Programs at the associate’s level typically focus on the maintenance and repair of biomedical equipment, and bachelor’s degree programs at BUAA focus on device design and engineering techniques. Graduates of associate’s programs typically are prepared for work as engineering technicians, or for enrollment in a bachelor’s program. Those who hold a bachelor’s degree in biomedical engineering can usually become engineers.
Prerequisites for entry can include a high school diploma or the equivalent and computer skills. Some program specializations include biomechanics or medical device innovation, these are often found at bachelor’s level. Other requirements can include internships in a medical setting.
Get the best of your Study in China with the best Universities offering competitive and rich curriculum programs. Search through over 5000 courses offered by more than 1000 universities in China. There is a course for every major. China Scholars’ Program consultants are always standing by to help you select the right courses within a university with a perfect learning environment. Register with the CS-Hub as it provides the technology and tools for you to interact with our team, submit your application at a single click and also pay for the program fees. The chat tool gives you 24/7 support and opportunity to book an appointment with the team.
An associate’s degree in biomedical engineering technology will prepare students for work in healthcare settings such as hospitals and clinics. Graduates operate, troubleshoot, maintain and repair medical equipment. Students will gain exposure to patient monitors, infusion devices, electrosurgical units, pacemakers, ventilators, anesthesia machines and defibrillators, all of which may be used at their jobs every day. Coursework will include:
Studying a bachelor’s degree in China presents the choice to study in English or Chinese. Applicants from native English speaking countries and also select the English taught courses should not prove proficiency. Applicants who want to study in Chinese are required to have HSK Certificates .
You should be at least 18 years within the year of application. have completed High school with the right grades and courses, no criminal background and have the ability to express your thoughts proficiently in English or Chinese Mandarin.
All documents below need to be notarized and authenticated – Our team guides applicants on how to get these done successfully. Some documents will need a translation. There are a well-laid process and checklists which our administers and there is no confusion. Create your profile on the CS-Hub to get the best of supports.
You need to have 2 academic transcripts, recommendation letters from two teachers of higher academic titles, a Personal Statement/ Motivation Statement, Chinese Language proficiency test (HSK) for applicants who want to study in Chinese Language and Proof of fitness with a standardized Physical Examination.
Graduates of associate’s degree programs in biomedical engineering technology find careers assisting in the healthcare field. Graduates will have built a solid foundation through coursework and internship experience. Some popular career options include the following:
Most engineering and technical manufacturing jobs require at least a bachelor’s degree. Those who hold a biomedical engineering bachelor’s degree use their engineering design and medical equipment development skills in the following settings:
The dormitories for international students at the main campus are located within the walls of the university. There may be limited accommodation on campus for international students due to the number of applicants. You can stay in private accommodation outside of the University. You can get assistance to find the best opportunities
Applicants should Note the following
The only visa for studying in China is the China Student visa. So if you have secured admission into a Chinese University or college to pursue Degree Programs or even learn the Chinese Language for a semester / Year / or a short term like the summer. The China Student Visa is categorized into 2 major main types, known as X1 and X2. Usually, most international students get confused here but here is the difference. The X1 student visa is issued to students whose study with Universities irrespective of their course and also covering a duration longer than 6 months (up to 360 days). International students will get the X2 student visa if their intended time of stay is less than 6 months (<180 days). X1 visa holders have multiple entries which mean they can enter China and legally leave and re-enter any time of the duration of the Visa. Students who decide to travel in Asia, go home and also visit friends may do so without worrying about re-applying.
Beihang University (BUAA)is a leading University in China. It is a comprehensive research university covering engineering, natural sciences, humanities, and social sciences. The first Chinese aeronautics and astronautics university. -It has signed agreements with more than 200 universities in 50 countries and regions.
As part of China’s Project 211 and Project 985, which aim to improve the standards of the top 100 and 40 Chinese universities respectively, it has a heavy focus on high level technological and scientific research. As the first university in China to focus on aeronautical and astronautical education and research, it has long been dedicated to contributing new knowledge to the field, to further China’s aerospace ambitions.
Founded on October 25, 1952, Beihang University, or Beijing University of Aeronautics and Astronautics (BUAA), is a merger of eight aeronautics departments of Tsinghua University, Peiyang University, Amoy (Xiamen) University, Sichuan University, Yunnan University, Northwestern Engineering College, North China University, and Southwest Aeronautical Institute. It was previously called Beijing Institute of Aeronautics, and changed to its current name in June, 1988.
1.The Beijing Institute of Aeronautics Period (1952~1988)
It wasn’t until June 1, 1953 that Beihang began the construction of its own campus in Baiyan Village, Haidian District, which was at that time in the Western suburb of Beijing, merely a piece of farmland without any road nearby. Despite the harsh conditions, thousands of builders managed to complete the construction area of 60000 square meters within 6 months, making it possible for all students and some of the faculty to move to the new campus and start their daily work and study by October, 1953.
