In recent years, the concept of co-location of multiple species in aquaculture has gained interest among the scientific community and the industry. The integration of pellet-fed finfish with inorganic extractive algae and organic extractive shellfish is seen as a [...]
The efficient and cost-effective conversion of wave energy into electrical energy has remained an unsolved technological challenge. In collaboration with Carnegie Clean Energy Limited and Advanced Composite Structures Australia, this project attempts to develop a novel fibre reinforced plastic mooring [...]
The project seeks to assess water quality through a combination of multispectral imagery and cloud data processing. With global temperature increase, sea-level rise and water quality degradation, the marine environment has been impacted severely over the last few decades. Remote [...]
The project will involve identifying Design Waves on structures with different driving loads, with focus on offshore renewables. Design Waves are sequences of waves which induce the extreme load or extreme response on an offshore structure. The concept is [...]
The attachment point of fish farming nets to the floatation structure, referred to as the Collar Tie, has been identified as a weak point for particularly for areas where pens are deployed in high energy environments. With industry partner [...]
Recently, New Zealand King salmon aquaculture has proposed to move their salmon farming to offshore sites. This means the salmon, which have been genetically selected for current farming conditions, will be exposed to high energy environments. This PhD project, [...]
Offshore fish farming will become an inevitable trend for high productivity and low pollution in the future. For deep-sea fish cages, there are a few technical challenges that need to be overcome. First, there are limited information and references [...]
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