准确高效的科学计算是大多数跨学科合作的核心。至关重要的是，这种计算必须以稳定，有效的方式执行，并且数值必须收敛到问题中物理学，化学或生物学动力学的真实解。该课程紧跟我们的应用数学科学理学硕士课程的结构，旨在让学生掌握在各种与应用数学，物理学，化学和工业相关的问题中进行高效而准确的计算机模拟的技能。理学硕士-一年<br>文凭-9个月
Precise and efficient scientific computations are vital for interdisciplinary collaborations. It IS crucial that these computations are stable, efficient, and lead to accurate solutions for complex challenges across diverse fields. Our master's programme is designed to equip students with the skills needed to conduct effective computer simulations for a wide range of practical mathematical, physical, chemical, and industry-related problems. As part of this programme, students will actively participate in research projects that place a strong emphasis on computational aspects. These projects encompass a diverse range of captivating topics, all of which are relevant to real world applications, including but not limited to: Simulation of Granular Flow and Growing Sand-piles Finite Element Discretisation of Ordinary and partial differential equations Domain Decomposition Computational Spectral Theory Mathematical Modelling of Micro-electron Mechanical Systems By honing your computational skills through this programme, you will be well-positioned to take advantage of the many exciting career opportunities available. The programme provides cutting-edge knowledge and practical experience to help students transition successfully into professional roles involving large-scale simulations, modelling, and machine learning models.