1. Mechanical Engineering

The mechanical engineering discipline is a key construction discipline of the school, characterized by process equipment technology. It cultivates high-level talents with comprehensive quality, solid foundation, strong academic ability, international vision, engineering ability and innovation ability in the fields of mechanical manufacturing and automation, mechanical and electrical engineering, mechanical design and theory, and process equipment and machinery.

Introduction to Secondary Discipline Direction

1.1 Mechanical manufacturing and automation  It mainly includes special machining technology, CNC technology and flexible manufacturing units, intelligent manufacturing technology and equipment, intelligent systems and intelligent factories, process databases and big data analysis, and other related manufacturing theories, manufacturing technology, manufacturing systems, and advanced manufacturing models. We have an innovative team in CNC technology and intelligent manufacturing. It has distinctive advantages in energy equipment, rail and aviation, intelligent brewing equipment, high-end intelligent machine tools, and intelligent factories.

1.2 Mechanical and Electronic Engineering  A disciplinary direction formed by the intersection and integration of related disciplines, such as mechanical engineering, electronic engineering, and computer control technology. It mainly includes the basic theory of electromechanical systems, research on key coordination application technologies of electromechanical systems and products, as well as the design, manufacturing, testing, and development of various electromechanical products and systems. It has unique advantages in the integration of specialized machine tool drive control systems, industrial robot technology, design and development of electromechanical equipment and production process equipment, and status detection and intelligent control of CNC machine tools.

1.3 Mechanical design and theory  It is a fundamental technical discipline for analyzing and synthesizing mechanical functions, quantitatively describing and controlling their performance. We conduct research on the motion and dynamics of mechanical equipment, material fatigue, innovative mechanical design, and modern design methods, etc.

1.4 Process equipment and machinery  Focusing on the process industry, integrating theoretical methods from multiple disciplines such as machinery, chemical engineering, and control, research is conducted in areas such as multiphase flow, energy conservation and environmental protection, pressure equipment, fire emergency equipment, and cryogenic (hydrogen energy) equipment.

2. Intelligent Manufacturing Equipment and Systems (Interdisciplinary)

Based on advanced manufacturing foundation, new generation information technology, artificial intelligence, intelligent optimization, big data analysis and decision support, it deeply integrates information technology, advanced manufacturing technology, and automation technology. Research on key technologies involved in various aspects of manufacturing aims to achieve the intelligence and innovation of the entire manufacturing value chain.

Research Direction:  “Performance First” Manufacturing Equipment Product Intelligent Design; Manufacturing Equipment Process Digitization and Intelligent Control; Discrete Manufacturing System Informatization and Intelligence

3. Mechanical Engineering (Professional Degree)

The degree in Mechanical Engineering is guided by the "5+1" advantageous industrial system in Sichuan and driven by the industrial economy in the Chengdu Chongqing region. It cultivates innovative and composite high-level engineering technology and engineering management talents in the fields of mechanical engineering, intelligent manufacturing technology, and industrial design engineering.

Field Introduction

3.1 Mechanical Engineering (Professional Degree)

Based on the automation and intelligence of mechanical manufacturing processes, it carries out the design/ manufacturing/ testing and development of various electromechanical products and systems, the design and development of mechanical products, and the design and development of process equipment for pressure equipment and energy-saving and environmental protection equipment.

Research Direction: Advanced Manufacturing Technology and Intelligence; Mechanical and Electrical System Design and Development; Mechanical Optimization and Innovative Design Methods and Applications; Process Equipment Design and Development; 05 Advanced Material Forming Technology.

3.2 Industrial Design Engineering (Professional Degree)

It carries out developing, researching, and planning of industrial product innovation design and related service and business model design, communication design, human-computer interaction design, environment and display design with the design theories and methods of various products. Research Directions are Product Innovation Design Research and User Experience Design and Interaction Design.

3.3 Intelligent Manufacturing Technology (Professional Degree)

Based on intelligent manufacturing equipment, intelligent manufacturing processes, intelligent manufacturing management, and intelligent factories, it focuses on the development of intelligent manufacturing equipment, intelligent manufacturing processes, and intelligent management of production processes.

Research Directions are Intelligent Manufacturing Equipment Intelligent Design, Manufacturing Equipment Process Digitization and Intelligent Control and Discrete Manufacturing System Informatization and Intelligence.