药学科学与工程哲学博士

该领域的研究集中在发展对药物制造的基本理解上，重点是颗粒处理。研究领域包括：开发建模工具，以设计，模拟和优化不同单元操作的集成，以高效生产药品。对控制复合材料性能的基本现象的理解的发展。所使用的方法结合了理论，纳米和微观结构的原子模拟，介观和宏观结构的基于连续体的模拟以及实验。对流体-颗粒和颗粒流/过程中的流体动力学以及传热和传质的基本理解的发展，并将这种理解应用于改善制药过程的设计和操作。药品生产的连续粉末制造系统的设计，建模和操作。材料和粉末的表征包括固体剂型的纳米和微观结构表征。对与药品生产相关的粉
Research in this area has been concentrated on developing a fundamental understanding of pharmaceutical manufacturing with an emphasis on particulate processing. Research areas include: The development of modeling tools to design, simulate and optimize the integration of different unit operations for the efficient production of pharmaceuticals. The development of an understanding of fundamental phenomena controlling properties of composite materials. The approaches used combine theory, atomistic simulations of nano and microstructures, continuum-based simulations of meso and macrostructures, and experiments. The development of fundamental understanding of the hydrodynamics and heat and mass transfer in fluid-particle and granular flows/processes and applying this understanding to improve the design and operation of pharmaceutical processes. The design, modeling and operation of continuous powder manufacturing systems for pharmaceutical production. The material and powder characterization including nano- and micro-structural characterization of solid dosage forms. The development of an understanding of powder handling operations relevant to pharmaceutical production including blending, sampling, granulation, compaction, drying and milling.