In June, 1954, Wu Guang was appointed as the first President of the Beijing Institute of Aeronautics. In the same year, the Institute added 2 schools and 7 disciplines to meet the demand of the Aeronautics industry—namely—the School of Aircraft Equipment and School of Aeronautical Materials; Aircraft Meters and Automatic Equipment, Aircraft Electrical Equipment, Special Equipment, Metallography and Heat Treating, Casting, Press Working, and Welding.
From 1956~1957, as required by China’s 12-year Science and Technology Planning, Beihang became the first university to set up majors of Guided Missile, Management, and such subject as Aerodynamics which combines science with engineering. Beihang also established the disciplines of Missile Design, Liquid Rocket Engine, Radio Equipment, Aeronautical Engineering Economy, and Instrument Technology. Notably, the Department of Aeronautical Engineering Economy in Beihang was unique among all colleges and universities of aeronautics in China at that time. Different from those in the Soviet model, the above new majors came into being to meet the specific demand of the development of China’s aeronautics industry. Besides, three Laboratories of Aerodynamics, Aircraft Structural Mechanics, and Jet Engine Principles were founded.
In 1958, Beihang, following the general line and guiding principle for education of Chinese Communist Party, put forward a series of new measures. It conducted work-study programs, promoted and practiced the combination of teaching, scientific research, design and production, and started the project of aviation model development. With joint efforts of all faculties and students, the Beijing 1, the light passenger airliner personally approved by Chinese Premier Zhou Enlai, was developed successfully in 100 days. The airliner performed its first test flight on September 24, 1958, and another on the 2500-kilometer route between Beijing and Shanghai. In the meantime, the whole school managed to develop China’s first sounding rocket, Beijing 2, which completed a successful launch test in Baicheng on September 22 in the same year, as well as China’s first unmanned aircraft, Beijing 5. By adding the self-developed unmanned aircraft control system to the Soviet Antonov An-2, China’s first drone made its successful maiden flight on September 25, 1958.
In 1958, Beihang set up the majors of Solver, Rocket Ground Equipment, and Launchers. The next year, Beihang established majors of Aeronautical Nonmetallic Materials, Corrosion and Surface Protection, Radio Navigation, Radar, Telecontrol and Telemetry, Atomic Aircraft Engine Design. Two laboratories of Rocket Engines and the Missile Control System were founded, formulating a center for further scientific research together with the previous ones. In May, 1959, the CPC Central Committee issued “the decision to name a batch of key universities among others”, in which Beihang, with its 7-year hard work, was recognized together with other 15 universities as the first batch of key universities in the New China.
In 1960, Beihang established the Department of Aircraft Nuclear Power, Aircraft Manufacturing Technology, and Engineering Physics, and the Department of Aircraft Automation in 1961. Till then Beihang had set up 10 departments and 35 majors.
In 1977, China resumed the national college entrance examination. The next year, the graduate admission examination was resumed and Beihang began to recruit undergraduate students of heavy caliber. 21 disciplines were divided into 6 groups, namely, Aircraft Design (composed of three disciplines: Airplane Design, Winged Missile Design, and Aircraft High-Altitude Equipment Design), Mathematical Mechanics of Aeronautical Engineering (composed of two disciplines: Aerodynamics and Flight Mechanics, and Aircraft Structural Mechanics and Strength), Aero-Engine Design (composed of two disciplines: Aircraft Engine Design, and Solid Rocket Engine Design), Aeronautical Materials and Mechanical Manufacturing Engineering (composed of five disciplines: Aeronautical Metallic Materials and Heat Treatment, Aeronautical Nonmetallic Materials and the Forming Technology, Metal Corrosion and Protection, Aero-Welding, and Aircraft Manufacturing Engineering), Aircraft Automatic Control ( composed of five disciplines: Aviation Gyro Instrument and Inertial Navigation, Aircraft Instrument and Sensors, Aeronautical Hydraulic Pressure and Air Pressure Accessories, Aeronautical Electric Motors and Electric Apparatus, and Aircraft Automatic Control), Aeronautical Electronics and Computing Technology (composed of four disciplines: Telecontrol and Telemetry, Electronic Computer, Radar and GPS, and Microwave Technology).
2.Beijing University of Aeronautics and Astronautics (Since 1988)
In April of 1988, the State Education Committee of China approved the name change from Beijing Institute of Aeronautics to Beijing University of Aeronautics and Astronautics (abbreviated as Beihang in Chinese).
In 1989, Beihang University was listed among the first 14 key universities in the country during China’s 8th Five-Year Plan Period (1986–1990).
In 1997, Beihang was chosen into Project 211 for Higher Education.
In 2001, Beihang became one of the universities in Project 985 for Higher Education.
In 2010, Beihang was admitted into the plan for Educating and Training Outstanding Engineers of China.
In 2011, Beihang was chosen as a member of the China’s “Mount Everest Plan”—a pilot project for the cultivation of top students in basic disciplines.
In 2012, Beihang celebrated its 60th anniversary with the admission into Project 2011 of China, a national project launched in the higher education sector after Project 211 and Project 985.
The University Combines resources over and above the ordinary to deliver one of the greatest education systems in the world. Get detailed information about their campus, departments, and application time schedules by downloading the brochure. Apply to speak with your personal program advisor. Apply now if you have not applied yet