The computer engineering major has a good employment prospect. What do Canadian computer engineering majors need to meet?

What is computer engineering? Computer engineering is a new specialty added by the Ministry of Education, which combines electrical engineering and electronic information science and has a good development prospect. Computer engineering is a combination of software development and hardware development, combined with power electronics. Computer engineering specialty involves the fields of electrical engineering and electronic information science, from designing computer Cpu, personal computer, network server and high-performance computer to using computer as a tool to solve some practical problems, such as program-controlled CNC lathe, vehicle positioning, video monitoring system for industrial and household appliances, etc.

What are the educational requirements for computer engineering in Canada? According to the above detailed introduction, it can be seen that computer engineering is a compound major, which has higher requirements for students in computer, electrical engineering, water conservancy and other aspects. Therefore, the difficulty coefficient of applying for computer engineering major in Canada is relatively high. Take undergraduate and postgraduate study abroad as an example to give you a brief introduction.

undergraduate period

1, graduated from junior high school;

2. TOEFL score of 70, or IELTS score of 5.5-6.0.

3. Average grade of ordinary high school: above 80 (85-90 is recommended for math grade).

Graduate stage 1. GPA of related majors: above 3.0-3.5.

2. TOEFL score above 90, or IELTS score above 6.5.

3.GRE: 3 10 or above.

Employment prospect and market prospect of computer engineering 1. The development prospect of computer engineering is very broad. After graduation, students can engage in scientific research and development, classroom teaching, scientific research and management in the field of software development in many software industries, information technology units and education departments of large, medium and small enterprises and institutions.

2. You can go to large and small telecom network service providers and communication equipment manufacturing enterprises for research and development, or you can go to other enterprises and institutions to engage in design, maintenance, training and education in the field of electronic information engineering.

3. Senior professional engineers and technicians who can manage and serve Internet systems and network information security in government departments, national defense security, military units, telecommunications networks, power engineering, financial industry, railway lines and other departments.

4. You can go to information technology industry, electric power, transportation and other institutions to engage in scientific research, teaching and engineering design of communication technology and automation technology.