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Program information
Curriculum
DOCTOR OF PHILOSOPHY PROGRAM IN PHYSICS (INTERNATIONAL PROGRAM)
Level
Doctoral
Faculty / Institute
FACULTY OF SCIENCE
Website
http://www.sc.mahidol.ac.th
Degree Designation
DOCTOR OF PHILOSOPHY(PHYSICS)
Additional advantages of the programme
Good Research recognition, Financial support, and Ready for job opportunity.
Admission Requirements
Curriculum Structure
Plan 2.1 For students with Master's Degree
Required Courses
6
Credits
Elective Courses not less than
6
Credits
Dissertation
36
Credits
Total not less than
48
Credits
Plan 2.2 For students with Bachelor's Degree
Required Courses
21
Credits
Elective Courses not less than
3
Credits
Dissertation
48
Credits
Total not less than
72
Credits
Job Option after Graduation
- Scientists, researchers, and academicians in public and private research agencies, international organizations and independent organizations
- Physics experts in academic institutions
- Professional applied physicist in private institutions
Course Requirements
Plan 2
| Required Courses | Credit | ||
| For students with Bachelor's degree | |||
| SCPY502 : CLASSICAL MECHANICS | 3 | ||
| SCPY503 : QUANTUM MECHANICS | 3 | ||
| SCPY504 : THERMODYNAMICS AND STATISTICAL PHYSICS | 3 | ||
| SCPY505 : MATHEMATICAL METHODS FOR PHYSICISTS | 3 | ||
| SCPY507 : CLASSICAL ELECTRODYNAMICS | 3 | ||
| SCPY508 : CONTEMPORARY PHYSICS | 3 | ||
| SCPY592 : SEMINAR IN ADVANCED PHYSICS | 1 | ||
| SCPY602 : ADVANCED RESEARCH IN PHYSICS | 2 | ||
| For students with Master's degree | |||
| SCPY508 : CONTEMPORARY PHYSICS | 3 | ||
| SCPY592 : SEMINAR IN ADVANCED PHYSICS | 1 | ||
| SCPY602 : ADVANCED RESEARCH IN PHYSICS | 2 | ||
| Elective Courses | Credit | ||
| For students with Bachelor's degree | |||
| MATHEMATICS AND COMPUTING | |||
| SCPY510 : ADVANCED MATHEMATICAL METHODS FOR PHYSICISTS | 3 | ||
| SCPY570 : SIGNAL AND IMAGE PROCESSING | 3 | ||
| SCPY571 : PARALLEL PROGRAMMING | 3 | ||
| SCPY574 : NUMERICAL METHODS FOR DIFFERENTIAL EQUATIONS | 3 | ||
| SCPY576 : SCIENTIFIC VISUALIZATION | 3 | ||
| SCPY612 : COMPUTATIONAL PHYSICS I | 3 | ||
| SCPY613 : COMPUTATIONAL PHYSICS II | 3 | ||
| CLASSICAL PHYSICS AND NONLINEAR PHYSICS | |||
| SCPY517 : FLUID MECHANICS | 3 | ||
| SCPY523 : CLASSICAL FIELD THEORY | 3 | ||
| SCPY575 : COMPUTATIONAL FLUID DYNAMICS | 3 | ||
| SCPY614 : ADVANCED FLUID MECHANICS | 3 | ||
| SCPY646 : FRACTALS AND CHAOS | 3 | ||
| SCPY647 : NONLINEAR WAVES | 3 | ||
| SCPY648 : COMPUTATIONAL NONLINEAR PHENOMENA | 3 | ||
| SCPY655 : COMPLEX SYSTEMS | 3 | ||
| SCPY686 : SELECTED TOPICS IN NONLINEAR PHENOMENA | 3 | ||
| QUANTUM MECHANICS AND ITS APPLICATIONS | |||
| SCPY511 : ATOMIC AND MOLECULAR PHYSICS | 3 | ||
| SCPY519 : NUCLEAR PHYSICS | 3 | ||
| SCPY522 : ADVANCED QUANTUM MECHANICS | 3 | ||
| SCPY611 : ADVANCED ATOMIC PHYSICS | 3 | ||
