What does functional materials major do?

School major:

Basic academic system: four years | Enrollment target: | Educational background: technical secondary school | Major code: 080412T

Cultivation objectives

Cultivation objectives

Professional code: 080412T

Degree awarded: Bachelor of Engineering

Duration of study: four years

Courses offered:

Main courses: Fundamentals of materials science, material preparation and processing, physical properties of materials, modern research methods of materials, solid state physics, functional materials and devices, inorganic chemistry, organic chemistry, nanomaterials and preparation, smart materials , advanced functional thin film materials, functional ceramic materials science, electronic information materials, magnetic material physics, biological functional materials.

Similar majors:

Inorganic non-metallic materials engineering, metallurgical engineering, materials science and engineering composite materials and engineering welding technology and engineering

Main practical teaching links

Including course internships, graduation projects, etc.

Cultivation objectives

This major cultivates relevant knowledge in the fields of polymer materials and engineering, biology and medicine, masters the basic and professional knowledge of functional materials, and can be used in the field of functional materials. In the fields of preparation, modification, processing, molding and application, engaged in scientific research, technology development, process design, production and operation management, and have strong computer skills, foreign language skills, ability to obtain and use information, physical and mental health, and good quality , innovative research and application-oriented senior professionals.

Professional training requirements

Students in this major mainly learn the basic theory and basic skills of functional materials, and possess the scientific theory, basic knowledge and strong practical skills of functional materials.

Professional knowledge and abilities possessed by graduates

1. Have a solid disciplinary foundation, a good foundation in humanities, arts and social sciences, and the ability to correctly use native language and writing. ; 2. Systematically master basic technical and theoretical knowledge in a wide range of professional fields; 3. Have strong theoretical analysis and experimental skills in solving material processing technical problems related to mechanics; 4. Have strong computer and foreign language application capabilities ; 5. Have corresponding experimental and scientific research capabilities.

Professional ability requirements

Professional ability requirements

Main content of professional teaching

Main content of professional teaching

《 Thermodynamics of Materials", "Shaping of Materials", "Functional Materials Devices and Design", "Biochemistry", "Molecular Biology", "Biomedical Engineering", "Polymer Chemistry", "Polymer Physics", "Biomedicine" Materials Science", "Biological Materials Preparation and Processing", "Biomedical Polymer Modification", "Tissue Engineering" Some colleges and universities train students in the following professional directions: biomaterials, new energy and optoelectronic materials, clean energy and information materials, biology Medical Textile Materials and Technology.

Professional (skills) direction

Professional (skills) direction

Medical device companies: product research and development, production technology, material evaluation, performance testing, product sales ; Mechanical and electronic enterprises: production technology, technology development, semiconductor technology, mechanical engineering.

Examples of vocational qualification certificates

Examples of vocational qualification certificates

Examples of continuing study majors

Employment direction

Employment Direction

Corresponding occupation (position)

Corresponding occupation (position) Other information:

Professional academic level category discipline functional materials undergraduate engineering materials category