Study Program Undergraduate
The Undergraduate Program in Chemical Engineering at IPB University, with specializations in Bioprocess Engineering and Agromaritime Product Process Engineering, prepares graduates with distinctive scientific and engineering competencies applicable to agriculture, marine systems, and tropical biosciences (biomass-based industries). The curriculum of the Bachelor of Chemical Engineering Program at IPB University refers to the standards established by the Indonesian Association of Chemical Engineering Higher Education Institutions (APTEKIM), the Independent Engineering Accreditation Board (LAM-Teknik), and the Indonesian Accreditation Board for Engineering Education (IABEE). The curriculum structure consists of general education courses, foundational courses, and core engineering courses.
To become an innovative and resilient Chemical Engineering Program that contributes to national advancement and achieves excellence at national and global levels.
Mission1. To provide chemical engineering education that produces graduates with excellent competencies and a techno-sociopreneurial spirit in managing Indonesia’s natural resources based on sustainability principles, ethical values, strong nationalism, and global perspective.
2. To develop education, research, and community engagement in chemical engineering within the agromaritime framework, particularly in agriculture, marine systems, and tropical biosciences.
3. To establish national and international networks and collaborations to strengthen the implementation of the tridharma of higher education (education, research, and community service).
| Num | Course | Credit | Precondition | Semester | Course Category | |
|---|---|---|---|---|---|---|
| Code | Name | |||||
| 1 | IPB101 | Religion of Protestan | 3(2-2) | - | 1 | PPKU |
| 2 | IPB102 | Religion of Catholic | 3(2-1) | - | 1 | PPKU |
| 3 | IPB103 | Religion of Hindu | 3(2-1) | - | 1 | PPKU |
| 4 | IPB104 | Religion of Buddhist | 3(2-1) | - | 1 | PPKU |
| 5 | IPB10A | Religion of Islam | 3(2-1) | - | 1 | PPKU |
| 6 | IPB10B | Religion Education | 3(2-1) | - | 1 | PPKU |
| 7 | IPB110C | Innovative Agriculture | 2(2-0) | - | 1 | PPKU |
| 8 | IPB2106 | Indonesian Language | 2(1-1) | - | 1 | PPKU/Common Core Courses |
| 9 | IPB210D | Pancasila Education | 2(1-1) | - | 1 | PPKU |
| 10 | IPB210E | Citizenship Education | 2(1-1) | - | 1 | PPKU |
| 11 | KIM2101 | General Chemistry 1 | 3(2-1) | - | 1 | PPKU |
| 12 | MAT2113 | Mathematics 1 | 4(3-1) | - | 1 | PPKU |
| 13 | BIO2102 | Basic Biology | 3(2-1) | - | 2 | PPKU |
| 14 | FIS2101 | Basic Physics 1 | 3(2-1) | - | 2 | PPKU |
| 15 | IPB210F | English | 2(1-1) | - | 2 | PPKU |
| 16 | KIM2220 | Organic Chemistry | 3(2-1) | - | 2 | Foundational Literacies |
| 17 | KPM2131 | Sociology | 2(2-0) | - | 2 | PPKU |
| 18 | MAT2114 | Mathematics 2 | 4(3-1) | - | 2 | Foundational Literacies |
| 19 | STA2111 | Statistics and Data Analysis | 3(3-0) | - | 2 | PPKU |
| 20 | CHE2201 | Introduction to Chemical Engineering | 2(2-0) | - | 3 | Foundational Literacies |
| 21 | CHE2202 | Mass and Energy Balance | 3(2-1) | - | 3 | Foundational Literacies |
| 22 | CHE2203 | Chemical Engineering Thermodynamics | 3(2-1) | FIS2101 - Fisika Dasar 1 - 3(2-1) | 3 | Foundational Literacies |
| 23 | CHE2204 | Engineering Mathematics | 2(1-1) | MAT2113 - Matematika 1 - 4(3-1) | 3 | Foundational Literacies |
| 24 | CHE2205 | Fluid and Particle Mechanics | 3(2-1) | FIS2101 - Fisika Dasar 1 - 3(2-1) | 3 | Foundational Literacies |
| 25 | FIS2102 | Basic Physics 2 | 4(3-1) | - | 3 | Foundational Literacies |
| 26 | CHE2206 | Engineering Drawing | 1(0-1) | - | 4 | Foundational Literacies |
| 27 | CHE2207 | Analytical and Measurement Methods | 3(1-2) | FIS2101 - Fisika Dasar 1 - 3(2-1) | 4 | Foundational Literacies |
| 28 | CHE2207 | Analytical and Measurement Methods | 3(1-2) | KIM2101 - Kimia Dasar 1 - 3(2-1) | 4 | Foundational Literacies |
| 29 | CHE2208 | Chemical Reaction Engineering I | 3(3-0) | - | 4 | Academic Core Courses |
| 30 | CHE2209 | Heat Transfer Operations | 3(2-1) | - | 4 | Academic Core Courses |
| 31 | CHE220A | Unit Operations Laboratory I | 1(0-1) | - | 4 | Academic Core Courses |
