Aeronautical Engineering

Empowering future generations with high qualifications in design, research and development (R&D) and maintenance, repair and overhaul (MRO) management in the aerospace industry.

Introduction

The Aeronautical Engineering undergraduate program aims at the long-term vision of the world's aerospace engineering industry and the potential integration of Vietnam in design, research and development (R&D) as well as becoming a regional center in maintenance, repair and overhaul (MRO). The undergraduate program provides students with 5 fundamental disciplines of aeronautical engineering (according to ABET standards) (1) aerodynamics, (2) aircraft materials and structures, (3) flight mechanics, stability and controls, (4) aircraft propulsion and (5) aeronautical engineering design.

Program code

Duration (full time)

Degree

Major

7520120

4 years

Engineer in Aeronautical Engineering

Aeronautical engineering science

3,5 years

Bachelor of Engineering in Aeronautical Engineering

1: Aeronautical engineering science

2: Aircraft maintenance & repair

Subject Combination

A00: Math – Physics – Chemistry

A01: Math – Physics – English

C01: Maths – Physics – Literature

D01: Maths – Literature – English

Excellent features of the training program

The Aeronautical Engineering training program focuses on multidisciplinary core fundamental disciplines of aeronautical engineering for a comprehensive development of students and to develop student’s ability to solve interdisciplinary problems of aeronautical engineering in the orientation of design, research and development (R&D) or in maintenance and repair management orientation.

Flexible in degree and major

The training programs offer students with flexible selection. Students can study the Engineering program (4 years) in Aeronautical engineering science or the Bachelor Engineering program (3,5 years) i

Comprehensive knowledge and skills

Students are provided with fundamental and comprehensive knowledge of aeronautical engineering, professional skills and self-study capacity to continuously improve and develop comprehensively in their

Focus on practice

Students’ practical engineering skills are enhanced through exercises, projects, experiments in laboratories as well as practical internships at businesses that allow students to early access to the p

Program learning outcomes

Focus on comprehensive development of students' knowledge, skills and capacity for autonomy and self-responsibility.

In-depth knowledge in aeronautical engineering

Graduates have comprehensive knowledge to analyze and solve specialized problems related to aerodynamics, aeronautical structures and materials, flight mechanics and controls, aircraft propulsion and aeronautical engineering design or management, operation and maintenance of aircraft equipment, components and systems.

Mastering skills and technology

Proficient in using specialized technical English, specialized software and modern technology, in building and managing teams, in identifying and solving interdisciplinary and multidisciplinary technical problems by systematic and critical thinking.

Adapt to change and sustainable development

Graduates have the ability to adapt to technological changes, the ability for innovation, self-improvement and lifelong learning for sustainable career development.

Study program

- Engineer program: 171 credits, 12 semesters (4 years).

- Bachelor program: 148 credits, 10 semesters (3,5 years).

Aeronautical Engineering

1ST YEAR

2ND YEAR

3RD YEAR

4TH YEAR

English 1, 2, 3
Philosophy of Marxism and Leninism
Marxist – Leninist Political Economy
Linear Algebra
Calculus 1, 2
General Physics 1, 2
Physics Lab
Probability and Statistics
Engineering Programming and Computing
Thermodynamics and Heat Transfer
Introduction to Aerospace Engineering
Soft Skills

Our teaching, learning and evaluating methods

To achieve the best teaching effectiveness, modern learning, teaching and assessment methods are applied and continuously improved.

Learning methods

Students are guided in proactive learning skills, performing individual/group exercises, laboratory reports, internship reports after visits, internships at businesses and graduation thesis.

Teaching methods

Lectures/ exercises/ projects for individuals and groups in class/ online (E-learning). Practice exercises and experiments in computer rooms and labs. Practice making airplane models. Practical internship at the enterprise.

Evaluation methods

Exercises and regular tests in class/online (e-learning); Essays, group presentations; Experimental report; Project report; Final written exam and graduation thesis.

Career Prospects

Aviation is a dynamic, internationalized and fast-growing industry, Aeronautical Engineering graduates can work in the following positions:

Research engineer, system engineer, product development engineer (R&D department): analyze, design, manufacture and test technical systems and new types of equipment (equipment aircraft, ships, cars...) in aviation, mechanical, hydraulic, energy and construction companies or companies specializing in defense industry.

Technology consulting engineer, technical manager at companies specializing in aviation, mechanics, hydraulics, energy and construction.

Maintenance engineer, operations engineer: manage, operate and maintain aircraft equipment, parts and systems in airlines and related businesses.

Continue studying master's and doctoral programs to become a teaching and research lecturer in universities and research institutes.

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