化学工程哲学博士-纳米科学与纳米工程

研究重点是有机和无机纳米粒子的合成和处理，聚合物薄膜和功能性表面，功能性纳米纤维，无机薄膜和有机/无机杂化材料，生物纳米材料和结构，纳米结构自组装以及纳米材料。电子，光电，传感和能量转换系统的结构。通往博士之路 是一个挑战。在系主任，教职员工和同伴的辛勤工作和支持下，我们的学生走到了尽头，为下一步做好充分的准备。在住所的第一学期末，将新的研究生分配到特定的教职顾问和研究小组。为帮助完成该过程，向学生提供了所有可用研究项目的描述，负责任的教职员工将在10月对每个项目进行介绍。研究生大部分时间都与研究小组的其
Research focuses on organic and inorganic nanoparticle synthesis and manipulation, polymer thin films and functional surfaces, functional nanofibers, inorganic thin films and organic/inorganic hybrid materials, bio-nano-materials and structures, nanostructure self-assembly, as well as nano-materials and structures for electronic, optoelectronic, sensing and energy conversion systems. The path to a Ph.D. is a challenging one. With hard work and the support of the department faculty, staff and peers, our students reach the end, well prepared for their next step. New graduate students are assigned to a specific faculty advisor and research group at the end of the first semester in residence. To help the process, students are provided with descriptions of all available research projects, and a presentation about each project is given in October by the responsible faculty member. Graduate students spend most of their time with their fellow research group members, not their faculty advisor, and a group's students and postdocs will often provide the most useful information regarding advisor selection. Chemical engineering has been central to the university's mission since its founding. The first classes in the field met in 1899, and the first graduates earned their degrees in 1925. Today, we bring that historic commitment and a forward-facing approach to bear on modern problems.