In an era marked by rapid advancements in science and technology, manufacturing technology has emerged as a linchpin for the economic prosperity of modern nations. It has evolved into a comprehensive system of knowledge known as manufacturing science, serving as the lifeblood of the manufacturing industry and a cornerstone of national economic development. Advanced manufacturing technology encompasses cutting-edge innovations in machinery, materials, information technology, and modern management techniques. These advancements span the entire spectrum of product development, design, manufacturing, and management processes, with a focus on achieving excellence in quality, efficiency, sustainability, and agility. Indeed, advanced manufacturing technology stands as a pivotal tool in enhancing the competitiveness of the manufacturing sector and serves as a critical foundation for driving comprehensive national growth. This course builds upon the foundations of traditional manufacturing technology to equip students with a comprehensive understanding of the cutting-edge techniques widely employed in modern manufacturing enterprises. The curriculum covers a broad spectrum of topics, including advanced design methodologies, state-of-the-art manufacturing processes such as additive manufacturing, precision manufacturing, and biological manufacturing, as well as advanced manufacturing paradigms like virtual manufacturing and green manufacturing. Additionally, students will delve into advanced manufacturing systems. Our instructors, who are experts and scholars in their respective fields, deliver each segment of the course content. Emphasizing a harmonious blend of theory and practical application, this course fosters the holistic development of knowledge, skills, and critical thinking abilities. It strives to create a well-rounded, interdisciplinary learning experience, enabling students to adapt effectively to the ongoing scientific and technological revolution and the evolving landscape of industrial change.
Overview
Syllabus
- Chapter 1: The Essence of Advanced Manufacturing Technology
- 1.1Course Overview
- 1.2Understanding Advanced Manufacturing Technology
- 1.3Research Status and Industry Demand
- 1.4Frontier and Development Direction of AMT
- Chapter 2: Advanced Design Methods
- 2.1.1 Introduction to Advanced Design Technology
- 2.1.2CAD, CAE, and CAM- Integrating Design and Manufacturing
- 2.2Optimization Techniques- Enhancing Design and Performance
- 2.3Design for Reliability- Creating Resilient and Dependable Products
- Chapter 3: Additive Manufacturing Technology
- 3.1Introduction, Advantage and Trend
- 3.2.1Principle and application of fused deposition modelling (FDM) process
- 3.2.2Principle and application of Stereolithography-digital light projection (SLA-DLP) process
- 3.2.3Principle and application of laser sintering (SLS) process
- 3.3Development Trend of AM
- Chapter 4: Ultra-Precision Manufacturing Technology
- 4.1.1Ultra-Precision Machining Technology
- 4.1.2Ultra-Precision Abrasive Machining
- 4.2Energy Field Assisted Special Machining Technology
- 4.3Manufacturing Process of Semiconductor Chip
- Chapter 5: Biomanufacturing and Biomedical Engineering
- 5.1 Biofabrication technologies
- 5.2Biomimetic design
- 5.3 Biomedical Engineering
- Chapter 6: Robot-Assisted Manufacturing Technology
- 6.1 Industrial robot
- 6.2 Robot-assisted manufacturing
- 6.3 Human-Robot Collaborative Manufacturing
- Chapter 7: Intelligent Manufacturing
- 7.1Introduction to Intelligent Manufacturing
- 7.2Key Technologies for Intelligent Manufacturing
- 7.3Applications of Intelligent Manufacturing
- Final exam
- final exam
Taught by
Lei Guo