有机功能材料是有机化学、高分子科学、材料科学等与电子、信息、生物、环保等领域交叉的一门学科。目前，有机高分子功能材料中的一些重要品种已经实现了大规模工业生产，而且在诸多领域(如化工、环保、光电材料、信息、生物医药等)获得了广泛应用。通过本课程的学习，让学生掌握各种有机高分子功能材料的结构、设计原理、性能及表征、以及了解各个分支领域的研究前沿，为其今后从事化学化工、材料、生物医学等相关领域的研究与开发打下坚实的基础。本课程的教学内容主要包括: 吸附分离功能材料、高分子催化材料、光电功能高分子材料、光敏材料、液晶高分子、磁性高分子、生物医用高分子材料、高分子纳米材料等的分子设计、结构与性能、及表征等，希望学生能够较为熟练地掌握设计合成、表征各种功能高分子的基本原理与研究方法。

Introduction:Functional polymers and the related materials are the important research aspects in polymer science and material science. The design, synthesis, structure-property, and characterization of functional polymers and materials have made great progress since the ion-exchange resin was invented, and lots of functional polymers and materials are commercially available and have many applications in chemicals, environment, photoelectronics, biomedical, pharmaceuticals, and so on. The course is intended for students to not only grasp the theory and methods for molecular structure, design, structure-property, and characterization of functional polymers and materials, but also lay the basis for the future research and development related to these fields. This course mainly includes: absorption and ion-exchange polymers, polymeric catalysts, conducting polymers, electroluminescent polymers, photo-sensitive polymers, non-linear optical polymers, liquid crystalline polymers, magnetic polymers, biomedical polymers, polymer nanomaterials. The basic theory for molecular design, the methods for characterization, and structure-property of functional polymers are necessary for students to grasp.