The Mathematical Informatics program at the Faculty of Mathematics and Computer Science includes the following specializations: Data Science, Mathematical Methods in Informatics, and Applied Mathematical Informatics. This program combines Mathematics and Computer Science, providing a solid theoretical foundation along with computational, algorithmic, and modern programming skills.
Graduates of the Mathematical Informatics program can pursue careers in various fields, including software development, data science, artificial intelligence, financial analysis, cybersecurity, system optimization, or continue advanced research at the graduate level. With a combination of logical mathematical thinking and practical programming skills, graduates of this program have a strong competitive advantage in the era of digital technology and artificial intelligence.
Career opportunities
The program aims to train learners with a level of competence in applied mathematics and informatics comparable to both domestic and international standards, and with abilities suited to the current societal needs at the local, national, and international levels. Graduates will be able to apply their understanding and knowledge of mathematics and informatics to work in academic, research, production, and business environments.
General Information about the Program
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Programme name |
- Vietnamese name: Toán Tin - English name: Mathematics and Computer Science |
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Sector code |
7460117 |
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Training degree |
Bachelor |
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Degree Title |
Bachelor of Mathematics |
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Training type |
Formal |
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Training time |
4 years |
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Degree name |
- Vietnamese name: Cử nhân ngành Toán Tin - English name: Bachelor of Science in Mathematics and Computer Science |
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Teaching language |
Vietnamese |
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Program Accreditation |
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Training places |
- Campus 1: 227 Nguyễn Văn Cừ, Ward 4, District 5, Ho Chi Minh City - Campus 2: Vietnam National University Urban Area, Ho Chi Minh City |
Objectives of the study programme
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Label |
Programme objectives |
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PO1 |
Provide students with basic scientific and social knowledge |
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PO2 |
Equip students with a robust understanding of fundamental Mathematics and core knowledge in Computer Science. |
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PO3 |
Enable students to develop deep expertise in a specialized area of Mathematics and Computer Science, fostering the ability to apply knowledge to solve practical, real-world problems in many related areas of Computer Science and Applied Mathematics. |
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PO4 |
Ensure that students develop key skills in using computational tools and mathematical software, enhancing their technical capabilities for academic and professional success |
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PO5 |
Ensure that students develop the ability to work independently, communication skills, teamwork, the ability to acquire new knowledge, and effective time and resource management; along with the ability to use English in communication and learning. |
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PO6 |
Encourage students to adopt a habit of lifelong learning, critical thinking, and self-improvement, while fostering a deep understanding of their personal responsibility towards their work, organization, community, and the environment |
For more details, see here: Curriculum