The Master of Agricultural Engineering Study Program was established on September 17, 2009 based on the Decree of the Director General of Higher Education, Ministry of National Education of the Republic of Indonesia No. 3019 and 3024/02.2/2009. Graduates from this Study Program have an academic degree of Master of Agriculture. The learning method applied in the Master of Agricultural Engineering Program is the Student Centre Learning System (SCL system). Students are considered capable of organizing themselves in increasing their capacity. Effective lecturers or course coaches are only as mediators and motivators in the process. The learning system is carried out face-to-face (lecturing classes, discussions, presentations, and tutorials), assignments that directly apply the knowledge and technology obtained, laboratories (guided and independent), and semi-independent research and writing. The preparation of the curriculum is in accordance with the vision and mission of the Agricultural Engineering Study Program and is based on references from several Masters program curricula at domestic universities and foreign universities, as well as paying attention to input from agricultural development implementers and other users (state-owned companies, private companies) that can support the achievement of the desired graduate qualifications according to the objectives of the Study Program.


As a leading Master of Agricultural Engineering education center (in 2020) based on the spirit of the Maritime Continent and global standards.


  • Organizing competent Master of Agricultural Engineering education as a beneficiary for agricultural progress.
  • Carrying out research, producing Ilmial Works and Innovations in science and technology as well as agricultural engineering.
  • As a knowledge server and innovative ideas towards advanced and sovereign agriculture (sovereignity in Agriculture).


The Master of Agricultural Engineering Study Program is aimed at producing graduates with a Master’s (S2) education in the field of agricultural engineering with the following qualifications:

Main Competencies:

  1. Have academic and professional competence in mastering concepts, methods, techniques and synthesis abilities that are relevant to the field of agricultural engineering but have global insights,
  2. Able to develop science and technology (IPTEK) in the field of agricultural engineering, especially in industrial development,
  3. Have the ability to solve problems in the field of agricultural engineering.
  4. Have the ability to process data into information within the framework of decision / policy making.

Supporting Competencies:

  1. Have the ability in information systems and ICT.
  2. Have the ability to develop agricultural engineering with a wider spectrum in relation to similar fields of science and professions,
  3. Have managerial, engineering and technological engineering skills in agriculture.
  4. Have the ability to cooperate and adapt to the work environment.
  5. Have the ability to develop yourself and think scientifically.
  6. Other Competencies:
  7. Have a moral responsibility to academic and professional norms.
  8. Have the ability to work and creativity.

Graduate Profile

Graduates of the Master of Agricultural Engineering Study Program must have the ability to identify, formulate, and provide problem-solving solutions, based on Engineering principles; Mastering concepts, models, designs, and prototypes to be able to design equipment and processes and manage natural resources; Mastering the engineering concepts needed to be able to develop science and technology.