Magister Program
Description of Marine Fisheries Technology Study Program
Marine Fisheries Technology Study Program (SP MFT) is a postgraduate program located in the Department of Fisheries Resource Utilization, Faculty of Fisheries and Marine Sciences, IPB University. The establishment of SP MFT began with the establishment of the Marine Technology Study Program in 1999, then in 2007, SP MFT was split into the Capture Fisheries Technology Study Program (PS TPT) and the Capture Fisheries System and Modeling Study Program (PS SPT). In 2011, the two study programs were again merged into SP MFT. The SP MFT master program has received accreditation from BAN-PT with an A grade.
Currently, SP MFT manages 2 types of master’s programs, namely regular classes and special classes. Both have the same curriculum structure but different schedules. Lectures for the regular class master program are held on Monday-Friday, while for special classes on Friday-Saturday.
Mandate of the Department of Fisheries Resources Utilization (FRU)
Development of environmental friendly and sustainable capture fisheries science and technology, which includes: fishing gear, fisheries resource exploitation technology, fisheries vessels and transportation, capture fisheries policy, capture fisheries management, and fishing port management (Rector Decree No. 126/I3/OT/ 2008).
Competence of Graduates
Have the ability in the field of capture fisheries in general; and specifically in the field of biosciences-fish resource technology and the environment, or technology and engineering of fishing gear, or ship technology and fishery transportation, or fisheries ports, or capture fisheries systems and governance, with the following competencies:
- Design and carry out research and synthesize the results as a researcher;
- Formulate solutions to problems through data and information analysis and communicate them well as a manager;
- Mastering science and technology with the ability to think logically and analytically as a teacher/educator;
- Apply science and technology logically and analytically as an engineer;
- Work professionally and ethically with high adaptability and competitiveness.
Curriculum Structure
SP MFT develops 5 scientific interests, namely:
- Bioscience-Technology Fish Resources and Environment
- Technology and Engineering of Fishing Equipment
- Ship and Transportation Technology
- Fishing Ports
- System and Governance of Capture Fisheries
In the beginning of first semester, students are required to choose one of five fields in accordance with the direction of their research.
Study Subject
| Subject Code | Study Subject Name | Credit | Semester | |
| Common Course (CC) | ||||
| TPL501 | Research methods | 3 (2-1) | Ganjil | |
| Foundational Course (FC) | ||||
| STA514
or STA 517 |
Statistics for Engineering,
Statistics for the Social and Behavioral Sciences |
3 (2-1)
3 (2-1) |
Ganjil
Ganjil |
|
| TPL502 | Basic Engineering in Capture Fisheries Technology | 2 (2-0) | Ganjil | |
| TPL503 | Governance and Politics of Capture Fisheries | 2 (2-0) | Ganjil | |
| TPL504 | Fish Resources and Capture Fisheries Environment | 2 (2-0) | Ganjil | |
| Academic Core Course (ACC) | ||||
| Bioscience-Technology Fish Resources and Environment | ||||
| TPL511 | Fish Behavior Dynamics | 3 (2-1) | Ganjil | |
| TPL512 | Analysis of the Dynamics of Fishing Areas | 3 (2-1) | Genap | |
| Technology and Engineering of Fishing Gear | ||||
| TPL521 | Fishing Gear Design and Construction | 3 (2-1) | Ganjil | |
| TPL522 | Intelligent Technology of Fishing Gear | 3 (2-1) | Genap | |
| Ship and Transportation Technology | ||||
| TPL531 | Fishing Vessel Design Planning | 3 (2-1) | Genap | |
| TPL532 | Fisheries Transportation Analysis | 3 (2-1) | Ganjil | |
| Fishing Ports | ||||
| TPL541 | Fisheries Port Technology and Management | 3 (2-1) | Ganjil | |
| TPL542 | Fisheries Port Industry and Territories | 3 (2-1) | Genap | |
| Capture Fisheries System and Governance | ||||
