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Computational Science

Program code

Intakes

Duration

Mode of study

9460107

June

December

3-4 years

Full-time

Introduction

The doctoral program in Computational Science is designed to ensure modernity and integration with the development trend of the world. The PhD candidates will be guided and work with leading experts and professors who have many ISI international publications and participate in ongoing research projects. In particular, the PhD candidates will have the opportunity to receive a scholarship from Ton Duc Thang University. Research areas include High-performance computing, Artificial intelligence, Computational mechanics, Computation in construction, Computational mechatronics, Computational physics, Computational Statistics, etc...

Admissions candidates

Group 1: Candidates with a Master's degree in a relevant field of the registered specialization.

  • Computational Science
  • Computational Science and Engineering
  • Computational Engineering

Group 2: Candidates with a Master’s degree in a field closely related to the registered specialization (must take up complementary courses).

  • Mathematics;
  • Probability Theory and Mathematical Statistics;
  • Mathematics for Informatics;
  • Applied Mathematics;
  • Mathematics - Informatics;
  • Statistical;
  • Algebra and number theory;
  • Computer Science;
  • Computer Networks and Data Communications;
  • Information System;
  • Cryptographic technique;
  • Computer Engineering;
  • Information Technology;
  • Information Technology Management;
  • Information System Management;
  • Mechanical Engineering;
  • Mechatronics Engineering;
  • Heat Engineering;
  • Mechanical Dynamics Engineering;
  • Aviation Engineering;
  • Marine engineering;
  • Automotive engineering;
  • Electrical Engineering;
  • Electronic Engineering;
  • Telecommunications Engineering;
  • Control and Automation technology;
  • Chemical Engineering;
  • Material Engineering;
  • Environmental Engineering;
  • Physics Engineering;
  • Nuclear Engineering;
  • Geological engineering;
  • Geophysical Engineering;
  • Civil Engineering;
  • Civil Engineering of Hydraulic Construction;
  • Civil Engineering of Marine Construction;
  • Civil Engineering of Underground Construction;
  • Civil Engineering of Transportation Construction;
  • Civil Engineering of Special Construction;
  • Infrastructure Engineering;
  • Geotechnical construction;
  • Water Resources Engineering;
  • Water Supply and Drainage Engineering;
  • Other science and technology majors.

Group 3: Candidates with a distinction or high distinction undergraduate degrees in a relevant field of the registered specialization (must take up complementary courses).

 

 

Complementary courses: 15 credits

  • Scientific computing environment
  • Scientific data visualization
  • Advanced matrix computation
  • Numerical methods for Partial Differential Equations
  • Numerical optimization

Complementary courses: 32 credits

  • Scientific computing environment
  • Scientific data visualization
  • Advanced matrix computation
  • Numerical methods for Partial Differential Equations
  • Numerical optimization
  • Introduction to Simulation - Computational Softwares
  • Fundamentals of Scientific computing
  • Programming methods
  • Applied Computational Statistics and Data analysis
  • Methodology for scientific research
  • Philosophy

Curriculum

Course code

Course title

Total credits

Compulsory courses

9

IN801100

Mathematical Modeling in Mechanics and Physics

3

IN801110

Computational Artificial Intelligence

3

IN801120

High-Performance Computing

3

Optional specialized courses (choose 01 course)

3

IN801130

Fundamentals of Computational Science 1 - Mechanicals behavior of materials

3

IN801140

Fundamentals of Computational Science 2 - Computational fracture mechanics + Identifying and Predicting Damage of Mechanical Systems

3

IN801150

Fundamentals of Computational Science 3 - Dynamics of Structures + Vibration Control

3

IN801160

Fundamentals of Computational Science 4 – Computational fluid dynamics

3

IN801170

Fundamentals of Computational Science 5 - Computational mechanics in multiphysics environments

3

IN801180

Fundamentals of Computational Science 6 - Reliability analysis of structures and Reliability-based structural optimization

3

IN801190

Fundamentals of Computational Science - 7

3

IN801200

Fundamentals of Computational Science 8 - Computational Methods for Theoretical Physics

3

IN801210

Fundamentals of Computational Science 9 - Simulation Softwares and Condensed Matter Physics

3

IN801220

Fundamentals of Computational Science 10 - Computational Chemical and Biophysics

3

IN801230

Fundamentals of Computational Science 11 - Computational Material Science and Nano Science

3

IN801240

Fundamentals of Computational Science 12

3

IN801250

Fundamentals of Computational Science - 13

(Foundation of Computational Mechanics)

3

Literature review

4

IN801900

Research Proposal

4

Doctoral research topics

6

IN801910

Research topic 1

3

IN801920

Research topic 2

3

Doctoral Dissertation

70

IN801000

Doctoral Dissertation

70

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