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Aquatic Resources Management

Undergraduate Program (S-1)

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

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Concentration

The following is a list of specializations contained in Undergraduate Program in Aquatic Resources Management

Aquatic Resources Management

Aquatic Resources Management

Aquatic Resources Management in the Undergraduate Program in Aquatic Resources Management focuses on the wise and sustainable management of water resources. Students in this group understand concepts, strategies, and methods to effectively manage water, ensure environmental sustainability, and meet human needs as well as industrial and agricultural needs. The main objective of this research group is to train students to become experts in planning, managing, and monitoring water resources. They learn about water conservation, flood disaster mitigation, water quality management, and land use planning to support the sustainability of water resources. In addition, they also understand laws, regulations and policies related to water resources management. Students are expected to formulate and implement effective solutions in dealing with water-related challenges, including increased water demand, water quality degradation and climate change. In addition, they engage in research and development of innovations to advance more efficient and sustainable water management technologies and practices.
Fisheries Resources Management

Fisheries Resources Management

Fisheries Resources Management within the Undergraduate Program in Aquatic Resources Management has a primary focus on the effective and sustainable management of fisheries resources. Students in this group understand the scientific principles, latest technologies, and policies related to fisheries management to support sustainability and community welfare. The aim of this research group is to train students to become experts in planning, managing, and monitoring fisheries activities. They learn about aquatic biodiversity, fisheries ecology, fish farming, resource utilization, and environmental sustainability. In addition, they understand the social, economic, and cultural factors that influence fisheries resource management. Students are expected to design sustainable fisheries management strategies, ensure timely recovery of fish stocks, and minimize negative impacts on aquatic ecosystems. They also engage in research and development of innovations to improve aquaculture techniques, water quality maintenance, and fish population monitoring.
Biotechnology and Aquaculture

Biotechnology and Aquaculture

Biotechnology and Aquaculture is a field of science that combines the principles of biology, technology, and fisheries science to develop innovative methods for managing and utilizing aquatic resources in a sustainable manner. In this field, students study various aspects such as fish breeding, algae cultivation, fish feed development, and artificial fish reproduction techniques. They also learn how to use modern biotechnology technologies and methods, such as genetic engineering, cloning, and tissue culture, to improve production efficiency, disease resistance of aquatic organisms, and reduce negative impacts on the environment. By utilizing this knowledge, the fields of Biotechnology and Aquaculture contribute to the development of a sustainable aquaculture industry that has the potential to maintain the sustainability of aquatic resources, increase food production, and provide solutions to challenges in fisheries and aquatic management.

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Course Schedule

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Tuition Fee

Here are the study fees Undergraduate Program In Aquatic Resources Management
Undergraduate Program SNBP & SNBT Pathway
UKT Group I IDR 500,000
UKT Group II IDR 1,000,000
UKT Group III IDR 2,400,000
UKT Group IV IDR 3,000,000
UKT Group V IDR 4,600,000
UKT Group VI IDR 5,200,000
UKT Group VII IDR 7,400,000
UKT Group VIII IDR 9,600,000
Undergraduate Program Single Tuition Fee
Single Tuition Fee 1 IDR 500,000
Single Tuition Fee 2 IDR 1,000,000
Single Tuition Fee 3 IDR 2,000,000
Single Tuition Fee 4 IDR 2,500,000
Single Tuition Fee 5 IDR 3,000,000
Single Tuition Fee 6 IDR 4,000,000
Single Tuition Fee 7 IDR 5,000,000
Single Tuition Fee 8 IDR 6,000,000
Single Tuition Fee 9 IDR 9,000,000
UKT is paid every semester during the study period
Undergraduate Program Institutional Development Fee (Independent Program Only)
IDR 15,000,000 One-Time Payment
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Learning Outcomes

Students of the Undergraduate Program in Aquatic Resources Management have the ability to conduct an inventory of aquatic resources by collecting and identifying aquatic biota and analyzing diversity to evaluate the condition of aquatic ecosystems. They can also design fisheries management plans through surveys, direct observation, and relevant technology. They can also analyze the results by involving various parties to ensure optimal and sustainable use of aquatic and fisheries resources. In addition, they have the ability to plan, manage, and develop aquaculture, aquatic product processing, and aquatic ecotourism and create employment opportunities through community involvement in the form of sustainable joint ventures.

Learning Outcomes
1 Able to apply the concepts and theories of marine biology, aquatic invertebrates, ichthyology, water quality, aquatic ecology, planktonology, fish domestication, fish resource collection management, and analyze biodiversity to identify problems from environmental changes according to aquatic environmental quality standards
2 Able to apply and apply the knowledge of aquatic resource information systems, EIA, aquatic conservation, aquatic ecology, aquatic pollution, aquatic ecotoxicology, and integrated coastal management in identifying problems in the field of waters either directly or through literature studies.
3 Able to communicate and speak foreign languages by applying communication and language theories that will be useful in national and international seminars and using information technology
4 Able to apply the knowledge of aquatic resource management, fisheries, and fisheries biotechnology to create sustainable fisheries resources
5 Able to solve fishery resource problems independently and in groups by considering biological, ecological, economic, and socio-cultural factors to increase the productivity and quality of aquatic products
6 Able to apply the basic theory of capture fisheries, fishing grounds, fishing management, stock assessment, and fish population dynamics to manage fisheries resources sustainably
7 Able to apply technology to aquatic product resources through fishery product biotechnology, fish waste management technology, fish preservation technology, and aquatic products
8 Able to apply the concepts of stock assessment, fish population dynamics, fisheries biology, ecology of fish, crustaceans, and mollusks, fish and non-fish biological resources whose results will be compiled and recommended as a reference in making policies and regulations for the management of aquatic resources, fisheries, and the environment
9 Ability to apply the concepts of entrepreneurship theory, fundamentals of aquatic management, aquatic economics, and aquatic resource assessment in developing businesses both independently and in the field of small and large-scale fisheries
10 Ability to apply the concepts and theories of ecotourism, basic aquatic product technology, aquascape, fish hatchery techniques, fish enlargement technology, nutrition and fish feed, and fresh and marine aquaculture management in creating work and business opportunities independently