Bachelor of Computer Science/Bachelor of Applied Innovation

4 Years On Campus Bachelors Program

Swinburne University of Technology

Program Overview

The Bachelor of Computer Science / Bachelor of Applied Innovation at Swinburne University is an exciting double degree that blends core software and system development skills with creative, human‑centred innovation. It’s ideal for students who not only want to code and build robust digital systems but also imagine, design, and deliver innovative services, products, or solutions in a fast‑changing tech world.

Curriculum Structure

Year 1:
You’ll start by building a strong foundation in both computing and innovation. On the Computer Science side, you’ll take units like Introduction to Programming and Computer Systems, learning programming logic, system design, and how digital systems work. On the Applied Innovation side, units such as Exploring Creativity and Innovation will guide you through the basics of ideation and design thinking. Together, these courses give you a solid understanding of both technology and innovation.

Year 2:
In your second year, you’ll deepen your technical and creative skills. Computer Science units such as Object-Oriented Programming and Networks and Switching will strengthen your coding and systems knowledge, while innovation units like Fundamentals of Innovation Practice help you apply creative thinking to real-world challenges. You’ll start bridging technical know-how with strategic problem-solving, developing apps or systems and thinking about how they could succeed in the market.

Year 3:
By the final year, you’ll be working on more advanced, integrative projects. Hands-on Computer Science units such as Web Technology Project or Technology in an Indigenous Context Project will let you apply your coding skills in real-world scenarios. Meanwhile, innovation courses like Innovation Sandpit and Responsible Innovation Futures focus on designing products and services responsibly, with attention to social impact and user experience. Here, you’ll combine technical expertise and creative thinking to develop meaningful, innovative solutions.

Focus Areas

Software development and systems architecture
Human‑centred innovation
Emerging digital technologies such as AI, IoT, and cyber security
Design and implementation of large-scale systems

Learning Outcomes

Graduates of this degree will be able to:

Develop, analyse, and implement complex computing systems
Apply innovation methods to identify and solve real-world problems
Integrate technical and creative thinking to produce impactful digital solutions
Collaborate across multidisciplinary teams and adapt to dynamic environments

Professional Alignment

The Computer Science component of the degree is accredited at a professional level by the Australian Computer Society (ACS).

Work‑Integrated Learning: Swinburne guarantees industry placements, internships, and real-world projects as part of the degree.

Reputation & Rankings:

Swinburne is ranked among the top universities globally for Computer Science, placed within the top 126–150 worldwide by the Times Higher Education subject rankings.
QS World University Rankings 2026 lists Swinburne at approximately #294 globally.

Experiential Learning (Research, Projects, Internships etc.)

If you enrol in this double degree, you’ll dive straight into real-world, hands-on learning — it’s not just about theory. From day one, you’ll work on live projects in professional-standard labs, develop software and systems with industry tools, collaborate with peers in teams, and explore innovation frameworks that take you beyond traditional computing. At Swinburne’s Hawthorn campus, you’ll also enjoy state-of-the-art facilities, learn from industry-connected staff, and have guaranteed opportunities for work-integrated learning.

Here’s how the experience is structured:

Computing core units: Courses like Introduction to Programming, Web Technology Project, and Computing Technology Project A/B let you build and test software in real labs.
Applied innovation stream: You’ll go beyond coding — learning creative and strategic decision-making, human-centred design, and innovation practice. You’ll design systems and solutions, not just write code.
Guaranteed work-integrated learning: Placements, internships, or industry projects are built into your degree, ensuring you gain practical experience while you study.

Here’s a breakdown of the key experiential components you’ll engage with:

Industry projects and teamwork: Units such as Computing Technology Innovation Project let you collaborate in teams on real industry challenges.
Optional professional placements or internships: You can choose experiences like Work Experience in Industry or Integrated Professional Placement – ICT to deepen your industry exposure.
Innovation and design workshops: Through core applied innovation units — like Exploring Creativity and Innovation, Fundamentals of Innovation Practice, Innovation Sandpit, and Responsible Innovation Futures — you’ll engage in creative, human-centred learning.
Majors with real specialisation: Pick from areas like Artificial Intelligence, Cyber Security, Data Science, Games Development, Internet of Things, or Software Development. Each major gives you projects, platforms, and tools directly relevant to that field.
Contemporary software and toolsets: Your projects will teach you to apply modern methods and tools to scope, analyse, design, build, verify, and operate software systems.
Facilities and research-connected environment: Swinburne integrates work-based learning, industry partnerships, and research-informed teaching, placing you in a cutting-edge ecosystem.

By choosing this double degree, you’re not just studying computer science — you’re learning to innovate. You’ll graduate with both the technical expertise of computing and the creative, project-based, industry-ready mindset that employers value.

Progression & Future Opportunities

Graduate Outcomes

Graduates of this double degree are well‑prepared to step into roles such as Systems Developer, Innovation Analyst, Project Manager, and also positions like Strategic Designer or Innovation Consultant. These careers blend strong technical expertise with creative, forward-thinking innovation and design skills.

Here’s how this program sets you up:

University services that support employment:
Swinburne includes a guaranteed Work Integrated Learning component in the degree, which could be in the form of placements, internships, or industry-linked projects. This hands-on experience ensures you graduate with both practical skills and professional connections.

Employment stats & salary figures:
While not specific to this exact double degree, related programs at Swinburne report an 81.5% employment rate within 4 months of graduation. This shows the strong employability of students who graduate with a similar skill set.

University–industry partnerships:
The Applied Innovation portion of the degree has partnered with organisations like CSIRO, Panasonic, St Vincent’s, and ANZ. More broadly, Swinburne emphasizes collaborations with industry, government, and small-to-medium enterprises across its campus, giving students plenty of real-world exposure.

Long‑term accreditation value:
The Computer Science component aligns with professional accreditation standards (for example, through the Australian Computer Society), which adds credibility and recognition to your qualification in the job market.

Graduation outcomes:
By the time you finish this 4-year double degree, you’ll have developed technical expertise in software development, machine learning, and large-scale systems, while also mastering innovation, human-centred design, and creative decision-making.

Further Academic Progression:
Completing this double degree opens doors to postgraduate study if you want to deepen your expertise:

Technical focus: Master of Computer Science or Master of Software Engineering, with options to specialise in AI, cybersecurity, or data science.
Creative/innovation focus: Master in Innovation, Design-Thinking, or Innovation Management for a more creative and strategy-oriented path.
Research path: PhD in computing or innovation studies, if you’re aiming for academic or high-end R&D careers.