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🌊 Centurion University of Technology & Management, Odisha, India

Aquaculture & Fish Processing Technology Research Centre Centurion University of Technology & Management

Advancing Aquaculture, Nourishing the World, Preserving the Blue Economy

🔬 Coordinator: Dr. Sambid Swain
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About the Centre

State-of-the-Art Research Facility

The Centre for Aquaculture and Fish Processing Technology is a state-of-the-art research facility dedicated to advancing sustainable aquaculture and fish processing innovation. Equipped with a comprehensive Aquaculture Research Farm, Biofloc units, Ornamental Fish Culture Systems, and Aquaponics setups, the centre embraces cutting-edge production technologies.

Its Automated Recirculatory Aquaculture Systems (RAS) and Chinese Circular Hatchery ensure precision-controlled breeding and seed production. A fully operational Feed Mill supports nutritional research, while the Fish Processing and Value Addition Unit drives post-harvest excellence.

Complemented by specialized laboratories, the centre serves as a premier hub for aquaculture research, training, and technological development — bridging science and practice for a sustainable blue economy.
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Aquaculture Research Farm
Comprehensive farm for experimental aquaculture production studies.
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Biofloc Technology Units
Advanced biofloc systems for sustainable shrimp and fish farming.
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RAS Technology
Automated Recirculatory Aquaculture Systems for precision aquaculture.
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Fish Processing Unit
Value Addition and post-harvest excellence laboratory.
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Ornamental Fish Systems
Captive breeding and ornamental fish culture innovation centre.
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Specialized Laboratories
12 specialized labs for research, training, and development.
Direction & Purpose

Vision & Mission

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Our Vision
To emerge as a world-class research and technology hub that transforms aquaculture and fish processing through scientific excellence, industry collaboration, and capacity building for a sustainable blue future.
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Our Mission
  • Conduct pioneering research in aquaculture systems, nutrition, and health for enhanced productivity and sustainability.
  • Nurture human resources with hands-on skills, critical thinking, and innovation through training in cutting-edge aquaculture technologies.
  • Bridge the gap between academia and industry through collaborative projects, technology transfer, and commercialization.
  • Ensure safe, nutritious, and market-ready aquatic food products through innovative post-harvest research.
  • Contribute to sustainable development through interdisciplinary research integrating IoT.
What We Aim For

Our Objectives

1
Conduct pioneering research in aquaculture systems, nutrition, and health while developing innovative post-harvest technologies ensuring safe, nutritious, and market-ready aquatic food products.
2
Train and mentor students, researchers, and fish farmers through hands-on programs in modern aquaculture practices and fish processing technologies.
3
Establish collaborative research partnerships, facilitate technology transfer, and support commercialization of aquaculture innovations with industry stakeholders.
4
Advance sustainable aquaculture through interdisciplinary research integrating IoT-based smart technologies for precision monitoring and resource optimization.
5
Encourage publication of high-quality research papers in reputed journals and conferences to advance the global body of aquaculture knowledge.
World-Class Facilities

Infrastructure & Lab Facilities

12 specialized research laboratories and production units enabling cutting-edge aquaculture investigation

Funded Initiatives

Research Projects

✅ Completed
NFDB Sponsored Three-Day Residential Training Programme for Fish Farmers
A comprehensive residential training programme conducted across 4 batches for fish farmers under the sponsorship of the National Fisheries Development Board (NFDB). The programme covered modern aquaculture practices, health management, and sustainable production techniques to empower fish farming communities.
Funding Agency
NFDB (National Fisheries Development Board)
₹4.58 L
🔄 Ongoing
Integrated Fish Pond Floating Cage (Aquageoponics)
An innovative aquageoponics system integrating floating cage aquaculture within fish ponds, funded by NABARD (Total Project Cost: ₹12.57 Lakhs). This project combines aquaculture with sustainable resource management, optimizing land and water use while enhancing fish production efficiency through integrated farming approaches.
Funding Agency
NABARD
₹12.57 L
Recognitions

Faculty Awards & Recognitions

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Provost Award — Eminent Achiever Award
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Young Scientist Award
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Best Presentation Award
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Bharat Bikas Award
Capacity Building

