Use our specialised services to solve complex design and manufacturing challenges. We offer materials expertise and analysis in metals, ceramics and cements plus a broad spectrum of computer simulation capabilities to facilitate the development and manufacture of products that perform.
Our expertise
I am a professional engineering scientist specialising in computational modelling for product development. My research interests revolve around biomechanics modelling, numerical analysis and modelling, and engineering system analysis.
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I am a civil engineer working as a Senior Scientist in the Applied Technologies department where I specialise in Advanced Engineering and Materials. My Ph. D. is in construction materials research and my principal research interest is developing sustainable binders and enhancing the longevity of concrete structures.
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I’m a Principal Research Scientist working in the Advanced Materials and Engineering group within Applied Technologies. My 25 year research career is focused on materials design, fabrication, and characterisation, moving novel research through to commercialisation.
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I work in the Advanced Engineering and Materials team as a Principal Research Engineer specialising in fluids and thermodynamics. My expertise lies in computer-aided engineering, fluid-related machinery and manufacturing.
Read moreI work as the Materials Science Technician in the Applied Technologies team specialising in Advanced Engineering and Materials. This uses my expertise in particle size analysis, chemical analysis, and cellulose polymers to contribute to innovative research projects.
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I'm a Research Engineer in the Applied Technologies group with a special focus on Advanced Engineering and Materials. My work involves solving challenging engineering problems, and I love getting to work with such passionate and brilliant colleagues and collaborators.
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I am a seasoned Principal Research Scientist specialising in Applied Technologies, with a focus on Advanced Engineering and Materials. I have devoted my >30 year career to theoretical and experimental research in dynamic systems, instrumentation, controls, and digital signal processing.
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I am a Research Scientist in the Advanced Engineering and Materials team at Callaghan Innovation. My work involves the study of materials, allowing me to manipulate their properties and develop innovative materials with enhanced performance, durability, and functionality.
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I work as a Senior Cement Scientist in the Applied Technologies research group where I gather insights into fresh and hardened properties of cement-based construction materials. My past experience includes research into alternative cementing materials such as MgO-SiO2 cements and geopolymers.
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I lead the Advanced Engineering & Materials team, one of five teams in our Applied Technologies group. I joined Callaghan Innovation in 2014 after completing a master's degree in mechanical engineering at the University of Canterbury. Since joining I have delivered a wide range of projects for our customers.
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I work as a Distinguished Scientist in the Applied Technologies team specialising in Advanced Engineering & Materials. My journey with Callaghan Innovation began in 2015 when I joined to spearhead a significant project focused on titanium metallurgy.
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Avertana has created a world-first extraction technology - supported by Callaghan Innovation - that turns steelmaking slag into valuable raw materials, equating to less waste and a better environmental footprint.
A Callaghan Innovation-developed process is set to boost global fruit and vegetable supply by producing clean carbon dioxide for greenhouses in a more readily available, cost-effective and environmentally friendly way.
Engrich: Using 3D printing to help build a bespoke motorcycle
Christchurch firm Fabrum Solutions has turned Callaghan Innovation-invented cryocooler technology into a burgeoning export industry. Even NASA is using it.
Neocrete: Redefining concrete and cementing an eco-friendly future for construction. Combining a father’s invention, Callaghan Innovation supported R&D, and an entrepreneurial spirit, Neocrete has redefined concrete, with its mix reducing CO2 emissions from concrete production up to 40 per cent.
Despite COVID-related challenges, Bluelab’s pre-pandemic digital transformation, and their investment in R&D work alongside Callaghan Innovation, meant they could ride a direct to consumer growth wave.
Marine supplier Oceanmax knew it had a world-class product that could also save customers money. It called in Callaghan Innovation to prove it.
Spurred by realising the pollution caused by marine engines, ZeroJet - with support from Callaghan Innovation - developed electric jet propulsion systems for small boats.
For Road Science, it was about time someone came up with a better way to lay sealed roads without the threat of explosion. So, they teamed up with Callaghan Innovation to do just that.
It may be the only factory of its kind in the Southern Hemisphere, but Pyrotek, supported by Callaghan Innovation, is punching above its weight when it comes to ceramics manufacturing.
Reimagining power. That’s what EMROD, with the help of Callaghan Innovation, is trying to do with their long-range wireless power transfer technology.
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