Major Research Areas

Species & System Diversification and Genetic Improvement
Breeding, seed production and culture of diverse aquatic species; translational genetics for trait improvement.
Precision Nutrition & Aquafeed Innovation
Novel feed ingredients, efficient nutrient-delivery and nutrigenomics.
Aquatic Animal Health & Biosecurity New-age diagnostics, therapeutics and vaccines; integrated surveillance and biosecurity.
Precision Aquaculture & Resource and Energy Efficient Production
Mechanization, automation, digital and precision technologies for efficient aquaculture.
Responsible Fisheries Resource Management & Sustainable Fish Harvest
Digitally integrated eco-system-based fish stock assessment; Fuel and energy efficient fishing crafts and selective gears.
Post-Harvest Management, Processing & Value Addition
Innovative green processing, nutritionally-fortified fish products, traceability and circular bioeconomy.

Key Challenges Addressed

Limited species diversity and production systems; need for reliable breeding, quality seed and efficient culture technologies for commercially important finfish and shellfish.
High feed costs, dependence on conventional ingredients and nutritional gaps constrain sustainable aquaculture productivity, requiring efficient, affordable and alternative feed solutions.
Emerging diseases, inadequate diagnostics and limited therapeutic options threaten aquaculture productivity, biosecurity and sustainability, necessitating rapid and innovative health solutions.

AI-Driven Precision Aquaculture: Integrating AI, IoT and predictive analytics for real-time farm monitoring, disease forecasting and resource-efficient production.
Climate-Smart & Circular Aquaculture: Developing climate-resilient systems that recycle water, nutrients and waste while reducing environmental impacts.
Open sea mariculture and blue bioeconomy: Harnessing seaweeds, microbes and aquatic bioresources for high-value products, biomaterials and sustainable bioindustries.