Capstone projects give La Trobe students the chance to work on real problems before they graduate. Through Innovation Central Melbourne, industry partners can feed challenges into the program and receive practical, usable outcomes in return.
Capstone projects are a core part of La Trobe University’s undergraduate and postgraduate computer science and IT degrees. For students, they are the final subject of their course – for industry, they offer a structured way to explore ideas and test solutions with emerging talent.
“The capstone projects are a subject code that the majority of our students in the undergrad and postgrad degrees within computer science and IT undertake,” explains Dr Scott Mann, Lecturer and Director of Industry-Based Learning (CS&IT) at La Trobe University. “I’ve been running them at Bundoora for about eight years, in total it’s been going for over 20 years, so it’s a mature program.”
Innovation Central Melbourne (ICM), at La Trobe’s Digital Innovation Hub, supports the program by connecting industry partners with suitable capstone projects. When organisations approach ICM with a challenge, those briefs can be passed into the capstone pipeline and delivered by student teams under their supervision in collaboration with an academic.
“We’ve interacted with the ICM as a supply-and-demand function,” Dr Mann says. “They broaden our project base by offering industry challenges that students can work on.”
Turning briefs into usable outcomes
Capstone projects run over a single semester. Students work in teams of five or six, following a sprint-based delivery model that breaks the work into short, two-week blocks, with regular check-ins to review progress and adjust direction.
“At undergraduate level we use a five-sprint model, and at postgraduate level it’s six,” Dr Mann says. “Each team member reports sprint progress on a two-weekly basis to the project owner and to us.”
Projects are designed to be practical rather than theoretical. Each team works toward a defined outcome, producing a working code base, written documentation, and a final presentation for the project partner. Briefs are framed with clear priorities, must-haves, nice-to-haves, and stretch goals, and many projects aim toward an early prototype or minimum viable product.
To increase the likelihood of a strong result, multiple student teams are often assigned to the same brief, creating a level of comparison and competition that mirrors real-world delivery environments.
“That’s why we usually run three teams per project,” Dr Mann says. “It helps ensure at least one strong handover that a partner can actually use.”
For students, the work becomes a portfolio piece they can point to before graduation. For partners, it offers a low-risk way to see how an idea performs in practice.
Learning through collaboration
While most capstone projects involve external industry partners, the model can also support academic-led initiatives that benefit from technical build and iteration.
Dr Mary Grant, Senior Lecturer in Career Development in Sport/Professional Practice at La Trobe University, worked with a capstone team to develop a web-based platform supporting the FutureYOU IQ graduate employability framework, which emerged from her PhD research.
“The aim of the platform was to bring together the resources, tools, and surveys associated with the framework, while highlighting their significance in the implementation and outcomes processes, and their accessibility across disciplines and institutions,” Dr Grant says.
For her, seeing the framework translated into a working platform changed how she could communicate its value.
“Before embarking on the project, I was having difficulty pitching what it could do,” she says. “Seeing it built as a platform clarified that.”
Dr Grant says the structure of the capstone program, and the mentoring around it, helped students move beyond surface-level solutions.
“Scott and his team were mentors throughout the project,” she says. “They prompted the students each week, played devil’s advocate, and encouraged them to think differently to solve problems and reach better outcomes.”
She also sees capstone projects as a critical moment in a student’s degree.
“Capstone experiences encourage students to problem-solve, prepare for working environments and demonstrate that they have the skills and knowledge to be a professional in their discipline,” Dr Grant says.
Pathways beyond the semester
Across the program, capstone projects regularly tackle applied challenges in areas such as data analysis, digital tools, emergency response, and workplace optimisation. In some cases, the outcomes extend well beyond the classroom.
“We’ve had students employed by organisations that they worked with through capstone projects,” Dr Mann says. “It goes beyond just the experience outcomes.”
For Dr Mann, that reflects the value of having a steady stream of real-world briefs feeding into the program.
“The ICM has been a good feeder into the program,” he says. “They’ve supplied projects with different hosts, and our students are better for it.”
By acting as one pathway between industry and the university, ICM helps keep capstone projects grounded in real needs, while giving students the chance to deliver work that matters beyond university.
