Functional Materials

 Program Code:  080412T  Duration：4 years

 Educational Objectives:

 Focusing on frontiers of functional materials and facing the major needs of the country and economic development, we are committed to develop materials leading talents of innovation, invention, and entrepreneurship with both patriotic sentiment and an international vision. We attach importance to our students' all-around development in morality, intelligence, physique, aesthetics and labor skills, and embrace lifelong learning so that they can develop flexibility to adapt to changes. Students are cultivated to have excellent learning, thinking and action abilities, have safety and environmental awareness, have a broad theoretical foundation in materials, physics, chemistry, optical and electronical devices, and other related disciplines, master the basic theories and engineering knowledge of electronic information materials, be capable of conducting designing, manufacturing, scientific research, and managing in electronic information functional materials and devices related filed.

 After undergraduate training and about 5 years of work or further education after graduation, students in this major can possess the following abilities:

 (1) Able to successfully carry out work in industries, academia, and other fields related to this major, and adapt to an independent and team work environment;

 (2) Able to apply basic theories and professional knowledge of electronic information functional materials and devices to solve complex engineering problems;

 (3) Having the ability to engage in scientific research and teaching, technological development, design and manufacturing, technological innovation, and business management in the design, preparation, structural performance analysis, and other aspects of electronic information functional materials and devices;

 (4) With good professional ethics, a global perspective, can adapt to career development through Lifelong learning, and has constantly improved workplace competitiveness in the field of electronic information materials and devices.

 Program Features:

 (1) Outstanding faculty support and extensive research resources from the State Key Laboratory of Luminescent Materials and Devices.

 (2) An integrated theoretical and practical training framework that fosters interdisciplinary learning, industry-academia partnerships, and global engagement.

 (3) Develops skilled professionals in electronic information materials and devices, equipping them for careers in both advanced research and applied technology fields.

 Core Courses:  

Fundamentals of Solid-State Physics, Semiconductor Physics, Physics of Semiconductor Devices, Organic Chemistry, Physical Chemistry, Fundamentals of Functional Material Science/Fundamentals of Materials Science, Synthesis and Preparation of Functional Materials/Electronic Materials: Preparation Methodology, Modern Test Methods for Materials, Electric Circuit and Electronics

 Featured Courses:  

(1) Freshmen Seminars: Marvelous Organic Semiconductor, Electronic Devices and Intelligent Society

(2) Courses Taught in English: Quantum Mechanics, Electrodynamics, Material Calculation and Simulation

(3) Subject Frontiers Courses: Optoelectronic Materials and Technology for the Future

(4) Baccalaureate-Master’s Sharing Courses: Nuclear Magnetic Resonance Technology and Practice, On chemistry and properties of phosphorous (P) and its derivatives

(5) Cooperative Courses with Enterprises: Perceptual Practice, Graduation Practice

(6) Innovation Practice: Innovative Design Practice of Optoelectronic Information Systems, Integration Design and Experiments on Micro/Nano Devices

(7) Special Designs: Experiments on the Designing and Simulation of Electronic Devices, Innovative Comprehensive Experiment on Optoelectronic Device Design, Experimental Design of Optoelectronic System Integration

(8) Entrepreneurship Courses: Innovation Thinking and Entrepreneurship Education

(9) Education on the Hard-Working Spirit: Graduation Practice

Courses Schedule