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Agrotechnology

Master's Program (S-2)

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 Master's Program in Agrotechnology

Soil Science

Soil Science

Soil Science in the Agrotechnology master program is a field of study that focuses on an in-depth understanding of the physical, chemical, biological, and ecological properties of soils and their optimal management for successful agricultural production. Students in this group study soil composition, texture, structure, and the biological processes that occur in it.
Agronomy

Agronomy

Agronomy is a part of the study of agronomy that focuses on an in-depth understanding of the nature, composition, and characteristics of soil and its interaction with plants. Students in this group study basic and applied sciences related to soil, ranging from soil structure, texture, and composition, to the availability of nutrients needed by plants.
Plant Pests and Diseases

Plant Pests and Diseases

Plant Pests and Diseases in the Agrotechnology master program addresses the in-depth study of various pests, diseases, and other disorders that affect crops. The main focus is on understanding how to prevent, control, and manage pests and diseases that can damage agricultural products.
Plant Breeding

Plant Breeding

Plant Breeding in the Agrotechnology master program discusses plant breeding techniques to improve the quality, productivity, and adaptability of plants in diverse environmental conditions. The main focus is to develop superior plant varieties through the process of selection, cross-breeding, and genetic manipulation.
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Curriculum

The following is a complete list of courses that will be taken in each semester.

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Curriculum File
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Semester 1 add remove
AGR 5101 Advanced Research Methodology
2 SKS

AGR 5102 Data Analysis and Interpretation
1 SKS

AGR 5111 Plant Ecophysiology
3 SKS

AGR 5131 Advanced Soil Fertility
3 SKS

AGR 5141 Advanced Integrated Pest and Disease Management
3 SKS

Semester 2 add remove
AGR 5211 Advanced Plant Ecology
3 SKS

AGR 5212 Ecophysiology of Seed Production
3 SKS

AGR 5221 Plant Breeding Science
3 SKS

AGR 5222 Plant Breeding for Environmental Stress
3 SKS

AGR 5223 Genetic Engineering of Plants
3 SKS

AGR 5224 Plant Stress Physiology
3 SKS

AGR 5231 Environmentally Specific Land Management
3 SKS

AGR 5232 Crop Fertilization Management
3 SKS

AGR 5233 Nutrient and Plant Interactions
3 SKS

AGR 5241 Plant Pathogenesis
3 SKS

AGR 5242 Epidemiology and Management of Plant Diseases
3 SKS

AGR 5243 Insect Physiology and Behavior
3 SKS

Semester 3 add remove
AGR 6101 Colloquium
1 SKS

AGR 6111 Advanced Crop Production
3 SKS

AGR 6112 Advanced Weed Science
3 SKS

AGR 6113 Agroclimate and Climate Change
3 SKS

AGR 6121 Plant Physiology and Cellular Biology
3 SKS

AGR 6122 Plant Biotechnology
3 SKS

AGR 6123 Breeding for Plantation and Forestry Crops
3 SKS

AGR 6124 Advanced Growth Regulators
3 SKS

AGR 6131 Land Evaluation and Spatial Planning
3 SKS

AGR 6132 Soil Biotechnology, Biofertilizers and their Applications
3 SKS

AGR 6141 Insect Pathology
3 SKS

AGR 6142 Entomophagous Insects
3 SKS

AGR 6143 Plant Disruptive Organism Resistance
3 SKS

Semester 4 add remove
AGR 6201 Results Seminar
1 SKS

AGR 6202 Research and Thesis
6 SKS

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Course Schedule

Alternative text - include a link to the PDF!

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Tuition Fee

Here are the study fees Master's Program In Agrotechnology
Master's Program Regular
IDR 7,000,000 Per student for 1 semester
Master's Program Institutional Development Fee (Independent Program Only)
IDR 7,000,000 One-Time Payment
Master's Program Education Development Contribution
(IDR) 7,000,000 Per student for 1 semester
Master's Program Academic Completion Fund
(IDR) 7,000,000 Per student for 1 semester
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Learning Outcomes

Graduate competencies designed in the curriculum and courses that have been prepared based on the main competencies where students have knowledge and understanding of theories, principles, advanced concepts, and the identification and solving of current problems, as well as elective courses that can be used to fulfill the achievement of supporting competencies where students are expected to participate

Learning Outcomes
1 Have knowledge and understanding of theories, principles, and advanced concepts in the domains of agronomy, plant breeding, plant pests, and soil science.
2 Have a strong sense and desire (enthusiasm) to continuously improve knowledge, abilities, and skills in the fields of agronomy, plant breeding, plant and soil pests and diseases, and have an open, honest, and positive attitude toward the development of science and technology, culture, and respect interdisciplinary efforts in exploring and utilizing sustainable natural resources.
3 Be competent and knowledgeable in the application of science, technology, and analytic techniques to problem-solving in the field of agroecotechnology (agronomy, plant breeding, plant pests and diseases, and soil science)
4 Have the knowledge and skills necessary to apply concepts and theories pertaining to the subject of agroecotechnology (agronomy, plant breeding, plant pests and diseases, and soil science) and the environment and their interactions with sustainable agricultural systems.