Chemical Engineering Curriculum
From scientific foundations to sustainable process innovation.
Our curriculum is designed as a progressive learning journey—from fundamental sciences and engineering principles to process design, sustainability, research, and real-world engineering applications.
OBE-Based • Sustainability-Oriented • Industry-Connected • Globally Relevant
Curriculum at a Glance
8
SEMESTERS
Regular study plan
144+
CREDITS
Graduation requirement
(min. 144 credits)
3
FIELD OF INTEREST
GST • BB • MPE
+++
INDUSTRY EXPERIENCE
Internship & practical experience
CAPSTONE & RESEARCH
Process design & undergraduate thesis
Your Learning Journey
From Foundation to Engineering Practice
CURRICULUM STRUCTURE
Semester 1 - Total 19 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
ENG151 | Bahasa Inggris I | 2 | - |
REL100 | Pendidikan Agama | 2 | - |
MAT108 | Kalkulus | 4 | - |
CHE108 | Kimia Dasar | 3 | - |
POL153 | Pendidikan Pancasila | 2 | - |
CHE158 | Kimia Analisa | 4 | - |
CHE109 | Pengantar Teknik | 2 | - |
Semester 2 - Total 20 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
CHE152 | Praktikum Kimia Analisa dan Kimia Dasar | 2 | - |
CHE153 | Mikrobiologi | 2 | - |
CHE150 | Kimia Fisika | 4 | - |
EE157 | Program Komputer | 2 | - |
MAT153 | Aljabar Linier | 4 | - |
PHY114 | Fisika | 4 | - |
PHL100 | Filsafat Manusia | 2 | - |
Semester 3 - Total 21 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
MAT230 | Pengantar Probabilitas dan Statistika | 3 | - |
PHY114P | Praktikum Fisika | 1 | Fisika (P) |
CHE228 | Praktikum Mikrobiologi | 2 | Mikrobiologi (P) |
CHE207 | Operasi Teknik Kimia I | 3 | - |
CHE216 | Matematika Teknik Kimia | 4 | Kalkulus (P) |
CHE227 | Neraca Massa dan Energi | 4 | - |
LAN122 | Bahasa Indonesia | 2 | - |
ETH100 | Etika Sosial | 2 | - |
Semester 4 - Total 19 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
CHE256 | Praktikum Kimia Organik dan Kimia Fisika | 2 | Praktikum Kimia Dasar dan Kimia Analisa (P) |
CHE366 | Fenomena Perpindahan | 2 | - |
CHE255 | Operasi Teknik Kimia II | 3 | Operasi Teknik Kimia I (P) |
CHE201 | Kinetika dan Katalis | 4 | - |
CHE254 | Pemodelan Teknik Kimia | 3 | Matematika Teknik Kimia (P) |
INF416 | Kewirausahaan dan Desain Inovasi | 2 | - |
CHE250 | Kimia Organik | 3 | - |
Semester 5 - Total 19 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
POL150 | Pendidikan Kewarganegaraan | 2 | - |
CHE365 | Studi Kasus I | 2 | Praktikum Kimia Dasar dan Kimia Analisa (P) |
CHE252 | Teknologi Pengolahan Limbah | 2 | Praktikum Kimia Dasar dan Kimia Analisa (P) |
CHE361 | Termodinamika Teknik Kimia I | 3 | - |
CHE213P | Praktikum Operasi Teknik Kimia | 2 | Praktikum Kimia Organik dan Kimia Fisika (P), Operasi Teknik Kimia III (K) |
CHE329 | Operasi Teknik Kimia III | 4 | Operasi Teknik Kimia II (P) |
CHE327 | Reaktor Kimia | 4 | Kinetika dan Katalis (P) |
Semester 6 - Total 17 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
CHE328 | Pengendalian Proses | 3 | - |
CHE338 | Proses Industri Kimia | 3 | - |
CHE375 | Studi Kasus II | 4 | Studi Kasus I (P) |
CHE374 | Termodinamika Teknik Kimia II | 3 | Termodinamika Teknik Kimia I (P) |
CHE331 | Perancangan Alat | 4 | Operasi Teknik Kimia III (P) |
Semester 7 - Total 15 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
CHE373 | Capstone Design | 4 | OTK I (P), OTK II (P), OTK III (P), Perancangan Alat (P) |
