Matrix of The Relationship Between Courses and The Intended Learning Outcomes Bachelor of Agricultural Engineering
Intended Learning Outcomes:
1. An ability to use engineering principles in designing technology products related to the field of agricultural engineering science
2. Having an attitude, creative and innovative thinking in working with consistently follow professional ethics
3. An ability to manage and utilize natural resources (agriculture and environment) and the supporting resources (human resources, infrastructure, etc.) in an optimal way and sustainable
4. Having an attitudes and professional behavior as well as having strong leadership and the ability in scientific communication effectively
5. An ability to identify, formulating, analyzing and solving problems in the field of agricultural engineering through systems approach
6. An ability to conduct research, explore, develop and apply science and technology in the field of agricultural engineering science
7. An ability to develop and manage entrepreneurship oriented to agribusiness and agroindustry
No Courses ILO
1 2 3 4 5 6 7
Semester 1
1 Religion H M L
2 Civic Education M H L
3 General Mathematics L M H
4 English Language H H H
5 Physics H
6 General Chemistry L M H
7 Introduction to
Agricultural Technology M H
8 Biology H M L
Semester 2
1 Indonesian Language H M L
2 Pancasila M H
3 Organic Chemistry M L H
4 Calculus 1 H
5 Statistics M H
6 Agricultural Science and
Biosystem H
7 Computer Application M H
8 Agricultural Material
Science H H
No Courses ILO
1 2 3 4 5 6 7
Semester 3
1 Thermodynamics M H
2 Statics and Dynamics H M
3 Fluid Mechanics H M L
4 Technical Drawing L M H
5 Environmental
Measurement H M
6 Engineering Economics H H H
7 Calculus 2 M H
Semester 4
1 Applied Mathematics H M
2 Strength of Material H M
3 Control System H M
4 Engineering Material
Science L H M
5 Heat Transfer L M H
6 Power in Agriculture 1 H M
7
Ergonomic and Occupational Health and Safety
L H M M
8 Food Physical
Properties H M
Semester 5
1 Workshop Engineering M H
2 Business Management L M H
3
Food Processing Technique &
Agricultural Products
H L M
4 Numeric Method H M
5 Machine Element
Design H H H
6 Agricultural Electricity
and Energy H M
7 Research Method and
Seminar H M L
8 Farm Building L H M
9 Operational Unit M H
Semester 6
1 Professional Ethics H H H
2 Agro-industrial
Entrepreneurship L M H
No Courses ILO
1 2 3 4 5 6 7
3 Design of Agricultural
Tools and Machinaries L M H
4 Operational Research H M L
5 Agricultural Cultivation
Tools and Machinaries L M H
6 Systems Engineering H H H
7 Land Surveying and
Mapping H
8 Student Community
Service/ Field Practice H L M
Semester 7
1 Bachelor Thesis H H H H H H H
2 Post-Harvest
Technology M L H
3 Experimental Design M H
4 Soil and Water
Conservation M H
5 Dynamics of Machine
and Soil M M H
6
Cultivation
Mechanization Of Plantation Crop
L M H
7 Irrigation and Drainage M H
8 Plant Design H M L
Semester 8
1 Robotics in Bio-system H M L
2 Pumps and
Compressors H H H
3 Drying and Cooling
Techniques H M
4 Relationship of Soil,
Water and Plant H H H
5 Modelling and
Simulation Technique H M L
6 Power in Agriculture 2 H M
7 Bioenergy Engineering M H
