Introduction
The School of Control and Mechanical Engineering was established in March 2012. It is a combination of electrical and mechanical disciplines of Tianjin Chengjian University.
Now, the School has one Tianjin Engineering Technology Center, 1 Tianjin teaching team, 1 Tianjin Virtual Simulation Experimental Center, and 2 Tianjin Experimental Teaching Demonstration Centers (construction units), 3 school-level research institutes, and 28 off-campus internship bases.
In the past 5 years, the School has undertaken or participated in 3 national research projects, 5 provincial and ministerial education reform projects, and won 2 provincial and ministerial level teaching achievement awards, 21 provincial and ministerial research projects, 5 rewards of provincial and ministerial level scientific and technological projects, and 108 provincial and ministerial awards in the college competition.
Now 74 staffs are working in the School, which includes 6 professors, 19 associate professors, and 3 other associate seniors. Among them, 27 are doctors.
Cultivation Aim
With two main lines of control engineering and mechanical engineering, the School has built a teaching and research platform for engineering mod“Design of building electrical and intelligentsystems-mechanical system design-system and product processing andmanufacturing-system commissioning-construction”, which cultivates a large number of high-quality composite application talents for the new urbanization and urban modernization in China.
Programs
Undergraduate
Programs
|
Main
Courses
|
Electrical Engineering and Automation
|
Circuit, electronic technology, Introduction to Electrical Engineering and Automation, microcontroller technology and application, Automatic Control Principle A, Power System Analysis, Power Supply and Distribution Technology A, Electrical Engineering, electrical control technology, Power Electronics Technology A, Course Design for Electrical Control Technology, Practical Training for Electrical Control and Programmable Controller, etc.
|
Building Electricity
and Intelligence
|
Building Power Supply and Distribution Technology,Building Electrical Illumination,Building Information Facility System, Building Equipment Automation System A,Public Security Technology, Building Electrical Engineering Technology
|
Mechanical Design
& Manufacturingand Automation
|
Mechanical Graphics, Theoretical Mechanics, Material Mechanics, Electrical and Electronics, Mechanical Principles, Mechanical Design, Interchangeability and Technical Measurement, Engineering Materials and Molding Technology Foundation, Fluid Mechanics and Hydraulic and Pneumatic Transmission, Mechanical Control Engineering Foundation, Mechanical Manufacturing Technology Foundation, Electromechanical Transmission Control, Numerical Control Technology, CAD/CAM, Engineering Machinery Equipment Design, etc.
|
Industrial
Design
|
Design drawing, Product semantic, Product structure analysis and design, Engineering materials, Machinery manufacturing technology, Interface semantic design, Engineering machinery product modeling design, Mechanical graphics, Engineering mechanics, Fundamentals of mechanical design, Ideological basis of industrial design, Ergonomics, Design psychology
|
Automation
|
Circuit, Electronic Technology, Microcontroller Technology And Application, Automatic Control Principle, Electrical Machine And Drive, Power Electronics Technology, Electrical Control Technology, Network Communication Technology, Course Design For Electrical Control, Practical Training For Electrical Control And Programmable Controller, Computer Control System, Etc.
|
Mechatronics Engineering
|
Mechanical Graphics, Engineering Mechanics, Circuit Foundation, Analog and Digital Electronics, Mechanical Principles, Mechanical Design, Automatic Control Theory, Artificial Intelligence Foundation, Engineering Testing Technology, Mechanical Manufacturing Engineering, Robotics and Applications, Electromechanical Transmission Control , mechatronic system design, etc.
|
Graduate Programs:
Graduate Programs
|
Main
Courses
|
Civil
and
Hydraulic Engineering
|
Embedded Technology,Intelligent Control,Modern Building Electric Technology,Building Environment,Monitoring Technology,Advanced Manufacturing Engineering,Computer Aided Engineering Analysis,Civil Engineering Construction Equipment,Dynamics of Mechanical System,DSP Principle and Application,Introduction of IoT,The Technology of Sensor and Detecting,New Energy Control Technology,Integration Technology for Architecture Intelligent, System,Building Electrical Engineering Design,Mechanical Fault Diagnostics,Simulation Technology of Manufacturing Process,Modal Analysis and Parameter Estimation,Lectures on Frontiers of the Discipline,Noise Detection and Control Technology,Hydraulic Servo Control System,Theory and Application ofMechanical Optimize Design.
|
Engineering Construction Equipment
and
Automation
|
Advanced Manufacturing Engineering,Computer Aided Engineering Analysis,Civil Engineering Construction Equipment,Intelligent Measurement and Control Technology,Optimization Algorithm, Mechanical Fault Diagnostics,Simulation Technology of Manufacturing Process,Modal Analysis and Parameter Estimation, Lectures on Frontiers of the Discipline,Noise Detection and Control Technology,Sensor Principle and Intelligent Control,Structural Dynamics,Theory and Application of MechanicalOptimize Design,Virtual instrument technology,Robotics,Technologies and Application for Network Databases,Embedded Technology,Reliability and Durability of Mechanical Equipment,Maintenance Theory and Maintenance Technology of Engineering Construction Equipment,Materials Processing and Preparation,Hydraulic Servo Control System,Modern Surface Treatment Technology,Fundamentals of Material Science
|
Control
Science
and
Engineering
|
Matrix Theory,Stochastic Processes,Numerical Analysis,System Identification and Adaptive Control,Intelligent Measurement and Control Technology,Linear System Theory,Intelligent manufacturing technology,Mechanical Fault Diagnostics,Noise Detection and Control Technology,Field Bus Technology, Modern Power Electronic Technique,Integration Technology for Architecture Intelligent System,Finite Element Method and Its Program Design,Technologies and Application for Network Dababases,Robotics,Modal Analysis and Parameter Estimation,Image Processing and Recognition,DSP Principle and Application,Mechatronics System Design,Numerical Control Technology,etc.
|
Discipline Characteristics
Combined with the disciplinary clusters of TCU, the School focuses on the needs of national and local urbanization and urban modernization. 4 stable research directions with distinctive characteristics have been formed through the inter-disciplines and the integration of technology and specific practice, namely mechanical dynamics and intelligent diagnostic technology, advanced manufacturing technology, non-destructive testing technology and modern design theory, method and technology.
International Cooperation
At present, the School has signed the 2+2 cooperative agreement with the Royal Melbourne Institute of Technology (RMIT University,Australia) on Electrical Engineering; 2+2 cooperative agreement with Swinburne University of Technology, (Australia) on mechanical engineering.
Employment
The School has trained a large number of high-level application-oriented talents for urban construction and management industries and high-tech enterprises.
Graduates are welcomed and recognized by the society, and some graduates have become the backbone of the unit's technology or management to serve the process of urbanization and urban modernization.
Dean Zhao Jian and 4 students who got diploma from both Tianjin Chengjian University and Royal Melbourne Institute of Technology University (RMIT)
CNC Training Machine
The School of Control and Mechanical Engineering
