Tigp-molecular Science And Technology( Phd Program )
Educational Objectives
    The NTU-MST program is designed to train the Ph.D. students with the cross-disciplinary research capabilities to target the development and exploration of next-generation frontier science and technologies in many emerging research fields for tacking global challenges faced today.
Core Capabilities
Table of Core Capabilities and Curriculum Planning
Curriculum Planning
Curriculum Planning Map
Course List
Course TypeCourse Title (Recommended Year of Study)
Dissertation (Ph.D.)(1234567) Colloquium(1) Seminar(1) Special Studies on Topics about Molecular Science and Technology(1) Colloquium(12) Mass Spectrometry, Principles and Applications(1)
Atomic and Optical Physics(12) Special Topics on Solid State Physics: Advances and Applications(12) Fundamentals and Application of Synchrotron Radiation and Neutron Scattering(12) Applied Optics(12) Computational Materials Science (tigp)(,12) Quantum Mechanics (1)(tigp)(1) Solid State Physics (1) (tigp)(1) Introduction to Nanotechnology(12) Modern Experimental Techniques-Physics(12) Science and Practices of Crystal Growth(12) Advanced Materials: Fundamentals and Applications(12) Science and Practices of Crystal Growth(1) Introduction to Solid State Physics(12) Introduction to Quantum Optics(12) Introduction to Recent Trends in Atomic and Molecular Physics(12) Advanced Organic Chemistry (Ⅰ)(tigp)(12) Advanced Inorganic Chemistry (Ⅰ)(tigp)(12) Advanced Analytical Chemistry (Ⅰ)(tigp)(12) Advanced Physical Chemistry (Ⅰ) (Chem. Thermodynamics)(Ⅰ)(12) Advanced Physical Chemistry (Ⅱ) (quantum Chemistry)(12) Advanced Physical Chemistry (Ⅲ)(12) Advanced Chemistry of Materials (tigp)(12) Introduction to Sustainable Chemical Science and Technology(12) Introduction to Sustainable Chemical Science and Technology (II)(12) Advanced Chemical Engineering Thermodynamics(12) Advanced Heat and Mass Transfer(12) Advanced Topics in Physical Chemistry(12) Mechanical Behavior of Materials(12) Magnetic Materials(12) Materials Microstructures & Defects(1) Solid-state Physics(12) Energy Materials(12) Irreversible Thermodynamics and Its Application in Spin Caloritronics(1) Introduction to Recent Trends in Molecular Science(1) Modern Experimental Techniques-Physics(12) Quantum Optics(12) Nuclear Magnetic Resonance Spectroscopy(12) Recent Trends in Atomic and Optical Physics(12) Mass spectrometer and carbohydrate mass spectrometry(12)
Introduction to Quantum Computation and Information(12) Advanced Nanotechnology(12) Characterization, Fabrication, and Manipulation at Nanometer Scale(12) Nanoscale Optical Microscopy and Spectroscopy(12) Scientific writing and presenting(12) Discussion in Advanced Chemical Biology (Ⅱ)(12) Cell Biology(12) Experimental Approaches in Molecular and Cell Biology(12) Materials Analysis(12) English Presentation for Scientists and Engineers (Ⅰ)(1) Introduction to Cellular BioMEMS and Biomicrofluidics(12) Seminar(1) Project Management in Science: Practical Approaches(1) Electro-optical Instrumentation(12) Experimental Molecular Biophysics(12) Next Generation Sequencing Analysis(12) Transmission Electron Microscopy(12)
Dissertation (Ph.D.)(1234567)
Future Map
Future Map