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BioTech New Zealand launches engineering biology group

BioTech New Zealand launches engineering biology group

Mon, 28th Sep 2026 (Today)
Mara Sugue
MARA SUGUE News Editor

BioTech New Zealand has launched an Engineering Biology Working Group, bringing together experts from across Aotearoa New Zealand.

The group aims to raise the profile of engineering biology, connect participants across research and industry, and give the field a more coordinated voice. It will draw members from research institutions, companies and the wider innovation system.

Engineering biology combines biological science with engineering methods, design and iterative development. It is used to understand, design and improve living systems for applications ranging from pharmaceuticals and nutraceuticals to materials, primary industry processes, manufacturing and environmental work.

Sector focus

New Zealand researchers and innovators have already built expertise in gene technologies and biological innovation. Local scientists are contributing to the design and redesign of living systems, but regulation has not kept pace with developments overseas.

According to the group's organisers, that gap can limit efforts to move research into practical use. The working group has been set up against that backdrop, with a remit spanning visibility, coordination and sector representation.

Its four stated priorities are to position and showcase engineering biology within New Zealand's innovation and investment landscape, build a national ecosystem of companies, people and infrastructure, coordinate activity across organisations, and provide a unified voice for the sector.

The Chair is Alec Foster, Bioproducts Portfolio Lead at the Bioeconomy Science Institute, and the Co-Chair is Ipshita Mandal-Johnson, Director of Mandal-Johnson. Contributors include representatives from BioTech New Zealand, the Ferrier Research Institute, the Malaghan Institute of Medical Research, the NZ Food Safety Science & Research Centre at Massey University, BioOra and the wider biotechnology community.

Foster linked the initiative to a broader effort to make the country's existing work in the field easier to see and easier to connect.

"Engineering Biology is about applying the discipline of engineering to biology so we can create and scale solutions to real-world challenges," said Alec Foster, Chair of the Engineering Biology Working Group at BioTech New Zealand.

"New Zealand has hard-won expertise in this area. We now have an opportunity to make that capability more visible, more connected and better positioned to deliver impact - whether that is new medicines, higher-value products, more sustainable production or environmental solutions," Foster said.

Practical forum

BioTech New Zealand described the working group as a forum for organisations and individuals to identify shared priorities. It is also intended to reduce duplication across a field that spans multiple institutions and parts of government.

Champion said the group was designed to help turn technical knowledge into practical outcomes.

"The expertise across New Zealand's biotechnology community is real, diverse and ready to contribute," said Zahra Champion, Executive Director of BioTech New Zealand.

"The Engineering Biology Working Group provides a practical forum for people and organisations to connect, identify shared priorities and help ensure New Zealand can turn scientific discovery into solutions that benefit our people, economy and environment," Champion said.

The launch adds a more formal structure to a part of the biotechnology sector that has often been spread across specialist research teams, start-ups, institutes and public bodies. By bringing those strands together, the group is seeking to define engineering biology more clearly within New Zealand's science and business landscape.

The field sits at the intersection of science policy, commercialisation and industrial development. Work in engineering biology can feed into drug discovery, food and agriculture, biomaterials and environmental applications, but progress often depends on access to skilled people, research infrastructure, investment and regulatory clarity.

For BioTech New Zealand, the working group also expands its role as a convener for industry and research communities. The organisation describes itself as a national biotechnology community focused on raising awareness and understanding of the sector.

The named contributors reflect the breadth of engineering biology activity in New Zealand, from medical research to food safety science and commercial biotechnology. That mix suggests the initiative will address both scientific collaboration and the practical conditions needed to move ideas beyond the laboratory.

The working group's early agenda centres on visibility and coordination rather than a single research programme. Its organisers have framed that as a necessary step for a field that spans multiple disciplines and institutions and, they say, needs a clearer collective presence.