Computer engineering is dominated by the development of computer technology. EE and computer engineering are merged in most American universities. From the perspective of course learning, EE and CE are interdisciplinary, although they are different in obtaining degrees. No other hardware facilities apply for computer engineering. Non-computer background only requires professional background and research experience in this field. It is suggested that GPA3.3, IBT90, 1300 should be written at more than 4 points respectively. If it is 2 1 1, the school application will prevail.

Schools strongly recommend: Carnegie Mellon University, Stanford University, University of California at Berkeley, University of Illinois at Urbana-Champaign, Cornell University, University of Washington, Georgia Institute of Technology, Princeton University, University of Texas at Austin, etc.

2. electronics and communication engineering

Electronic devices and communication engineering, also known as electrical devices and computer engineering, is a key scientific research on the design, manufacture and use of machines, equipment and systems powered by electricity, ranging from wireless fixed lines to diesel generators, involving superconductors, wave propagation, kinetic energy storage, optical fibers, acceptance and amplification. If you pursue perfection, be imaginative, be good at mathematics, have the ability of organization and coordination, quantitative analysis and spatial thinking, and be good at visualizing something, then you are very suitable for studying and cultivating this kind of major.

MIT, Stanford University, University of California at Berkeley, University of Illinois at Urbana-Champaign, California Institute of Technology, Georgia Institute of Technology, University of Michigan at ann arbor, Carnegie Mellon University, Cornell University and Princeton University are highly recommended.

3. Biological Sciences

Biotechnology involves diagnosis and treatment, pharmaceutical industry, food, agriculture, animal husbandry, environmental protection, light industry and other new engineering fields. It is an applied technology system that uses molecular biology, organic chemistry and water conservancy to make things that people need, and to update and transform the ecosystem and environment. It is one of the most sought-after majors with strong competitiveness. There is a wide range of employment. According to the survey, the annual salary of biomedical engineers in 20 15 years is $86,000, and the salary has increased greatly in the middle and late period.

Schools strongly recommend: Johns Hopkins University, Georgia Institute of Technology, University of California, San Diego, Duke University, Massachusetts Institute of Technology, Stanford University, University of California, Berkeley, University of Pennsylvania, Rice University, University of Michigan, ann arbor, etc.

What's your major in nano-optoelectronic integrated system engineering at Washington University? The key to the more professional study and training of the Integrated Nanotechnology and Optics Project of the University of Washington involves the following courses, as follows:

MCIS: Metaphorical Computing Image Sensor

With the improvement of wearable technology, embedded biosensor and Internet of Things, a large number of sensors are needed in the struggle to make everything more and more intelligent. Therefore, colleges and universities have scientifically studied how to supplement the sensor with calculation to repair its characteristics. Everyone is mainly interested in innovations in the fields of cameras, spectrum analyzers and optical microscopes.

Neuron: Neuromorphological Universal Reconfigurable Optical Network

Photons can be transmitted to each other without affecting each other. This provides an attractive method to construct large-scale optical networks with arbitrary spatial geometry.

PHOENIQS: Photonics-Enabled Noise Intermediate-Scale Quantum System

This project is dedicated to the completion of nanotechnology photonic arrays coupled with discrete system cavities, in which quantum materials use few photons to complete discrete systems. The generated quantum technology photon service platform is unlikely to be simulated in all traditional computers, allowing the generation of a new quantum state light.

Mixed silicon (compatible) photonics

In order to improve the optical fiber transceiver in silicon photonics (SiP), we are studying new materials, inner cavities and new modulation technologies, which can be called the forerunner of the future quantum science and technology information resource management machine.

Intelligent photoelectric sensor (iCOS)

With the popularization of wearable technology and Internet of Things, in the struggle to make everything more and more intelligent, a large number of sensors are needed, which must be compact, low-power and intelligent, thus reducing the subsequent data processing methods.