在当今复杂的工业世界中，化学，生物学和工程学之间的严格区分不再成立。现在，我们比以往任何时候都更加需要能够在这些边界之间轻松导航的科学家。<br>考虑到这一点，材料化学博士学位计划培养了学生与教师之间的跨学科交流。你们共同合作进行最新的前沿研究-从聚合材料的合成到合成和生物大分子的特性。我们的教职员工专门从事生物技术的集成，以创建用于多种用途的催化剂，传感器和大分子。作为材料化学专业的学生，​​您将研究分子和材料的组合如何产生不同的特性。您将看到这种知识如何导致新材料的合成以及在超导体，人造器官和其他设备
In today's complex industrial world, the strict divisions between chemistry, biology, and engineering no longer hold. Now more than ever, we need scientists who can navigate easily across these boundaries.<br>With this in mind, the PhD in Materials Chemistry program cultivates an interdisciplinary exchange between students and faculty. Together you collaborate on the latest in cutting-edge research - from the synthesis of polymeric materials to properties of synthetic and biological macromolecules. Our faculty specializes in the integration of biotechnology to create catalysts, sensors, and macromolecules for a variety of uses. As a materials chemistry student, you'll examine how combinations of molecules and materials result in different properties. You'll see how this knowledge leads to the synthesis of new materials, with applications in superconductors, artificial organs, and other devices. To obtain a Ph.D. in Materials Chemistry at the School of Engineering, you must complete 75 credits