Duration: threeyears

Goals and Objectives：

Graduates with master degreeshave a good command ofsolid andbroad basic theories and systematic expertiseofmaterial engineering,keep pace with thedevelopment trend of thisdiscipline, anddevelop the abilities ofmaterialexperiment and analysisas well as the abilities ofsolvingpracticalproblems in material engineering, thusconstituting achievements with practical application value.Candidates arealsorequired tobe proficient in a foreign language.

Discipline Profiles:

Themain research areasinclude material surface modificationtechnology,preparation technology of high energy beam surface coating, preparation technologyof new functional material,materialstructure and its control technology,marine special materials, corrosion engineering science and technology,and material technology researches onnew typesof organic polymer.

MainCourses:

Alloy Thermodynamics andSolid-state Phase Transformation,

Advanced Materials Preparation Technology,

Material Microstructure Analysis Technology and Application,

Theoretical Electrochemistry,

New Energy MaterialScience,

Failure Analysis and Fault diagnosis,

Marine Environmental MaterialScience, etc.

ProspectiveEmployment:

Education, scientific research, engineering design and technicalmanagementof material science or other high-level engineering and technical work within the discipline.