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Materials Science and Engineering at BIT, with metal materials, ceramic materials and electronic and information materials as key subjects, prepares students with basic theory, an ability to research, and applications in metal and inorganic nonmetallic materials as well as the knowledge of materials design, manufacturing, and analysis.

Graduates, with scientific theory in metal materials and inorganic non-metallic materials, mainly engage in selection, use, processing, material surface modification and quality control of metal materials and inorganic nonmetal materials, and in the analysis and research of new materials and new technology.

The core courses include Physical Chemistry, Electrical and Electronic Technology, Fundamentals of Materials Science, Material Properties (including Mechanical Properties, Physical Properties), Metal Material Science, Electronic and Information Materials, Analysis and Testing Technology on Materials (including Analysis and Testing of X-ray, Electronic Micro-analysis, Energy Spectrum Analysis), Models of Material & Numerical Method, Principle Technology for Hearing Processing, The Science of Ceramic Materials, The Basis of Heat Processing, The Surface Technology of Materials, Electronic and Information Materials, Theoretical Mechanics, The Mechanics of Materials, and The Basis of Mechanical Designing.

 

专业简介:本专业致力于培养基础扎实、理工结合、素质全面、工程实践能力和创新能力强的研究发展型人才。毕业生具有金属材料及无机非金属材料的科学理论基础,主要从事金属材料和无机非金属材料的选材、使用、工艺处理、材料表面改性、质量控制与分析及研究开发新材料、新工艺等工作;同时可以从事与该专业相关的管理和经贸工作。

毕业去向:本专业毕业生的就业类型主要包括:技术层面,包括材料科学与工程的研究、设计、开发、制造和检验(相关企业、设计院、研究所等技术部门)等;技术管理层面,包含技术管理、企业生产管理和质量监督等;行政管理层面,包含公务员、国家、省市、地方政府的管理,法律法规修订等;高等教育层面,高校教师等。

核心课程:物理化学、电工和电子技术、材料科学基础、材料性能(包括力学性能、物理性能)、金属材料学、电子及信息材料、电子元器件、材料分析测试技术(包括X射线测试与分析、电子显微分析、能谱分析)、材料模型与数值方法、计算材料学、热处理原理、热处理工艺与设备、陶瓷材料学、热加工基础、材料表面技术、电子与信息材料、理论力学、材料力学、机械设计基础等课程。