Graduation direction of measurement and control technology and instrument specialty

There are measurement and control engineers, instrumentation engineers, automation engineers, data analysts and electronic engineers who graduated from the specialty of measurement and control technology and instruments.

1, measurement and control engineer:

Measurement and control engineers are mainly responsible for designing, developing, maintaining and improving various measurement, testing, control and automation systems and instruments, covering the whole process from sensors and signal processing to data acquisition, analysis and control.

2, instrument engineer:

Instrumentation engineers are mainly responsible for designing and manufacturing all kinds of precision instruments, such as optical instruments, electronic instruments and medical instruments.

3, automation engineer:

Automation engineers are mainly responsible for designing, developing and implementing various automation control systems, such as production line automation control system and robot control system.

4. Data analyst:

Data analysts are mainly responsible for analyzing and processing all kinds of data and providing effective decision support, such as data mining and model prediction.

5, electronic engineer:

Electronic engineers are mainly responsible for designing and developing various electronic products, such as mobile phones and computers.

Course system of measurement and control technology and instrument specialty;

Practical courses:

Engineering knowledge training, basic manufacturing training, electrician practice, electronic technology training, electrician experiment, electronic experiment, nondestructive testing technology and experiment, comprehensive design of nondestructive testing technology, etc.

Core courses:

Circuit analysis, analog and digital electronic technology, sensor principle, signal and system, engineering materials and mechanical properties, material processing technology, physical basis of nondestructive testing, acoustic testing, ray testing and electromagnetic testing.

Practical teaching:

This professional college should establish a complete practical teaching system to meet the requirements of training objectives. The main practical teaching links include engineering training, experimental courses, course design, production practice, scientific and technological innovation activities, graduation project (thesis) and so on. And establish a relatively stable practice base, so that students can know and understand the instrument design and manufacturing process, and understand the working process of the main production equipment.