Advanced Computational Methods in Civil Engineering

Over the last few decades, computational methods in civil engineering have grown to become an essential tool for engineers. Nowadays, nearly every engineering problem can be solved solely with this tool. As a reaction to the ever-growing importance of computational methods for the modern civil engineer, the Faculty of Civil Engineering at RWTH Aachen University has developed the new specialisation Advanced Computational Methods in Civil Engineering (AdCom) for the Civil Engineering Master's degree programme. Taught completely in English, this specialisation lends itself not only to the tendencies of present-day engineering but also to the future of civil engineering. AdCom graduates are able to apply and develop numerical methods and simulations for the realisation of innovative civil engineering structures. The curriculum is interdisciplinary with courses from the faculties of Civil Engineering, Mechanical Engineering and Mathematics. This allows students to obtain a deeper understanding of the key skills in structural mechanics, fluid mechanics, and numerical mathematics. Students will learn to master challenges such as those which arise from the use of new resource-conserving materials and advanced composite materials as well as those that arise from the trend towards extremely light load-bearing structures. The development of state-of-the-art lightweight structures, which are subject to dynamic loads such as wind and traffic, will be just one of many expertises that our students possess. The knowledge and use of numerical methods, mechanical principles and the development of software code account for just a fraction of skills that make up our students' repertoire, which enables them to assess the strength and limits of numerical modelling in civil engineering. The curriculum of Advanced Computational Methods in Civil Engineering is highly scientific and research-oriented and thus prepares graduates for a PhD programme and ultimately a scientific career in research or in industry. To prepare students for such a future, a new research module and a scientific mini-thesis are a part of the curriculum in addition to the Master's thesis. Future opportunities The Master's programme has a strong focus on research that is accompanied by an excellent international reputation. This is especially present in the second year, where students work side by side with university researchers, thus gaining unique insights and experience in modern scientific methodologies. Engineers with expertise in computational methods are multidisciplinarily trained professionals. They are able to pursue a successful career not only in academics but also in an industrial environment, which could range from classic civil engineering to the various areas of mechanical engineering.