| SCPY620 : NON-PERTURBATIVE METHODS IN QUANTUM FIELD THEORY | 3 | ||
| SCPY621 : SUPERSYMMETRY IN FIELD THEORY AND STRING | 3 | ||
| SCPY637 : MOLECULAR SIMULATION | 3 | ||
| SCPY638 : MOLECULAR QUANTUM MECHANICS | 3 | ||
| SCPY639 : QUANTUM FIELD THEORY | 3 | ||
| SCPY640 : THEORY OF MANY-PARTICLE SYSTEMS | 3 | ||
| SCPY644 : APPLIED QUANTUM PHYSICS | 3 | ||
| CONDENSED MATTERS AND MATERIAL SCIENCE | |||
| SCPY515 : ELECTRICAL MATERIALS | 3 | ||
| SCPY516 : ELECTRONIC DEVICES AND CIRCUITS | 3 | ||
| SCPY521 : PHYSICS OF SEMICONDUCTOR | 3 | ||
| SCPY543 : SURFACE AND INTERFACE PHYSICS | 3 | ||
| SCPY642 : DIFFRACTION TECHNIQUES | 3 | ||
| SCPY643 : THIN FILM PHYSICS AND TECHNOLOGY | 3 | ||
| SCPY650 : PLASMA TECHNOLOGIES AND APPLICATIONS | 3 | ||
| SCPY651 : SEMICONDUCTOR DEVICES | 3 | ||
| SCPY652 : SUPERCONDUCTIVITY | 3 | ||
| SCPY653 : SPECIAL METHODS IN THEORETICAL SUPERCONDUCTIVITY | 3 | ||
| SCPY657 : ADVANCED CONDENSED MATTER PHYSICS | 3 | ||
| SCPY658 : NON-EQUILIBRIUM STATISTICAL MECHANICS | 3 | ||
| SCPY659 : STANDARD MODEL OF PARTICLE PHYSICS AND BEYOND | 3 | ||
| SCPY683 : SELECTED TOPICS IN THIN FILM AND SURFACE PHYSICS | 3 | ||
| QUANTUM OPTICS AND QUANTUM INFORMATION | |||
| SCPY526 : QUANTUM OPTICS | 3 | ||
| SCPY528 : QUANTUM INFORMATION | 3 | ||
| SCPY615 : FOUNDATION OF QUANTUM THEORY | 3 | ||
| SCPY616 : QUANTUM COMPUTING | 3 | ||
| SCPY617 : QUANTUM COMMUNICATION | 3 | ||
| SCPY689 : SELECTED TOPICS IN QUANTUM TECHNOLOGY | 3 | ||
| ASTRONOMY AND ASTROPHYSICS | |||
| SCPY531 : COSMIC RAYS | 3 | ||
| SCPY532 : GALACTIC ASTRONOMY | 3 | ||
| SCPY533 : ASTRONOMY AND ASTROPHYSICS | 3 | ||
| SCPY534 : SOLAR PHYSICS | 3 | ||
| SCPY535 : GENERAL RELATIVITY | 3 | ||
| SCPY649 : PLASMA PHYSICS | 3 | ||
| SCPY680 : SELECTED TOPICS IN ASTROPHYSICS | 3 | ||
| SCPY681 : SELECTED TOPICS IN ASTRONOMY | 3 | ||
| BIOPHYSICS | |||
| SCPY561 : FUNDAMENTALS OF BIOPHYSICS | 3 | ||
| SCPY562 : MODELING AND SIMULATION IN BIOPHYSICS | 3 | ||
| SCPY668 : CONTEMPORARY BIOPHYSICS | 3 | ||
| GEOPHYSICS | |||
| SCPY581 : GEOPHYSICAL PROSPECTING: POTENTIAL FIELD METHODS | 3 | ||
| SCPY582 : GEOPHYSICAL PROSPECTING: ELECTROMAGNETIC METHODS | 3 | ||
| SCPY583 : GEOPHYSICAL PROSPECTING: SEISMIC METHODS | 3 | ||
| SCPY584 : ADVANCED SEISMIC EXPLORATION | 3 | ||
| SCPY585 : INTRODUCTORY SEISMOLOGY | 3 | ||
| SCPY586 : APPLIED MODERN SEISMOLOGY | 3 | ||
| SCPY587 : EARTHQUAKE SOURCE THEORY | 3 | ||
| SCPY630 : PHYSICS OF THE SOLID EARTH | 3 | ||
| SCPY670 : INVERSE THEORY AND APPLICATIONS | 3 | ||
| SCPY684 : SELECTED TOPICS IN GEOPHYSICS | 3 | ||
| PHYSICS EDUCATION | |||
| SCPY626 : PHYSICS EDUCATION | 3 | ||
| SCPY627 : DATA ANALYSIS IN PHYSICS EDUCATION | 3 | ||
| SCPY628 : PHYSICS CONCEPTS AND MISCONCEPTION | 3 | ||
| SCPY682 : SELECTED TOPICS IN PHYSICS EDUCATION | 3 | ||
