NTT DATA, Hitachi And UTS Partner On AI-Driven Sustainability Campus

NTT DATA, Hitachi and the University of Technology Sydney have signed a memorandum of understanding to establish a joint research and commercialisation partnership focused on green technology, using the UTS campus in Sydney as a live testing environment.

The partnership will initially target energy management in commercial buildings before expanding into sectors such as hospitals and transport hubs. The first project under the agreement involves localising Hitachi’s ESG data management platform for the Australian market and integrating it with NTT DATA’s AI-based air-conditioning optimisation system.

UTS Campus To Serve As A Living Laboratory

Under the MoU, the UTS campus will function as what the partners are calling a Living Laboratory – a real-world environment where industry, academia and government can co-develop, test and validate green transformation technologies before they are rolled out commercially.

The approach gives researchers and students a direct pathway from development through to commercialisation, with feedback gathered from users operating within a functioning campus environment rather than a controlled test setting.

The three parties have described the arrangement as a scalable proving ground for decarbonisation solutions that can be adapted and deployed across the broader Australian market.

Hitachi’s EcoAssist Platform Adapted For Australian Standards

The first initiative under the MoU is the Australian localisation of Hitachi’s EcoAssist-Enterprise, an ESG data management solution designed to visualise and manage energy consumption across building portfolios.

The platform is being adapted to align with local environmental frameworks, including the National Australian Built Environment Rating System (NABERS). Initial verification work conducted across multiple UTS buildings has confirmed that the solution can operate within the Australian regulatory context.

Unlike generic energy monitoring tools, EcoAssist-Enterprise is designed to provide the kind of transparent, verifiable ESG data that Australian organisations are increasingly required to report under frameworks such as the federal government’s Safeguard Mechanism.

The partners plan to expand the deployment across the UTS campus before pursuing a wider commercial rollout.

AI System Adjusts Air Conditioning In Real Time

A central element of the partnership is the integration of EcoAssist-Enterprise with NTT DATA’s HUCAST, an AI-based solution that continuously adjusts air-conditioning systems in real time.

HUCAST uses AI to predict weather patterns and human occupancy flows within a building, then automatically modifies air-conditioning output to reduce wasted energy. The system is designed to improve energy efficiency without compromising occupant comfort – a trade-off that has historically been a challenge in commercial building management.

The combination of Hitachi’s data visualisation layer with NTT DATA’s real-time optimisation engine is intended to give building operators both visibility into their energy consumption and an automated mechanism for reducing it.

Regulatory Pressure Driving Demand For Digital Solutions

The partnership comes as Australian organisations face growing regulatory and reporting obligations around emissions.

Australia has committed to a 43 per cent reduction in CO2 emissions by 2030, and large companies are under increasing pressure through the Safeguard Mechanism to provide transparent emissions data and demonstrate reduction efforts.

Commercial buildings represent a significant portion of Australia’s energy consumption, making the sector a logical starting point for digital decarbonisation tools. The ability to track, visualise and actively optimise energy use across a building portfolio addresses both the compliance and operational efficiency challenges that building owners and operators face.

Plans To Expand Beyond Commercial Buildings

While the initial focus is on the commercial building sector, the three partners have indicated they intend to apply the insights and technology developed through the UTS Living Lab to other industries.

Hospitals and transport hubs have been identified as potential next steps, both of which are energy-intensive environments where real-time optimisation could deliver measurable reductions in consumption.

The expansion strategy reflects a broader ambition to use the UTS campus as a blueprint that can be replicated across different building types and industry verticals, rather than treating it as a one-off pilot.

Bridging The Gap Between Research And Commercial Deployment

David McKeering, Executive Managing Director of NTT DATA Australia and New Zealand, has been positioned as the lead spokesperson for the partnership. The company has framed the Living Lab model as a way to bridge the gap between academic research and commercial reality in the Australian market.

The structure of the MoU – bringing together a global technology services firm, an industrial conglomerate with deep energy management expertise and a university with an active campus to test on – is designed to compress the timeline between research, validation and market deployment.

For UTS, the arrangement offers its students and researchers exposure to commercial-grade technology platforms and real-world deployment constraints. For NTT DATA and Hitachi, it provides a controlled but authentic environment to prove their solutions work under Australian conditions before investing in broader market rollout.

Last Updated on March 20, 2026 by Nick Ross