Medical Biotechnology

Medical Biotechnology is a new discipline, inheriting and applying achievements in the field of medicine and pharmacy to prevent, and diagnose diseases as well as produce biologically active substances for health care and beauty.

Introduction

Medical Biotechnology helps learners access advanced technologies in disease cure or treatment based on biomechanics, technology to create biological medicine, herbal extracts and diagnostic solutions to diseases by molecular biology.

Program code

7420205

Degree

Bachelor of Engineering in Medical Biotechnology

Subject combinations

A00 Math – Physics – Chemistry

B00 Mathematics – Chemistry – Biology

D07: Mathematics – Chemistry – English

D08: Math – Biology – English

Duration

4 years

Excellent features of the training program

The Faculty's curriculum is linked to practice, and students learn through experiences. Students will be equipped with outstanding characteristics to search for job opportunities.

Specialization

The training program is newly designed and oriented to specialize in the fields of medicine on a modern foundation , meeting the requirements of the labor market.

Practicality

Many experiential learning opportunities at medical facilities, production and business units, laboratories, research centers.

Expertise

Participating in research projects, learning from experiences, developing necessary skills, and ensuring the need for learning to improve qualifications at domestic and international institutions.

Modernity

Studying with leading experts, having access to modern teaching and learning methods combined with our E-learning system to actively acquire knowledge, improve digitalization, and meet the demands of

International Standard

The learning environment is equipped with modern facilities, with a system of classrooms, laboratories, and institutes of international standards.

Program learning outcomes

The program trains students in implementing applications in the fields of Medical Biotechnology, meeting the competencies.

General knowledge

Graduates have basic knowledge in the field of natural sciences, humanities & social sciences, law and environmental protection related to the field of Medical Biotechnology.

Management skill

Graduates know how to plan and manage technology for centers, hospitals, research institutes and production facilities of medical biotechnological products.

Professional skill

Graduates are capable of researching and working in Medical Biotechnology laboratories with skills such as analysis, testing, diagnosis and treatment of diseases.

Scientific research

Graduates can carry out scientific research and transfer results of Medical Biotechnology research.

General knowledge

Graduates have basic knowledge in the field of natural sciences, humanities & social sciences, law and environmental protection related to the field of Medical Biotechnology.

Management skill

Graduates know how to plan and manage technology for centers, hospitals, research institutes and production facilities of medical biotechnological products.

Professional skill

Graduates are capable of researching and working in Medical Biotechnology laboratories with skills such as analysis, testing, diagnosis and treatment of diseases.

Scientific research

Graduates can carry out scientific research and transfer results of Medical Biotechnology research.

Study Program

Training period: 4 years (12 semesters). The last two semesters are for graduate internships and graduation thesis.

Medical Biotechnology Major

1ST YEAR

2ND YEAR

3RD YEAR

4TH YEAR

Marxist - Leninist Philosophy
English 2
English 7
English 1
Foundation English
Basic computer science
General Law
Environment and People
National Defense Education 1
National Defense Education 2
Introduction to Biotechnology
Biological safety
Physical Education 1 & 2
Soft Skills
Critical Thinking
Analytical Chemistry
English 3
National Defense Education 3
National Defense Education 4
Human and Animal Physiology

Our teaching, learning and evaluating methods

To ensure outcome quality, the program has developed a specific methodological framework.

Learning methods

Studying in class (70% of the time) and studying online on the e-learning site (30% of the time). Self-study is also recommended.

Teaching methods

Learner-centered, the Faculty applies lectures, practices, case studies, internships, and fieldwork, ...

Evaluation methods

Methods of individual, collective and experimental practice evaluation.

Career Prospects

After graduation, students can work in many different positions in the enterprise such as:

Engineering, analytical, and diagnostic specialists

Quality management specialist

Specialist in the product research and development department

Specialist in the manufacture of pharmaceutical products, diagnostic kits

Salesman, market developer of pharmaceutical products, diagnostic kits, chemicals, services

Nutrition consultant

Teaching at vocational colleges, high schools, training centers

Starting own business

Medical Biotechnology

Excellent features of the training program

Specialization

Practicality

Expertise

Modernity

International Standard

Program learning outcomes

Application

Soft Skills

General knowledge

Management skill

Professional skill

Scientific research

Application

Soft Skills

General knowledge

Management skill

Professional skill

Scientific research

Application

Soft Skills

Our teaching, learning and evaluating methods

Learning methods

Teaching methods

Evaluation methods