| SELECTED TOPICS IN PHYSICS AND APPLIED PHYSICS | |||
| SCPY688 : SELECTED TOPICS IN APPLIED PHYSICS | 3 | ||
| SCPY690 : SELECTED TOPICS IN THEORETICAL PHYSICS | 3 | ||
| OPTICS | |||
| SCPY524 : FOURIER OPTICS | 3 | ||
| SCPY525 : PHOTONICS | 3 | ||
| SCPY636 : OPTOELECTRONICS | 3 | ||
| SCPY685 : SELECTED TOPICS IN LASER APPLICATIONS | 3 | ||
| For students with Master's degree | |||
| MATHEMATICS AND COMPUTING | |||
| SCPY510 : ADVANCED MATHEMATICAL METHODS FOR PHYSICISTS | 3 | ||
| SCPY570 : SIGNAL AND IMAGE PROCESSING | 3 | ||
| SCPY571 : PARALLEL PROGRAMMING | 3 | ||
| SCPY574 : NUMERICAL METHODS FOR DIFFERENTIAL EQUATIONS | 3 | ||
| SCPY612 : COMPUTATIONAL PHYSICS I | 3 | ||
| SCPY613 : COMPUTATIONAL PHYSICS II | 3 | ||
| CLASSICAL PHYSICS AND NONLINEAR PHYSICS | |||
| SCPY517 : FLUID MECHANICS | 3 | ||
| SCPY523 : CLASSICAL FIELD THEORY | 3 | ||
| SCPY575 : COMPUTATIONAL FLUID DYNAMICS | 3 | ||
| SCPY614 : ADVANCED FLUID MECHANICS | 3 | ||
| SCPY646 : FRACTALS AND CHAOS | 3 | ||
| SCPY647 : NONLINEAR WAVES | 3 | ||
| SCPY648 : COMPUTATIONAL NONLINEAR PHENOMENA | 3 | ||
| SCPY655 : COMPLEX SYSTEMS | 3 | ||
| SCPY686 : SELECTED TOPICS IN NONLINEAR PHENOMENA | 3 | ||
| QUANTUM MECHANICS AND ITS APPLICATIONS | |||
| SCPY519 : NUCLEAR PHYSICS | 3 | ||
| SCPY522 : ADVANCED QUANTUM MECHANICS | 3 | ||
| SCPY611 : ADVANCED ATOMIC PHYSICS | 3 | ||
| SCPY620 : NON-PERTURBATIVE METHODS IN QUANTUM FIELD THEORY | 3 | ||
| SCPY621 : SUPERSYMMETRY IN FIELD THEORY AND STRING | 3 | ||
| SCPY637 : MOLECULAR SIMULATION | 3 | ||
| SCPY638 : MOLECULAR QUANTUM MECHANICS | 3 | ||
| SCPY639 : QUANTUM FIELD THEORY | 3 | ||
| SCPY640 : THEORY OF MANY-PARTICLE SYSTEMS | 3 | ||
| SCPY644 : APPLIED QUANTUM PHYSICS | 3 | ||
| CONDENSED MATTERS AND MATERIAL SCIENCE | |||
| SCPY516 : ELECTRONIC DEVICES AND CIRCUITS | 3 | ||
| SCPY521 : PHYSICS OF SEMICONDUCTOR | 3 | ||
| SCPY642 : DIFFRACTION TECHNIQUES | 3 | ||
| SCPY643 : THIN FILM PHYSICS AND TECHNOLOGY | 3 | ||
| SCPY650 : PLASMA TECHNOLOGIES AND APPLICATIONS | 3 | ||
| SCPY652 : SUPERCONDUCTIVITY | 3 | ||
| SCPY653 : SPECIAL METHODS IN THEORETICAL SUPERCONDUCTIVITY | 3 | ||
| SCPY657 : ADVANCED CONDENSED MATTER PHYSICS | 3 | ||
| SCPY658 : NON-EQUILIBRIUM STATISTICAL MECHANICS | 3 | ||
| SCPY659 : STANDARD MODEL OF PARTICLE PHYSICS AND BEYOND | 3 | ||
| SCPY683 : SELECTED TOPICS IN THIN FILM AND SURFACE PHYSICS | 3 | ||
| QUANTUM OPTICS AND QUANTUM INFORMATION | |||
| SCPY526 : QUANTUM OPTICS | 3 | ||
| SCPY528 : QUANTUM INFORMATION | 3 | ||
| SCPY615 : FOUNDATION OF QUANTUM THEORY | 3 | ||
| SCPY616 : QUANTUM COMPUTING | 3 | ||
| SCPY617 : QUANTUM COMMUNICATION | 3 | ||
| SCPY689 : SELECTED TOPICS IN QUANTUM TECHNOLOGY | 3 | ||
| ASTRONOMY AND ASTROPHYSICS | |||
| SCPY531 : COSMIC RAYS | 3 | ||
| SCPY532 : GALACTIC ASTRONOMY | 3 | ||
| SCPY533 : ASTRONOMY AND ASTROPHYSICS | 3 | ||
