Study Program Undergraduate

The Bioinformatics Study Program is an undergraduate program under the Faculty of Mathematics and Natural Sciences (FMIPA) that began admitting students in 2024. The program has received a “Good” Accreditation Rating from LAM INFOKOM based on Decree No. 015/SK/LAM-INFOKOM/Ak.Min/S/II/2025. The Bioinformatics Study Program is designed to address the growing demand for experts capable of integrating computer science and molecular biology in the analysis of large-scale biological data.

Graduates of this program are prepared to possess competencies in various professional fields, including bioinformatics software and database development, research in bioinformatics and molecular biology, bioinformatics practice, biotechnology practice, omics big data analysis, biomedical practice, and genomics-based plant breeding.

These competencies reflect the graduates’ readiness to face the challenges of the big data era in the context of biology and health, whether in software development, research, or the application of bioinformatics in agriculture, biomedicine, and biotechnology.
 
 

 
 
 
 

 

Vision

To become a leading department in the development of bioinformatics science and technology as well as the management of tropical biological big data, as part of advancing the nation’s well-being.

Mission

1. To deliver high-quality undergraduate and postgraduate education programs in bioinformatics with outstanding recognition at the national and international levels.


2. To conduct research in bioinformatics aimed at generating scientific novelty and innovative potential that support national advancement.


3. To carry out research-based community engagement activities in bioinformatics that provide meaningful impact and benefits to society.

Num Course Credit Precondition Semester Course Category
Code Name
1 BIO2102 Basic Biology 3(2-1) - 1 PPKU/Common Core Courses
2 IPB2101 Christianity 3(2-1) - 1 PPKU/Common Core Courses
3 IPB2102 Religion of Catholic 3(2-1) - 1 PPKU/Common Core Courses
4 IPB2103 Religion of Hindu 3(2-1) - 1 PPKU/Common Core Courses
5 IPB2104 Religion of Buddhist 3(2-1) - 1 PPKU/Common Core Courses
6 IPB210A Religion of Islam 3(2-1) - 1 PPKU/Common Core Courses
7 IPB210B Religion Education 3(2-1) - 1 PPKU/Common Core Courses
8 IPB210C Innovative Agriculture 2(2-0) - 1 PPKU/Common Core Courses
9 IPB210D Pancasila Education 2(1-1) - 1 PPKU/Common Core Courses
10 IPB210F English 2(1-1) - 1 PPKU/Common Core Courses
11 IPB210H Trust 3(2-1) - 1 PPKU/Common Core Courses
12 KPM2131 Sociology 2(2-0) - 1 PPKU/Common Core Courses
13 MAT2111 Mathematics and Logical Thinking 3(2-1) - 1 PPKU/Common Core Courses
14 STA2111 Statistics and Data Analysis 3(3-0) - 1 PPKU/Common Core Courses
15 BIF2111 Introduction to Bioinformatics 2(1-1) - 2 PPKU/Common Core Courses
16 EKO210T Economy 2(2-0) - 2 PPKU/Common Core Courses
17 FIS2104 Physics 3(2-1) - 2 PPKU/Common Core Courses
18 IPB2106 Indonesian Language 2(1-1) - 2 PPKU/Common Core Courses
19 IPB210E Citizenship Education 2(1-1) - 2 PPKU/Common Core Courses
20 KIM2101 General Chemistry 1 3(2-1) - 2 PPKU/Common Core Courses
21 KOM2102 Computational Thinking 2(2-0) - 2 PPKU/Common Core Courses
22 MAT2112 Calculus I 3(2-1) - 2 PPKU/Common Core Courses
23 BIF2211 Basic Biology Experiments 2(1-1) - 3 Academic Core Courses
24 BIF2212 Fundamentals of Molecular Mechanisms 3(2-1) - 3 Academic Core Courses
25 BIF2221 Mathematics and Statistics for Bioinformatics 3(2-1) - 3 Academic Core Courses
26 BIF2222 Bioinformatics Programming Practicum 2(0-2) - 3 Academic Core Courses
27 BIK2221 Structure & Function of Biomolecules 3(2-1) - 3 Foundational Literacies
28 BIO2202 Cell Biology and Moleculer 3(2-1) - 3 Foundational Literacies
29 KOM2101 Algorithms and Programming Fundamentals 3(2-1) - 3 Foundational Literacies
30 BIF2213 Biochemistry and Metabolism 2(2-0) - 4 Academic Core Courses
31 BIF2214 Organismal Genetics 2(2-0) - 4 Academic Core Courses
32 BIF2215 Molecular Fundamentals of Proteins 2(2-0) - 4 Academic Core Courses
33 BIF2216 Evolution 2(2-0) - 4 Academic Core Courses
34 BIF2223 Exploratory Analysis and Data Visualization 3(2-1) - 4 Academic Core Courses
35 BIF2224 Experimental Design Methods for Bioinformatics 3(2-1) - 4 Final Year Project
36 BIF2225 Bioinformatics Data Structures 3(2-1) - 4 Academic Core Courses
37 BIF2226 Quantitative Analysis for Bioinformatics 3(2-1) - 4 Academic Core Courses
38 BIF2311 Molecular Genetics Experiments 3(1-2) - 5 In-depth Courses
39 BIF2312 Omika Technology 2(2-0) - 5 In-depth Courses
40 BIF2313 Molecular Modeling 3(2-1) - 5 In-depth Courses
41 BIF2321 Machine Learning for Bioinformatics 3(2-1) - 5 In-depth Courses
42 BIF2322 Bioinformatics Software Development 3(2-1) - 5 In-depth Courses
43 BIF2323 Bioinformatics Database System 3(2-1) - 5 In-depth Courses
44 BIF2324 Bioinformatics Methods 3(2-1) - 5 In-depth Courses
45 BIF2314 Genetic Engineering and Biotechnology 2(2-0) - 6 In-depth Courses
46 BIF2315 Molecular Dynamics Simulation Techniques 3(2-1) - 6 In-depth Courses
47 BIF2316 Translational Bioinformatics 2(2-0) - 6 In-depth Courses
48 BIF2317 Bioinformatics and Society 2(2-0) - 6 In-depth Courses
49 BIF2325 Systems Biology and Network Analysis 2(2-0) - 6 In-depth Courses
50 BIF2326 Deep Learning for Bioinformatics 3(2-1) - 6 In-depth Courses
51 BIF2327 Bioinformatics Feature Engineering 2(2-0) - 6 In-depth Courses
52 BIF2328 Bioinformatics Applications 2(2-0) - 6 Final Year Project
53 BIF2401 Research Methodology and Writing Techniques 2(2-0) - 6 Final Year Project
54 BIF2402 Capstone Project 4(0-4) - 7 Final Year Project
55 BIF2491 Colloquium 1(0-1) - 7 Final Year Project
56 BIF2493 Seminar 1(0-1) - 8 Final Year Project
57 BIF2494 Final Project/undergraduate thesis 5(0-5) - 8 Final Year Project
58 BIF2495 Undergraduate thesis defense 1(0-1) - 8 Final Year Project
59 IPB1400 Thematic Field Work 4(1-3) - 8 Final Year Project

Belum ada data

1. Enhancing the quality of education, research, and community engagement to achieve excellence and produce graduates with strong competencies in bioinformatics; and


2. Strengthening the strategic role of bioinformatics as an essential component in addressing challenges faced in the era of technological advancement and the industrial revolution.