| 32 | CHE220B | Separation Process | 3(3-0) | - | 4 | Academic Core Courses |
| 33 | CHE220C | Transport Phenomena | 3(3-0) | - | 4 | Academic Core Courses |
| 34 | CHE220D | Process Equipment Materials | 2(2-0) | - | 4 | Academic Core Courses |
| 35 | CHE2301 | Plant Utility Systems | 2(2-0) | - | 5 | Academic Core Courses |
| 36 | CHE2302 | Numerical Methods and Computation | 3(3-0) | CHE2204 - Matematika Teknik - 2(1-1) | 5 | Academic Core Courses |
| 37 | CHE2303 | Chemical Reaction Engineering II | 3(3-0) | CHE2208 - Teknik Reaksi Kimia I - 3(3-0) | 5 | Academic Core Courses |
| 38 | CHE2304 | Chemical Process Industries | 2(2-0) | - | 5 | Academic Core Courses |
| 39 | CHE2305 | Unit Operations Laboratory II | 2(0-2) | CHE220A - Laboratorium Unit Operasi I - 1(0-1) | 5 | Academic Core Courses |
| 40 | CHE2306 | Agromaritime Product Design | 2(2-0) | - | 5 | In-depth Courses |
| 41 | CHE2311 | Biomolecules in Cellular Systems | 2(2-0) | - | 5 | In-depth Courses |
| 42 | CHE2312 | Microbiology of the Chemurgy Industries | 2(2-0) | - | 5 | In-depth Courses |
| 43 | CHE2313 | Bioprocess Engineering | 3(1-1) | - | 5 | In-depth Courses |
| 44 | CHE2321 | Chemistry and Biochemistry of Agromaritime Products | 2(2-0) | - | 5 | In-depth Courses |
| 45 | CHE2322 | Processing Technology for Agromaritime Products | 2(2-0) | - | 5 | In-depth Courses |
| 46 | CHE2323 | Sustainable Process Engineering | 3(2-1) | - | 5 | In-depth Courses |
| 47 | CHE2307 | Environmental Management in Chemical Industry | 2(2-0) | - | 6 | Academic Core Courses |
| 48 | CHE2308 | Engineering Economics and Management | 3(2-1) | - | 6 | Academic Core Courses |
| 49 | CHE2309 | Process Control | 3(3-0) | - | 6 | Academic Core Courses |
| 50 | CHE230A | Process Simulation and Optimization | 2(0-2) | CHE2302 - Metode Numerik dan Komputasi - 3(3-0) | 6 | Academic Core Courses |
| 51 | CHE230B | Chemical Process Design and Analysis | 4(4-0) | - | 6 | In-depth Courses |
| 52 | CHE230C | Occupational Health and Safety | 3(3-0) | - | 6 | In-depth Courses |
| 53 | CHE230D | Industrial Digitalization | 2(2-0) | - | 6 | In-depth Courses |
| 54 | CHE2314 | Bioprocess Engineering Laboratory | 1(0-1) | - | 6 | In-depth Courses |
| 55 | CHE2324 | Laboratory of Sustainable Process Engineering | 1(0-1) | - | 6 | In-depth Courses |
| 56 | CHE2401 | Industrial Internship | 2(0-2) | - | 7 | Final Year Project |
| 57 | CHE2402 | Plant Design | 6(0-6) | CHE230B - Perancangan dan Analisis Sistem Pemroses - 4(4-0) | 7 | Capstone |
| 58 | CHE2498 | Undergraduate Thesis Proposal Seminar | 1(0-1) | - | 7 | Final Year Project |
| 59 | IPB130C | Professional Internship | 10(0-10) | - | 7 | Enrichment Program |
| 60 | CHE2499 | Undergraduate Thesis | 6(0-6) | CHE2324 - Laboratorium Rekayasa Proses Berkelanjutan - 1(0-1) | 8 | Final Year Project |
| 61 | CHE2499 | Undergraduate Thesis | 6(0-6) | CHE2305 - Laboratorium Unit Operasi II - 2(0-2) | 8 | Final Year Project |
| 62 | CHE2499 | Undergraduate Thesis | 6(0-6) | CHE2498 - Seminar Proposal - 1(0-1) | 8 | Final Year Project |
| 63 | IPB1400 | Thematic Field Work | 4(1-3) | - | 8 | Final Year Project |
Belum ada data
The establishment of the Bachelor of Chemical Engineering Program within the Faculty of Engineering and Technology at IPB University is driven by national and global needs for engineering-based development in agriculture, marine systems, and tropical biosciences.
Chemical engineering plays a vital role in agromaritime and tropical bioscience sectors through contributions in improving production processes, designing and advancing downstream processing, enhancing product quality, and ensuring environmental sustainability.
Accordingly, the program is mandated to produce Chemical Engineering graduates with strong core competencies applicable to agriculture, marine systems, and biomass-based tropical biosciences. Core competencies include the design, development, and management of chemical processes involving the transformation of raw materials into valuable products, encompassing material selection, reactor design, process control, and product purification.