| SCPY534 : SOLAR PHYSICS | 3 | ||
| SCPY535 : GENERAL RELATIVITY | 3 | ||
| SCPY649 : PLASMA PHYSICS | 3 | ||
| SCPY680 : SELECTED TOPICS IN ASTROPHYSICS | 3 | ||
| SCPY681 : SELECTED TOPICS IN ASTRONOMY | 3 | ||
| BIOPHYSICS | |||
| SCPY561 : FUNDAMENTALS OF BIOPHYSICS | 3 | ||
| SCPY562 : MODELING AND SIMULATION IN BIOPHYSICS | 3 | ||
| SCPY668 : CONTEMPORARY BIOPHYSICS | 3 | ||
| GEOPHYSICS | |||
| SCPY581 : GEOPHYSICAL PROSPECTING: POTENTIAL FIELD METHODS | 3 | ||
| SCPY582 : GEOPHYSICAL PROSPECTING: ELECTROMAGNETIC METHODS | 3 | ||
| SCPY583 : GEOPHYSICAL PROSPECTING: SEISMIC METHODS | 3 | ||
| SCPY584 : ADVANCED SEISMIC EXPLORATION | 3 | ||
| SCPY585 : INTRODUCTORY SEISMOLOGY | 3 | ||
| SCPY586 : APPLIED MODERN SEISMOLOGY | 3 | ||
| SCPY587 : EARTHQUAKE SOURCE THEORY | 3 | ||
| SCPY630 : PHYSICS OF THE SOLID EARTH | 3 | ||
| SCPY670 : INVERSE THEORY AND APPLICATIONS | 3 | ||
| SCPY684 : SELECTED TOPICS IN GEOPHYSICS | 3 | ||
| PHYSICS EDUCATION | |||
| SCPY626 : PHYSICS EDUCATION | 3 | ||
| SCPY627 : DATA ANALYSIS IN PHYSICS EDUCATION | 3 | ||
| SCPY628 : PHYSICS CONCEPTS AND MISCONCEPTION | 3 | ||
| SCPY682 : SELECTED TOPICS IN PHYSICS EDUCATION | 3 | ||
| SELECTED TOPICS IN PHYSICS AND APPLIED PHYSICS | |||
| SCPY688 : SELECTED TOPICS IN APPLIED PHYSICS | 3 | ||
| SCPY690 : SELECTED TOPICS IN THEORETICAL PHYSICS | 3 | ||
| OPTICS | |||
| SCPY524 : FOURIER OPTICS | 3 | ||
| SCPY525 : PHOTONICS | 3 | ||
| SCPY636 : OPTOELECTRONICS | 3 | ||
| SCPY645 : LASER THEORY | 3 | ||
| SCPY685 : SELECTED TOPICS IN LASER APPLICATIONS | 3 | ||
| Dissertation | Credit | ||
| For students with Bachelor's degree | |||
| SCPY799 : DISSERTATION | 48 | ||
| For students with Master's degree | |||
| SCPY699 : DISSERTATION | 36 | ||
Program Lecturer
- Associate Professor Dr. KITTIWIT MATAN (PROGRAMME DIRECTOR)
- Professor Dr. DAVID JOHN RUFFOLO
- Associate Professor Dr. CHARIN MODCHANG
- Associate Professor DR. WANNAPONG TRIAMPO
- Associate Professor DR. TOEMSAK SRIKHIRIN
- Associate Professor Dr. AREEYA CHANTASRI
- Associate Professor DR. WEERACHAI SIRIPUNVARAPORN
- Associate Professor (Special) Dr. MICHAEL ANTONY ALLEN
- Assistant Professor Dr. SURAPHONG YUMA
- Assistant Professor Dr. TAWINAN CHEIWCHANCHAMNANGIJ
- Assistant Professor Dr. ASAWIN SINSARP
- Assistant Professor Dr. PUWIS AMATYAKUL
- Assistant Professor Dr. SUJIN SUWANNA
- Assistant Professor Dr. KWAN ARAYATHANITKUL
- Assistant Professor DR. TANAKORN OSOTCHAN
- Assistant Professor DR. TEERAKIAT KERDCHAROEN
- Assistant Professor Dr. RATCHAPAK CHITAREE
- Assistant Professor Dr. NARUMON EMARAT
- Assistant Professor Dr. KRITSANU TIVAKORNSASITHORN
- Assistant Professor Dr. WARIT MITTHUMSIRI
- Lecturer Dr. KULLAPHA CHAIWONGKHOT
- Lecturer Dr. SUTTHIPONG NOISAGOOL
- Lecturer Dr. PETCHARA PATTARAKIJWANICH
- Lecturer Dr. ALEJANDRO SAIZ RIVERA
- Lecturer Dr. CHAIWOOT BOONYASIRIWAT