Internships & Workshops

Hands-on training programmes bridging academic knowledge with industry practices

Scientific Priorities

Research Focus Areas

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Self-Designed RAS Development
Development of self-designed Recirculating Aquaculture Systems tailored to local conditions to optimize water reuse, reduce operational costs, and enhance fish production efficiency.
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Biofloc Technology Integration
Integration of biofloc technology into self-designed RAS to harness microbial protein as a supplementary feed source while improving water quality management.
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Indigenous Feed Formulation
Formulation of cost-effective, nutritionally balanced fish feeds using locally available indigenous ingredients to reduce dependence on imported feed inputs.
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Selective Breeding Programs
Selective breeding programs for indigenous fish species to improve growth performance and disease resistance.
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Ornamental Fish Captive Breeding
Captive breeding of indigenous ornamental fish species to meet domestic and export market demands while reducing pressure on wild populations.
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Natural Pigment Research
Investigation of natural, locally sourced dietary pigments and feed additives to enhance coloration in ornamental fish for premium market value.
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Value-Added Fish Products
Development of value-added products from low-value fish and fortification techniques to improve marketability and reduce post-harvest losses.
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Inland Shrimp Culture Optimization
Optimization of shrimp culture protocols under low-salinity conditions within self-designed RAS frameworks to enable inland shrimp farming.
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IoT-Based Smart Aquaculture
Application of IoT-based sensors and automated monitoring systems in self-designed RAS to enable real-time tracking of water quality parameters and improve farm management decision-making.
Breakthrough Outcomes

Key Achievements

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Non-Conventional Feed Supplement using Black Soldier Fly (BSF)
Innovative alternative protein source for sustainable aquaculture feeding
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Eco-Friendly Bio-Leather from Pacu Fish Skin
Piaractus brachypomus — sustainable valorization of aquaculture by-products
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Impact of Probiotics on Red-Bellied Pacu Health Management
Evidence-based probiotic applications for improved fish welfare and productivity
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Calcinated Nano-Hydroxyapatite from Fish Head & Frame Powder
Advanced material extraction and characterization from fisheries waste streams
Impact & Numbers

Key Statistics & Revenue

0 Revenue (Lakhs ₹)
0 Patents Filed
0 Publications
0 Research Members
0 Lab Facilities
Revenue of ₹20 lakhs has been generated through funded research projects and training programmes, demonstrating the centre's commitment to both knowledge creation and economic impact in the blue economy.
Interdisciplinary Network

Research Collaborations

The research centre operates in active collaboration with partner research centres, fostering interdisciplinary engagement and collectively strengthening research capacity and outreach across the university ecosystem.

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Research Centre for Drone Technology
Leveraging UAV and drone technology for aquaculture monitoring, farm surveillance, and precision data collection.
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Research Centre for Smart Infrastructure
Smart infrastructure solutions for sustainable aquaculture facility design, construction, and management systems.
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Research Centre for Data Sciences & Machine Learning
Advanced data analytics, predictive modelling, and AI-driven decision support systems for aquaculture optimization.
Intellectual Output

Patents & Publications

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3
Patents Filed
Innovative technologies developed by the research centre, covering aquaculture systems, bio-materials, and food processing advancements.
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140+
Research Publications
Peer-reviewed articles, conference papers, and research outputs published in national and international journals advancing aquaculture science.
Our Expert Team

Research Members

17 dedicated faculty members across aquaculture, fish processing, health management, and extension disciplines

Get In Touch

Contact the Centre

For research collaborations, academic interactions, consultancy discussions, student mentoring, project partnerships, or institutional communication, please feel free to connect through the contact details or enquiry form below.

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Research Centre Contact
Aquaculture & Fish Processing Technology Research Centre
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RC Coordinator
Dr. Sambid Swain
Associate Dean • School of Fisheries
🎓 Google Scholar Profile
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Email Address
[email protected]
Respond within 2–3 working days
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Office Address
School of Fisheries
Centurion University of Technology and Management, Paralakhemundi, Odisha
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Institutional Address
Alluri Nagar, R. Sitapur, Gajapati
Odisha – 761 211
📍 View on Google Maps
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University Website
www.cutm.ac.in
Official institutional web portal
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Academic Enquiry Form
Research Collaborations • Consultancy • Partnerships
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