Graduate Admission

No.

Programme educational objectives (PEOs)

1

Possess foundational to advanced scientific knowledge in chemical engineering

2

Demonstrate excellence in analyzing, evaluating, and addressing scientific and technological issues in chemistry.

3

Have the ability to approach and participate in managing research topics and projects in chemistry and chemical engineering.

4

Possess capacity for professional self-development, independent research, and a lifelong learning spirit.

5

Equip skills to solve specific job requirements in chemistry, combined with teamwork skills, international standards, professional ethics, and social responsibility.

No.

Sort by (group of) capacity

Expected learning outcomes (PLOs)

1

General knowledge

PLO1: Able to analyze principles, categories, and laws of dialectic, application to real-world analysis. Understand the policies and guidelines of the Communist Party of Vietnam

2

Advanced, in-depth, and broad practical and theoretical knowledge; mastering basic principles and theories in the research field of the specialization

PLO2: Able to apply scientific and technical knowledge, conduct in-depth research, analyze data, and interpret research findings effectively in their specialization

3

Skills to analyze, synthesize, and evaluate data and information to provide solutions for handling problems in a scientific manner.

PLO3: Able to evaluate and effectively solve complex problems in their field of specialization; engage in the management of research topics and projects; and demonstrate the ability to adopt and explore emerging techniques and technologies in scientific research

4

Management, evaluation, and improvement of professional activities

PLO4: Able to appraise the roles of a manager, a producer, and a researcher in product development; engage in continuous professional development with a progressive and self-directed attitude; and uphold honesty and professional ethics in all professional activities

5

Skills in organization, administration, and management of advanced professional activities

PLO5: Able to operate and manage production processes, implement quality management in manufacturing, work in research institutes or centers, establish a company and/or private brand, and serve as teaching staff or research staff.

6

Making expert conclusions in the professional field

PLO6: Demonstrate self-directed learning, the ability to conduct independent research, and apply professional operational skills, as well as also possess effective negotiation and presentation skills, be able to defend research outcomes, and manage activities within a professional or organizational context

7

Research and development of important initiatives

PLO7: To pursue doctoral studies in chemistry both locally and internationally, and demonstrate the ability to conduct advanced research in the field

8

Autonomy and responsibility

PLO8: Demonstrate responsibility, honesty, professional ethics, lifelong learning awareness, and  compliance with legal regulations

Course Code

Course

Total credits

Compulsory general knowledge component

10

FL700020

Foreign Language

5

IN700000

Research Methodology

2

SH700010

Philosophy

3

Elective general knowledge component

5

BA701030

Project Management

2

BA701060

Leadership & Team Management

3

BA701090

Negotiation

3

BA701100

Corporate Social Responsibility and Business Ethics

3

BA701240

Innovation and Entrepreneurship

3

SH701190

Advanced quantitative data processing and analysis

3

SH701200

Advanced qualitative data processing and analysis

3

Compulsory major knowledge component

18

AS701210

Analytical Methods in Organic Structure Elucidation

3

AS701810

Research Topic - Organic Materials

3

AS701010

Advanced Organic Chemistry

3

AS701820

Research Topic - Inorganic Materials

3

AS701830

Research topic - natural compounds

3

AS701970

Methodology in Master Thesis Proposal

3

Elective major knowledge component

12

AS701030

Chemistry of Natural Products

3

AS701040

Nano Chemistry

3

AS701050

Medicinal Chemistry

3

AS701060

Green Chemistry

2

AS701080

Environmental Chemistry

2

AS701100

Modern Organic Materials

2

AS701110

Techniques in The Synthesis of Bioactive Compounds

2

AS701120

Modern Inorganic Materials

2

AS701150

Nanotechnology in Biomedical Applications

2

Graduation

15

AS701180

Master's Thesis

15

Total credits: 60