience that prepares you for the AI-driven workforce.
From day one, you’ll be developing practical, hands-on abilities. You’ll tackle real programming and algorithmic problems, work in advanced computing labs and research centres, and collaborate on team projects that reflect real industry practice. By the end of your degree, you’ll complete a major applied project — bringing together everything you’ve learned to solve genuine challenges in AI and machine learning.
Key Experiential Learning Components
Industry Collaboration:
In your final year, you’ll take part in a collaborative industry project, working as part of a team to design and deliver an innovative solution or artefact for an external industry partner. It’s a chance to apply your technical knowledge, communication, and project management skills in a real professional setting.
Research Engagement through AIML:
As an undergraduate, you’ll have the opportunity to engage with the Australian Institute for Machine Learning (AIML) — one of the world’s leading AI research centres based at the University. You can participate in summer challenges, research internships, or supervised projects guided by AIML experts.
Team-Based Learning:
Throughout your degree, you’ll complete group assignments, programming exercises, and case studies that strengthen your collaboration skills. These experiences help you learn how to code, problem-solve, and communicate effectively as part of a professional software or research team.
Modern Tools and Technologies:
You’ll gain experience with the same tools and techniques used in the AI industry — including programming, data analytics, advanced machine learning, computer vision, natural language processing, and algorithm design.
Research-Informed Teaching:
You’ll study alongside world-class researchers from the University’s Machine Learning and AI research groups, who are at the forefront of fields like computer vision, large-scale data analysis, and deep learning. This means your classes are shaped by the latest discoveries and innovations.
Flexible and Applied Learning:
You’ll have the freedom to tailor your studies through electives in areas such as natural language processing, image recognition, and evolutionary computation — applying your learning to specialised, real-world contexts.
If you choose to study the Bachelor of Computer Science (Artificial Intelligence & Machine Learning) at the University of Adelaide, you’ll be setting yourself up for an exciting and fast-evolving career. Graduates from this program are well prepared to move into roles such as AI Engineer, Machine Learning Specialist, Data Scientist, or Software Developer for intelligent systems. The degree combines strong technical foundations with practical, hands-on experience — giving you the skills to thrive in industries where AI and data-driven innovation are rapidly shaping the future.
Future Progression & Opportunities
You’ll have access to the University’s Careers Service, which offers personalised support to help you make a smooth transition into the workforce. This includes assistance with résumé writing, interview preparation, networking with employers, and access to valuable industry placements.
Technology skills in AI, machine learning, and data science are in exceptionally high demand. The University notes that STEM-related jobs are expected to grow almost twice as fast as other occupations, meaning graduates with these capabilities are well placed for long-term success.
Industry Connection
The program is closely linked to Adelaide’s thriving innovation ecosystem — particularly through Lot Fourteen, the city’s leading technology and research precinct, and the Australian Institute for Machine Learning (AIML), one of the world’s top AI research centres. These connections mean you’ll have real opportunities to engage in industry-led projects, build networks with professionals, and experience how AI and ML are transforming industries in real time.
Accreditation & Recognition
The University of Adelaide is ranked among the top 1% of universities worldwide, and its computer science programs are developed to reflect the latest industry standards and employer expectations. This ensures your learning remains relevant, practical, and recognised globally.
Graduate Outcomes
While exact salary data for this program isn’t published, related roles such as Software Engineer at the University of Adelaide average around A$75,000 per year in Adelaide. Broader market trends show that the demand for AI and ML professionals has doubled in the past three years, with opportunities continuing to outpace available talent — a clear sign of how valuable these skills are in the job market.
Further Academic Progression
After completing this degree, you can choose to advance your expertise through postgraduate study — such as a Master’s in Artificial Intelligence & Machine Learning, or research-focused Honours and PhD pathways. These routes allow you to specialise further in areas like computer vision, natural language processing, or deep learning, opening doors to careers in research, leadership, or academia.



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