| TPL551 | Methodology of a Transdisciplinary Approach to Capture Fisheries Management | 3 (2-1) | Ganjil | |
| TPL552 | Capture Fisheries Industry Analysis and Optimization Techniques | 3 (2-1) | Genap | |
| In-depth Course (IC) | ||||
| Subject Code | Study Subject Name | Credit | Semester | |
| TPL523 | Sustainable Capture Fisheries | 3 (2-1) | Genap | |
| TPL524 | Analysis of Fishing Gear Materials | 3 (2-1) | Genap | |
| TPL533 | Cargo | 2 (2-0) | Genap | |
| TPL536 | Fishing Vessel Machinery Evaluation | 3 (2-1) | Genap | |
| TPL543 | Port Facility Industry and Technology Development | 2 (2-0) | Genap | |
| TPL544 | Industrial Information System and Port Environment | 2 (2-0) | Genap | |
| TPL545 | Management of Fishing Port Clean Water and Waste | 2 (2-0) | Genap | |
| TPL553 | Analysis of Capture Fisheries Laws and Regulations | 3 (2-1) | Genap | |
| TPL613 | Ecosystem-Based Fish Behavior Dynamics | 3 (2-1) | Ganjil/Genap | |
| TPL614 | Fishing Ground Planning and Management | 3 (2-1) | Ganjil/Genap | |
| TPL625 | Development of Fishing Methods | 3 (2-1) | Ganjil/Genap | |
| TPL637 | Marine Fisheries Safety | 2 (2-0) | Ganjil/Genap | |
| TPL638 | Energy Management in Capture Fisheries | 2 (2-0) | Ganjil/Genap | |
| TPL639 | Risk Management in Capture Fisheries | 2 (2-0) | Ganjil/Genap | |
| TPL646 | Port Management and Policy | 3 (2-1) | Ganjil/Genap | |
| TPL647 | Production Analysis and Data Collection System at the Port | 3 (2-1) | Ganjil/Genap | |
| TPL653 | Capture Fisheries Industry Management | 3 (2-1) | Ganjil/Genap | |
| TPL654 | Marine Fisheries Transportation Policy | 2 (2-0) | Ganjil/Genap | |
| TPL655 | International Marine and Fisheries Policy | 2 (2-0) | Ganjil/Genap | |
Teaching Staff and Key Areas of Expertise
| No. | Name | Key Expertise | Other Expertise |
| 1 | Prof. Dr. Ir. Ari Purbayanto, M.Sc | Bioscience and Fish Behavior Engineering | Capture Fisheries Technology and Management |
| 2 | Prof. Dr. Ir. Domu Simbolon, M.Si | Fishing Ground Management | Exploration and management of fishing grounds, zoning system and mapping of fishing ground, Spatiotemporal modeling of fishing ground |
| 3 | Prof. Dr. Eko Sri Wiyono, S.Pi, M.Si | Fisheries Industry System | Fisheries Dynamics, Fisheries Management, Fisher Behavior |
| 4 | Prof. Dr. Ir. Gondo Puspito, M.Sc | Dynamics of Fishing Gear | Fishing Gear Design, Fishing Gear Materials, Fishing Gear Modeling |
| 5 | Prof. Dr. Ir. Mulyono S. Baskoro, M.Sc | Fishing Methods and Technology | Fishing Methods and Technology, Fish Behavior. |
| 6 | Prof. Dr. Ir. Tri Wiji Nurani, M.Si | Capture Fisheries System Analysis | Operations Research in Capture Fisheries, Fisheries Management, Tuna Fisheries. |
| 7 | Dr. Am Azbas Taurusman, S.Pi, M.Si | Fisheries and Marine Ecology | Fisheries management, coastal and environmental management |
| 8 | Dr. Ir. Budhi Hascaryo Iskandar, M.Si | Fishing Vessel Design and Dynamics | Fisheries Transportation, Underwater Observation, Work Safety, Ergonomics, Environmental Impact |
| 9 | Dr. Ir. Budy Wiryawan, M.Sc | Fishing Ground | Fishing Ground, Marine Conservation |
| 10 | Dr. Ir. Darmawan, MAMA | Capture Fisheries Policy Strategy and Management | Fisheries Area Management Strategy, Fisheries Traditional Wisdom, Institutional and Governance, Law of the Sea and Fisheries, Strategic Planning |
| 11 | Dr. Didin Komarudin, S.Pi, M.Si | Fishing Gear Design and Materials | – |
| 12 | Dr. Ir. Ernani Lubis, DEA | Port Management | Facility Technology, Fishing Port Environment |
| 13 | Dr. Fis Purwangka, S.Pi, M.Si | Work Safety in Fishing | Work Safety on Ships and Fisheries Transportation |
| 14 | Dr. Iin Solihin, S.Pi, M.Si | Fishing Port and Territory Management | Capture Fisheries System |
| 15 | Dr. Ir. M. Fedi A. Sondita, M.Sc | Marine Fisheries Management | Conservation of Fish Resources, Coastal Management, Fishing Technology |
| 16 | Dr. Mochammad Riyanto, S.Pi, M.Si | Fishing Technology and Fish Behavior | Fish Physiology, Fisheries Biology, Fishing Impact |