CHE424 | Manajemen Industri dan Ekonomi Teknik | 4 | - |
XXXXXX | Pilihan Bidang Minat (1) | 3 | - |
CHE423 | Penulisan Ilmiah | 1 | Studi Kasus II (P) |
CHE401 | Perancangan Pabrik Kimia | 3 | Utilitas dan K3 (K), Manajemen Industri dan Ekotek (K) |
CHE422 | Utilitas, Kesehatan dan Keselamatan Kerja | 3 | - |
Semester 8 - Total 14 SKS
Kode MK | Nama MK | Kredit (SKS) | Pra/Kosyarat |
|---|---|---|---|
ENG451 | Bahasa Inggris II | 2 | - |
XXXXXX | Pilihan Bidang Minat (2) | 3 | - |
CHE497 | Prarencana Pabrik | 4 | Perancangan Pabrik Kimia (P) |
CHE493 | Kerja Praktik | 2 | Syarat Khusus |
Field of Interest
Explore your passion by choosing one of our three specialized areas of interest/specialization —each designed to highlight the unique strengths and excellence of the WM-Chemical Engineering Program.
Green Sustainable Technology
This specialization equips students with the skills to design eco-friendly processes and clean technologies for a sustainable future. Students will explore renewable energy systems, waste treatment, and industrial efficiency aligned with the Sustainable Development Goals (SDG 7 – Affordable and Clean Energy, SDG 12 – Responsible Consumption and Production, and SDG 13 – Climate Action).
Available Courses:
-
Sustainable Waste Treatment
-
Energy Technology & Policy
-
Fundamental of Energy Conversion
-
Bleaching Technology
-
Adsorption Technology
-
Experimental Design
Biotechnology & Bioengineering
Students will explore the use of microorganisms, enzymes, and biomaterials in food, pharmaceutical, and environmental industries. This field focuses on bioprocess engineering and fermentation technology, contributing to SDG 3 (Good Health and Well-being), SDG 9 (Industry, Innovation and Infrastructure), and SDG 15 (Life on Land).
Available Courses:
-
Fundamental of Biotechnology & Bioprocess
-
Enzymatic Biotechnology
-
Fermentation & Biotechnology
-
Biotechnology for a Sustainable Future
-
Experimental Design
Material & Process Engineering
This track prepares students to engineer functional materials and intelligent manufacturing processes, from catalysts and membranes to energy materials. It supports SDG 9 (Industry, Innovation & Infrastructure) and SDG 11 (Sustainable Cities and Communities).
Available Courses:
-
Composite Material Technology
-
Biomass Conversion Technology
-
Material Analysis Techniques
-
Simulation and Process Optimization
-
Fundamental of Metal Organic Framework
-
Cellulose-Based Materials
-
Sustainable Supply Chain
-
Experimental Design
Choose Your Learning Path
🎓Standard academic pathway with coursework, research, and final project.
🏭 → 📊 → 🎓One-semester industry experience integrated with the undergraduate thesis.
🏭 → ⚙️ → 🎓Industry experience integrated with process-design activities.
🏆 YOUR ACHIEVEMENT COUNTS!
You Achieve. We Recognize.
Learning happens beyond the classroom. Eligible achievements can demonstrate competencies that may be recognized as part of your academic learning.
See How It Works.
Your achievement is more than a trophy. It can be evidence of what you have learned and what you can do.
Academic recognition is subject to eligibility, competency alignment, evaluation, and applicable university and study-program regulations.
Contact your Academic Advisor (PA) to claim your recognition.
