Study Program Doctorate

A doctoral (PhD) education program in agricultural engineering that prepares and produces graduates capable of solving engineering problems in the fields of agriculture, food, renewable energy, and the environment through research, resulting in creative, original, and validated work for the advancement of science and technology in agricultural engineering.
 
 
 

Vision

The Doctoral Study Program (S3) in Agricultural Engineering (TEP) aspires to become a nationally leading and internationally recognized doctoral program grounded in engineering principles for innovation and the dissemination of science and technology, supporting a resilient and environmentally friendly modern agricultural industry.
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Mission

To conduct doctoral (S3) education in Agricultural Engineering to produce human resources capable of contributing to the advancement of agricultural engineering knowledge and agricultural productivity, based on research activities, science and technology innovation, community empowerment, and strengthened through collaborative networks with competent institutions both nationally and internationally.
 
 
 

Num Course Credit Precondition Semester Course Category
Code Name
1 PPS1703 English Courses for Doctoral 3(3-0) - 1 PPKU/Common Core Courses
2 PPS702 Philosophy of Science 2(2-0) - 1 PPKU/Common Core Courses
3 TEP1701 Agricultural Engineering Sciences 3(3-0) - 1 In-depth Courses
4 TEP1701 Agricultural Engineering Sciences 3(3-0) - 1 In-depth Courses
5 TEP1611 Control Engineering for Agricultural Machinery 3(3-0) - 2 In-depth Courses
6 TEP1611 Control Engineering for Agricultural Machinery 3(3-0) - 2 In-depth Courses
7 TEP1621 Food Process Engineering 3(3-0) - 2 In-depth Courses
8 TEP1621 Food Process Engineering 3(3-0) - 2 In-depth Courses
9 TEP1623 Agricultural Products Distribution Engineering 3(3-0) - 2 In-depth Courses
10 TEP1623 Agricultural Products Distribution Engineering 3(3-0) - 2 In-depth Courses
11 TEP1707 Special Topics 2 3(3-0) - 2 In-depth Courses
12 TEP1707 Special Topics 2 3(3-0) - 2 In-depth Courses
13 TEP1711 Terramechanics 3(3-0) - 2 In-depth Courses
14 TEP1711 Terramechanics 3(3-0) - 2 In-depth Courses
15 TEP1731 Agricultural Mechanization Strategy 3(3-0) - 2 In-depth Courses
16 TEP1731 Agricultural Mechanization Strategy 3(3-0) - 2 In-depth Courses
17 TEP1741 Energy Analysis for Agricultural Engineering 3(3-0) - 2 In-depth Courses
18 TEP1741 Energy Analysis for Agricultural Engineering 3(3-0) - 2 In-depth Courses
19 TEP1741 Energy Analysis for Agricultural Engineering 3(3-0) - 2 In-depth Courses
20 PPS1791 Disertation Seminar 1(0-1) - 3 Final Year Project
21 PPS1792 National Scientific Publication 2(0-2) - 3 Final Year Project
22 TEP1708 Special Topics 3 3(3-0) - 3 In-depth Courses
23 TEP1708 Special Topics 3 3(3-0) - 3 In-depth Courses
24 TEP1791 Written Preliminary Examination 2(2-0) - 3 Final Year Project
25 TEP1791 Written Preliminary Examination 2(2-0) - 3 Final Year Project
26 TEP1792 Oral Preliminary Examination 2(2-0) - 3 Final Year Project
27 TEP1792 Oral Preliminary Examination 2(2-0) - 3 Final Year Project
28 TEP1793 Colloquium 1(0-1) - 3 Final Year Project
29 TEP1793 Colloquium 1(0-1) - 3 Final Year Project
30 TEP1794 Dissertation Proposal 2(0-2) - 3 Final Year Project
31 TEP1794 Dissertation Proposal 2(0-2) - 3 Final Year Project
32 PPS1793 International Scientific Publication 3(0-3) - 4 Final Year Project
33 PPS1794 International Scientific Publications 1 3(0-3) - 4 Final Year Project
34 TEP1798 Closed Final Examination 2(0-2) - 4 Final Year Project
35 TEP1798 Closed Final Examination 2(0-2) - 4 Final Year Project
36 TEP1799 Dissertation 12(0-12) - 4 Final Year Project
37 TEP1799 Dissertation 12(0-12) - 4 Final Year Project

Belum ada data

The mandate of the study programs within the Agricultural Engineering discipline at IPB University (particularly within the Faculty of Agricultural Engineering and Technology—FATETA, now transitioning toward the School of Engineering) focuses on the development of engineering sciences to transform agricultural products (in a broad sense) into value-added products through process technology, biosystems engineering, industrial management, and sustainable environmental management.