| 17 | Dr. Ir. Mohammad Imron, M.Si | Fishing Vessels and Technology | Fisheries Resources Utilization |
| 18 | Dr. Mustaruddin, S.TP | Port Industry and Environment Modeling | Fisheries system analysis and green logistics |
| 19 | Dr. Retno Muninggar, S.Pi, ME | Fishery Port Management and Policy | Public Policy, Eco-fishing port |
| 20 | Dr. Ir. Ronny Irawan Wahju, M.Phil | Fishing Technology | Fishing impact |
| 21 | Dr. Roza Yusfiandayani, S.Pi | Fishing Technology | Fishing methods, fisheries and marine innovation |
| 22 | Dr. Ir. Sugeng Hari Wisudo, M.Si | Capture Fisheries Systems and Modeling | Capture Fisheries Business Optimization, Capture Fisheries Smart System |
| 23 | Dr. Vita Rumanti Kurniawati, S.Pi, MT | Fishing Vessel Production and Operation | Fisheries Transportation, Sustainability Assessment, Life Cycle Assessment |
| 24 | Dr. Ir. Wazir Mawardi, M.Si | Fishing Technology, Fish Behavior | Scientific diving, Fishing Gear Technology |
| 25 | Dr. Yopi Novita, S.Pi, M.Si | Fishing Vessel Design and Dynamics | Live fish transportation and risk mitigation |
| 26 | Dr. Ir. Zulkarnain, M.Si | Fishing Technology | Development of small-scale capture fisheries science and technology |
SP MFT Research Scope
1. Bioscience and Fish Resources and Environment Engineering Technology
This field is managed by the Division of Capture Fisheries Resources and Territories (SKPT). The scope of research includes:
- Fish ethology (fish behavior response to natural habitat/environment)
- Fish behavior towards fishing gear and methods
- Physiology of fish behavior related to the fishing process
- Fish behavior engineering technology
- Development of fish resource exploration methods and techniques
- Fish resources related to fishing ground
- Aquatic environment dynamics related to fishing ground
- Development of artificial habitats
- Capture fisheries management areas
- Fishing ground
- Impact of capture fisheries
- By-catch
2. Fishing Gear Technology
This interest is managed by the Division of Fishing Gear and Technology. The scope of research includes:
- Engineering design, construction and operation of fishing gears
- Engineering design, construction and operation of fish-aggregating device
- Material development of fishing gear and fish-aggregating device
3. Fishing Vessel Technology and Fisheries Transportation
This interest is managed by the Division of Fishing Vessels, Equipment and Technology. The scope of research includes:
- Technology and management of fishing vessels
- Fisheries transportation engineering
- Development of ship and fisheries transportation technology with sustainable development concept approach
- Multidisciplinary approach in the development of fishing vessel technology and fisheries transportation
4. Fishing Port
This interest is managed by the Port and Capture Fisheries Governance Division. The scope of research includes:
- Management and technology of port facilities
- Port policies
- Port and industry with an environmental perspective
- Port information systems
- Management of clean water and port waste
- Industrial agglomeration and regional economics
- Socio-economy of fishing ports
- Production, data collection, sanitation of fish landings
- Port-based supply chain management
5. Capture Fisheries System and Governance
This interest is managed by the Port and Capture Fisheries Governance Division. The scope of research includes:
- Capture Fisheries System Analysis and Engineering
- Capture Fisheries System Dynamics
- Fisheries Governance
- Fishing Operations Management
- Capture Fisheries Industry Management
- Socio-Economic Capture Fisheries
- Capture Fisheries Regulations and Legislations
- Capture Fisheries Policy
- Fisheries Logistics System
Study Program Manager
Head of Study Program : Dr Yopi Novita, SPi, MSi
Secretary : Dr Vita Rumanti Kurnawati, SPi, MT
Marine Fisheries Technology Study Program
Agathis Street IPB Dramaga Campus, Bogor Indonesia
Phone: 0251 8622935
Email : tpl@apps.ipb.ac.id
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