Engineering Systems and Technologies
Technology Development
Metamaterials
Precise control over microstructures in additive manufacturing by use of ultra-fine powders and energy-efficient high compaction methods, resulting in minimal porosity and excellent fusion/ sintering quality for engineering plastics, metals and ceramics produced in-situ to net-shape dimensions and with negligible residual distortions.
Composite materials
Development of ready-to-deploy kits for the fabrication of precision composite structures by pultrusion using CFRP and GFRP to high quality standards and competitive cost for prototyping and low volume or custom production.
Nanostructures
We develop novel nanoscale graphene formations with unique affordances for use in tribology, filtering, thermal transport and catalysis.
In-situ composition
Precise control over microstructures in additive manufacturing by use of ultra-fine powders/ whiskers and energy-efficient high compaction methods, resulting in minimal porosity and excellent fusion/ sintering quality for engineering plastics, metals, ceramics and composites produced in-situ to exact net-shape dimensions and with negligible residual distortions.
