理学硕士-高级化学工程

爱丁堡大学的这一为期一年的课程将通过组合授课的模块，讲习班，研究论文以及该领域关键专家开展的一系列支持活动，使您沉浸在化学工程的最新发展中。该计划将从基本主题发展，包括在分子规模上理解系统特性的现代方法和先进的数值方法，到特别强调能源效率的实际过程，再到暑期学位论文项目，在该项目中获得各种技能将这些领域付诸实践，以解决实际的化学工程问题。
Our Advanced Chemical Engineering programme will enable you to address the frontiers of important global challenges.<br><br>You will learn about diverse and cutting-edge developments, from carbon capture to sustainable water resources and alternative energy technologies to advanced pharmaceutical processes.<br><br>We place a particular emphasis on multi-scale approaches and integrated solutions to chemical engineering problems, from the nano-scale to the process-scale.<br><br>You will deepen your knowledge through opportunities to:<br><br>learn from leading experts across the breadth of the Chemical Engineering discipline<br>explore industrial processes, with an emphasis on design and energy efficiency<br>acquire technical and human skills<br>implement solutions to actual chemical engineering problems<br>hone your communication skills to present your original achievements.<br>Learning Outcomes<br>We want you to become critical thinkers, adaptive learners and professional and ethical engineers. We will support you to:<br><br>develop critical skills for comparative literature evaluation on a topic of interest<br>acquire a working knowledge of modern modelling/simulation approaches at a molecular level<br>gain a working knowledge of advanced experimental techniques within the context of MSc research projects (e.g. particle image velocimetry, IR spectroscopy, infra-red thermography)<br>transform chemical engineering problems into suitable mathematical representations<br>understand numerical methods and tools for solving problems, and their limitations<br>become proficient in using advanced design approaches for diverse processes (e.g. energy, separation)<br>transfer and implement engineering principles to other fields (e.g. biology, medicine)<br>use a wide range of modern numerical and chemical engineering software<br>foster autonomous work and decisions, self-motivated training and critical evaluation skills<br>cultivate professional communication, human skills and peer review and interaction