Electrical Engineering and Its Automation

Electrical Engineering and Its Automation Bachelor Degree

Feel Free to Ask Questions!

Tel : +8615850513534

E-mail : apply@acasc.cn

  • Application Deadline:2017/06/30
  • Tuition:¥22000.00
  • Application Fee:¥800.00
  • Service Fee:¥350.00
How To Apply

Applying through ACASC generally takes a few minutes to complete. It takes 5 steps to complete the application.

1. Click “Apply Now” button at the top of the page.

2. Fill in online application form.

3. Upload required documents.

4. Pay the application fee and the ACASC service fee

5. Click “Submit” button.

Important notice: In order to apply, you need to create an account with ACASC.

Teaching Objective

To cultivate advanced and versatile engineering talents with the distinctive qualities: having a good command of fundamental studies, a broad range of knowledge, highly integrated abilities and the spirit of innovation.

Upon the graduation, the students are expected to be comprehensive senior engineers with dominant speciality characteristic, and be capable for all electrical engineering and its automation related areas such as engineering design, electrical production, power system operation and analysis, technology development, education and research, financial management, etc.

Courses Structure

Year 1
Major Compulsory Courses:
Advanced Language programming (C)
Fundamentals of Information Technology
Advanced Mathematics (B)
Linear Algebra
College Physics (1)
Experiments of Physics (1)
Engineering Drawing

Year 2
Major Compulsory Courses:
Complex Function and Integral Transformation
Probability and Mathematical Statistics (B)
College Physics (2)
Experiments of Physics (2)
Network and Commutation Technology
Circuit Theory (A)
Engineering Electromagnetic Fields
Electrical Machinery (1)
Fundamentals of Analogue Electronics
Introduction to Electrical Engineering
Metalworking Practice
Circuit Experiment
Experiments of Analogue Electronic Technique

Year 3
Major Compulsory Courses:
Electrical Machinery (2)
Fundamentals of Digital Electronic Technique B
Experiments of Digital Electronic Technique
Power Electronics Technique
Signal Analysis and Process
Automatic Control Theory B
Microprocessor Theory and Interface Technique
Fundamentals of Power System Analysis
Power System Transient Analysis
Principle of Power System Protection
Electrical Systems of Power Plants
High Voltage Technology
Comprehensive Experiment of Electronic Technique
Electric Machinery Experiment
Acquaintanceship Practice
Power System Power Flow Programming
Power System Transient Programming
Power Plant Course Design

Major Optional Courses:
Electrical Measurement Technology
Numerical Calculation of EMF
Power System Remote Control Theory
High Voltage Insulation
HVDC Technology
Power Electronics Applications
Digital Signal Processing (E)
Distribution Automation
Basis of Superconductor Applications
Advanced Technology of Electric Engineering
New Energy Generation Technology
Fundamental of Electricity Market

Year 4
Major Compulsory Courses:
Electrical Engineering Comprehensive Experiment
Substation Simulation Comprehensive Experiment
Power System Course Design
Power Plant Course Design
Comprehensive Experiment of Power System A
Comprehensive Experiment of Power System B
Substation Simulation Comprehensive Experiment
Relay setting Calculation
Comprehensive Experiments of Power System Protection and Automation
Power System Over Voltage Programming
Comprehensive Experiment of High Voltage
High Voltage Course Design
Power Electronics Simulation Experiment
Power Electronics Course Design
Comprehensive Experiment of Power Electronics
Comprehensive Experiment of Power System A
Graduation Project

Major Optional Courses:
Power System Planning and Reliability
Digital Power System Protection
Power System Automation
Power System Over Voltage
High Voltage Experimental Technique
Introduction to Power Quality
Professional English Reading (E)
Large Electrical Machines Fault Diagnosis
Control Electrical Machines
Electrical Equipment online Monitoring & Fault Diagnosis
Power System Communication
Protection of Main Electric Devices
Electricity Selling and Management
Electric Energy Metering


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