Accelerating Building 4.0 CRC research translation and impact

What we did and why

We supported research by The University of Melbourne, through the Building 4.0 Cooperative Research Centre (CRC), to identify capability gaps that limit effective collaboration between researchers and leaders in the building industry and reduce the translation of research into practical outcomes with real-world impact.

Building is one of the largest sectors of today’s global economy, making it essential that the industry can access and apply the latest research and technological advances. For this to occur, both researchers and industry professionals need the skills to collaborate effectively, engage across sectors, and support the adoption of innovation. Capability gaps in these areas can make it harder to translate research into industry impact and to ensure that industry challenges meaningfully shape research agendas.

This research aimed to support the Building 4.0 CRC’s vision of strengthening Australia’s advanced manufacturing and construction capability by enabling industry to direct and draw on research through more effective collaboration. As part of the project, two professional development programs were delivered to support the CRC’s researchers and industry partners to build practical engagement and translation skills.

The research was led by Associate Professor Niharika Garud from The University of Melbourne.

The project was jointly funded by the Building 4.0 CRC, Cruxes Innovation, BPC and industry partners A.G. Coombs, BlueScope Steel, Sumitomo Forestry Australia, and Master Builders Victoria..

This research was completed in 2025-26.

What we found

The project examined how researchers and industry partners work together within the Building 4.0 CRC, and what helps, or hinders, research being translated into real-world impact.

The research found that successful collaboration depends on clear communication, aligned goals and expectations, and opportunities to demonstrate research value through proofs of concept, prototypes and real-world examples. Projects were most effective when researchers and industry partners had a strong understanding of each other’s priorities and constraints, and when research outputs were communicated in accessible, solution-focused ways. Dedicated bridging roles (such as project managers, research translators, or industry champions) played a critical role in turning technical research into outcomes industry could act on.

The research also identified common barriers, including misaligned objectives, risk-averse organisational cultures, limited time and resources, and a lack of recognised pathways for researchers to develop engagement and translation skills. It identified that promising initiatives may stall not because of weak research, but because systems and structures did not support adoption, trialling, or scale-up.

Overall, the findings highlight that research impact depends as much on people, capability, and process as it does on technical innovation.

Read the full report: Accelerating B4.0 CRC Translation and Impact

What difference this made

This project provided the CRC, researchers and industry partners with a clearer evidence-based understanding of how to design for impact from the outset of research projects.

The findings informed the development of a Research-Industry Engagement Framework tailored to the building industry. The framework provides a practical guide for planning, supporting and tracking impact across the life of a project, rather than treating impact as an end-of-project activity.

It focuses on 4 connected areas:

• Establishing the right organisational conditions (such as skills, resources, and partnerships).
• Building a strong project foundation through clear goals, aligned expectations, and effective communication.
• Enabling innovation through testing and demonstration of ideas (including pilots, prototypes and trials).
• Tracking outcomes over time.

The project also demonstrated the value of targeted capability-building programs for researchers and industry partners. Participants in the professional development programs reported greater confidence communicating research value, stronger engagement with industry, and clearer pathways to real-world application. The findings suggest that building skills in stakeholder engagement, research translation and impact planning can strengthen collaboration and support more consistent translation of research into practice.

More broadly, the professional development programs encouraged participants to consider impact as something to be planned and supported throughout the research lifecycle. These may help inform future research-industry collaborations within the CRC and across the broader building and construction sector.