Doctor of Philosophy Program

Bioinformatics and Computational Biology · Chulalongkorn University

48–72 Credits 3–5 Years 4 Program Types

Program Types

Type 1.1 Non-Coursework

Entry: Master's degree

Duration
3 years
Coursework
Dissertation
48 credits
Total
48 credits
Max Duration
6 years
Type 1.2 Non-Coursework

Entry: Bachelor's degree

Duration
5 years
Coursework
Dissertation
72 credits
Total
72 credits
Max Duration
8 years
Type 2.1 Coursework

Entry: Master's degree

Duration
3 years
Coursework
12 credits
Dissertation
36 credits
Total
48 credits
Max Duration
6 years
Type 2.2 Coursework

Entry: Bachelor's degree

Duration
5 years
Coursework
24 credits
Dissertation
48 credits
Total
72 credits
Max Duration
8 years
Types 1.x are non-coursework tracks (dissertation only). Types 2.x include required coursework in addition to the dissertation.

Non-Unit Requirements — All Types

Required for all students, graded S/U, do not count toward the credit total:

2028601 Seminar in Computational Biology I S/U
2028602 Seminar in Computational Biology II S/U
2028603 Special Project in Computational Biology S/U
2028894 Doctoral Dissertation Seminar S/U
2028897 Qualifying Examination S/U

Coursework Requirements

Types 2.1 & 2.2 only

Coursework Credit Distribution

Type 2.1 (12 credits)
Required
9 cr
Prescribed (Group 1)
3 cr
Type 2.2 (24 credits)
Required
9 cr
Prescribed (Grp 1+2)
6 cr
Free Electives
9 cr

Required Courses — 9 credits, Types 2.1 & 2.2

2028604

Statistical Methods for Computational Biology

Format: 3-0-9 · Fall

3 cr
2028605

Algorithmic Aspects in Computational Biology

Format: 2-3-7 · Spring

3 cr
2310506

Bioinformatics I

Format: 2-2-8 · Fall

3 cr

Prescribed Elective Courses

Group 1

Pick 1

Types 2.1 & 2.2 — pick 1 course (3 credits)

2028600

Bioinformatics Computer Skills for Biologists

3 cr
2312686

Biological Aspects in Computational Biology

3 cr

Group 2

Pick 1

Type 2.2 only — pick 1 course (3 credits)

2301689

Artificial Neural Networks

3 cr
2302636

Biomolecular Modeling

3 cr
2303504

Molecular Phylogenetics

3 cr
2305564

Bioinformatics for Medical Research

3 cr
2310640

Genomics and Systems Biology

3 cr
3316707

Biomolecules and Bioinformatics and Drug Development

2 cr
3316738

Medical Genomics and Bioinformatics

2 cr

Free Elective Courses — Type 2.2 only, 9 credits

2028606 Individual Study 3cr
2028607 Machine Learning Foundation 3cr
2301561 Applied Bayesian Inference 3cr
2301562 Statistics and Information Theory 3cr
2301662 Decision Support Analysis 3cr
2301656 Data Mining and Applications 3cr
2301710 Database Systems 3cr
2303561 Population Ecology 3cr
2303562 Molecular Biology 3cr
2303563 Molecular Ecology 3cr
2303572 Molecular Biology Laboratory 1cr
2305505 Plant Molecular Biology 3cr
2305507 Computerized Techniques in Plant Molecular Analysis 2cr
2305562 Biochemical Genetics 2cr
2305571 Methodology in Plant Molecular Biology 2cr
2305572 Methodology in Plant Molecular Biology Laboratory 2cr
2305573 Data Visualization for Biologists 3cr
2305662 Mutation 3cr
2305666 Advanced Molecular Genetics 3cr
2310507 Molecular Biology of Gene 3cr
2310554 Genetic Engineering 2cr
2310555 Genetic Engineering Laboratory 2cr
2312546 Biology of Intracellular Microbes 2cr
2312565 Molecular Genetics and Biotechnology of Yeast 3cr
3005718 Fundamental Bioinformatics in Medical Sciences 2cr
3000719 Cell and Molecular Biology 3cr
3001734 Human and Molecular Genetics 2cr

Key Milestones

Qualifying Examination (2028897)

By 2nd semester of Year 2

Evaluates readiness for doctoral research. 2 chances to pass. Must submit scope of study with dissertation title and objectives.

Proposal Examination

By 2nd semester of Year 3

Submit Request for thesis proposal approval, D1–D5 form, and academic work form. Requires at least 3 committee members.

Dissertation Defense

At least 60 days after proposal approval

5–7 committee members required: advisor/co-advisor (1), committee members (3), external chair (1). Public oral examination.

Graduation Requirements

Types 1.1 & 1.2 (Non-Coursework)

  • Pass English competency test
  • Pass qualifying examination
  • Pass proposal examination
  • Pass dissertation defense
  • Publish at least 2 papers in national or international journals
  • At least 1 paper must be in an international journal

Types 2.1 & 2.2 (Coursework)

  • Pass English competency test
  • Pass qualifying examination
  • Pass proposal examination
  • Pass dissertation defense
  • Publish at least 1 paper in an international journal
  • Complete all required coursework with satisfactory grades

English Proficiency Tiers

Students are placed into tiers based on their English test scores. Higher scores may exempt from additional English coursework:

Tier 1
CU-TEP: 45–59 TOEFL: 450–499 IELTS: 4.0–4.9
Must take additional English courses
Tier 2
CU-TEP: 60–66 TOEFL: 500–524 IELTS: 5.0–5.4
Must take 5500 560 Thesis Writing
Tier 3
CU-TEP: 67+ TOEFL: 525+ IELTS: 5.5+
No additional English course required

Quick Facts

Program Types
1.1, 1.2, 2.1, 2.2
Total Credits
48 cr (Master's entry) · 72 cr (Bachelor's entry)
Duration
3 years (1.1/2.1) · 5 years (1.2/2.2)
Max Duration
6 years (1.1/2.1) · 8 years (1.2/2.2)
Language
English

Color Legend

Required courses
Prescribed electives
Free electives
Non-unit (S/U)

Ready to Apply?

Advance your research career in bioinformatics.

Application Info