Program Overview

Program Overview

The Materials Science and Engineering program aims to cultivate innovative, high-level talent who possess basic professional skills in bio-based materials science and engineering technology. The program enables students to develop fundamental abilities in bio-based materials preparation, structure design, process control, performance evaluation, technical transformation, engineering application and integration, production planning, and organizational management.

Curriculum

The program's curriculum includes a range of courses, such as:

• Higher Mathematics
• University Physics
• Polymer Chemistry
• Polymer Physics
  • High molecular weight materials
  • Polymerization reactions
• Inorganic and Analytical Chemistry
• Organic Chemistry
• Physical Chemistry
• Instrumental Analysis
• Engineering Mechanics
• Engineering Graphics
• Mechanical Design Fundamentals
• Electrical and Electronic Technology
• Materials Science Fundamentals
• Bio-based Resource Materials
• Adhesive Materials
• Bio-based Composite Materials
• Bio-based Materials Processing Technology
• Materials Forming and Processing Equipment
• Materials Surface and Interface
• Adhesion Theory and Technology
• Coating and Decorating Technology

Career Prospects

Graduates of the program can pursue careers in various industries, including:

• Bio-based materials production enterprises, where they can work in production operations, technical development, process design, quality management, and business services
• Construction materials, customs, commodity inspection, and bio-based materials product trade departments, where they can work in quality inspection and appraisal
• Other fields, such as chemical engineering, textiles, biology, electronics, and aerospace, where bio-based materials are applied.