Geno And System Biology Degree Program( Phd Program )
Educational Objectives
    To train top-notch graduates in the exciting new fields of Genome and Systems Biology and to promote the research development and academic visibility of NTU life science faculties in these emerging fields of studies, so as to meet the education and research challenges of the 21st century.
Core Capabilities
  1. To gain professional knowledge and research capability in Genome and Systems Biology
  2. To develop critical cross-disciplinary thinking
  3. To develop professional analytical and logical reasoning, discourse and presentation skills
  4. To gain professional scientific attitude and current research techniques
  5. To acquire scientific reading and writing skills
Table of Core Capabilities and Curriculum Planning
Curriculum Planning
Curriculum Planning Map
Course List
Course TypeCourse Title (Recommended Year of Study)
Required Course (PH.D.) Lab Rotations(12) Research Training(12) SEMINAR (PH.D)(12) Topics and Seminars in Genome and Systems Biology (Ι)(12) Topics and Seminars in Genome and Systems Biology Ii(12) Genome and Systems Biology(12) Topics and Seminars in Genome and Systems Biology(12)
Core Course In Biology(PH.D.) Practical Data Structures and Algorithms(12) Structural Bioinformatics(12) Microarray Experiment and Data Analysis(12) Biomedical Optical Spectroscopy and Imaging Techniques(12) Biomolecular Kinetics(12) Immunology(12) Neural Transmission(12) Cancer Systems Biology(12) Mass Spectrometry Analysis of Protein Modifications(12) Glycobiology(12) Molecular Biology of the Cancer(12) SEMINAR (PH.D)(12) Logic of Regulatory Circuits(12) Topics and Seminars in Genome and Systems Biology (Ι)(12) Genome and Systems Biology(12) Topics and Seminars in Genome and Systems Biology(12) Dynamics in Systems Biology(12) Statistical Methods and Algorithms in High-Throughput Genomic Data Analysis(12) Bioinformatics(123) Next Generation Sequencing Analysis(123) Bioinformatics in Everyday Life(12)
The Genome courses(Doctor) Bioinformatics(12) Practical Data Structures and Algorithms(12) Structural Bioinformatics(12) Microarray Experiment and Data Analysis(12) Biomedical Optical Spectroscopy and Imaging Techniques(12) Biomolecular Kinetics(12) Immunology(12) Neural Transmission(12) Cancer Systems Biology(12) Glycobiology(12) Molecular Biology of the Cancer(12) Dissertation(4567) SEMINAR (PH.D)(12) Logic of Regulatory Circuits(12) Topics and Seminars in Genome and Systems Biology (Ι)(12) Genome and Systems Biology(12) Topics and Seminars in Genome and Systems Biology(12) Dynamics in Systems Biology(12) Statistical Methods and Algorithms in High-Throughput Genomic Data Analysis(12) Bioinformatics(123) Next Generation Sequencing Analysis(123)
Core Course In Compuation And Iformatic (Ph.D) Bioethical Issues of Innovation in Medicine(12) Case Studies in Bioethics(12) To be a Scientist: Perspectives and Essential Skills(12) Programming (Python)(12) Introduction to next-Generation Sequencing (NGS) Data and Analysis(12) ChIP-Seq principle and practice - genomic identification of regulatory elements(12) Bioinformatics(123) Bioinformatics in Everyday Life(12)
Biomedical Ethics Course (PH.D.) Lab Rotations(12) Research Training(12) Topics and Seminars in Genome and Systems Biology Ii(12)
Others
Future Map
Future Map