Aircraft Manufacture Engineering

If you are passionate about aerospace technology and want to be involved in the aircraft manufacturing industry, the Aircraft Manufacture Engineering major is an excellent choice. With the rapid development of the aviation industry, career opportunities in this field are continuously expanding.

Major Introduction

The Aircraft Manufacture Engineering major is an engineering discipline that covers various aspects of aircraft design, manufacturing, testing, and maintenance. This major involves the development and production of aerospace vehicles, aiming to cultivate high-quality engineering talents who are proficient in modern aircraft manufacturing technologies. Students will gain a deep understanding of the basic principles, design methods, and manufacturing processes of aircraft during their studies, and develop the ability to engage in aircraft manufacturing and maintenance.

Training Objectives

In response to the needs of local economic development and the aerospace industry, this program aims to train socialist builders and reliable successors with aerospace qualities, who are well-rounded in moral, intellectual, physical, aesthetic, and labor aspects. Graduates will be equipped to apply knowledge in manufacturing processes of aircraft components, aircraft assembly techniques, mechanical design, and manufacturing to solve complex engineering problems in the field of aircraft manufacturing, mechanical design, and manufacturing. They will engage in technical development, design manufacturing, and production management in this field, becoming frontline engineers or achieving comparable professional accomplishments. After approximately five years of practical work, graduates should achieve the following goals:

1. Possess good humanistic literacy, professional ethics, a sense of social responsibility, and innovation awareness. They should be able to correctly assess the impact of engineering practices on health, safety, culture, the environment, and social sustainability, fulfilling their responsibilities as engineers.
2. In practical engineering practices, be capable of engaging in technical development, design manufacturing, and production management in fields such as aircraft manufacturing, mechanical design, and manufacturing.
3. Possess communication, coordination, and management abilities that are appropriate for the tasks in aircraft manufacturing, mechanical design, and manufacturing practices. They should be able to play a key role in teamwork.
4. Continuously expand their new knowledge and abilities through further learning, adapt to work tasks assigned in different environments, and contribute in various roles, thereby having the ability to adapt to social development.

Graduation Requirements

Students must meet the physical fitness requirements and complete the prescribed curriculum, including the total number of credits required for graduation. These credits consist of compulsory general education credits, elective general education credits, major foundation credits, compulsory major-specific credits, elective major-specific credits, and competency development credits.

Core Courses

• Drafting and Mapping
• Engineering Training
• Advanced Manufacturing Technology Training
• Electronic Engineering Technology Training
• Mechanical Design Course Design
• Aircraft Manufacturing Technology Training
• Comprehensive Aircraft Structure Course Design
• Comprehensive Aircraft Design
• Professional Internships
• Graduation Design (Thesis), etc.

Research Directions of Aircraft Manufacture Engineering

• Aircraft Structure and Strength Analysis
• Aircraft Manufacturing Processes and Equipment
• Aerospace Materials and Technology
• Aircraft Design and Optimization
• Advanced Manufacturing Technologies and Applications

Degree Awarded

Bachelor of Aircraft Manufacture Engineering degree

Career Development

Graduates can work in aerospace enterprises, research institutes, universities, national defense industries, and other institutions, engaging in aircraft and related equipment design, manufacturing, testing, maintenance, and management. They can also further pursue master's and doctoral degrees to conduct in-depth research in the cutting-edge technologies of aircraft manufacturing.

Related Majors

• Aerospace Engineering
• Mechanical Engineering
• Materials Science and Engineering
• Automation
• Control Engineering

Aircraft Manufacture Engineering Major School Rankings

In China, the following universities have a high reputation for their Aircraft Manufacture Engineering programs:

1. Beihang University (Beijing University of Aeronautics and Astronautics)
2. Northwestern Polytechnical University
3. Nanjing University of Aeronautics and Astronautics
4. Harbin Institute of Technology
5. Shanghai Jiao Tong University

These universities have rich teaching and research experience in the field of Aircraft Manufacture Engineering and have cultivated numerous excellent professionals.

This article aims to provide a comprehensive introduction and guidance for students aspiring to pursue a career in Aircraft Manufacture Engineering, hoping to assist you in making informed decisions and developing your career.